Array
(
[Record] => Array
(
[@attributes] => Array
(
[userId] => 1600605
[username] => rkg55
)
[PCI] => Array
(
[@attributes] => Array
(
[id] => 87626506240
)
[PREFIX] => Dr.
[FNAME] => Robert
[PFNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[SUFFIX] => Array
(
)
[MAIDEN] => Array
(
)
[ALT_NAME] => Array
(
)
[ENDPOS] => Array
(
)
[EMAIL] => rkg55@msstate.edu
[DISCIPLINE] => Forestry
[STAFF_TITLE] => George L. Switzer Professor of Forestry
[ROOMNUM] => Thompson Hall, Rm 343
[OPHONE1] => 662
[OPHONE2] => 325
[OPHONE3] => 7039
[DPHONE1] => Array
(
)
[DPHONE2] => Array
(
)
[DPHONE3] => Array
(
)
[FAX1] => Array
(
)
[FAX2] => Array
(
)
[FAX3] => Array
(
)
[WEBSITES] => Array
(
[@attributes] => Array
(
[id] => 87626506241
)
[NAME] => Forest and Wildlife Research Center
[WEBSITE] => https://www.fwrc.msstate.edu
)
[UPLOAD_CV] => Array
(
)
[BIO] => Array
(
)
[TEACHING_INTERESTS] => Array
(
)
[RESEARCH_INTERESTS] => Forest economics and management
Forest-based community and regional development
Economics of carbon sequestration
Utilization of woody biomass
Valuation of non-market forest goods and services
Agroforestry (windbreak systems)
[SYNERGIES] => Array
(
[0] => Addressing Disparity: Economic Opportunity
[1] => Addressing Disparity: Quality Education
[2] => Addressing Disparity: Social Disparities
[3] => Leading Economy: 21st Century Technology
[4] => Leading Economy: Advanced Manufacturing/Materials
[5] => Leading Economy: Logistics
[6] => Securing Our Future: Infrastructure
)
[KEYWORDS] => Array
(
)
[UPLOAD_PHOTO] => rkg55/pci/grala_robert_3-1.jpg
)
[AWARDHONOR] => Array
(
[@attributes] => Array
(
[id] => 163392643072
)
[NAME] => Special Recognition for Outstanding Society of American Foresters Student Chapter.
[ORG] => Society of American Foresters
[SCOPE] => Leadership
[SCOPE_LOCALE] => National
[DESC] => 3rd Place in 2017 Outstanding SAF Student Chapter Competition. The Mississippi State University SAF Student Chapter/Forestry Club placed third in the national competition of SAF student chapters. The Chapter was evaluated in terms of membership; service to members, forestry program, and community service; involvement in natural resource programs; and outside recognition.
[DTM_START] => January
[DTD_START] => 1
[DTY_START] => 2017
[START_START] => 2017-01-01
[START_END] => 2017-01-01
[DTM_END] => December
[DTD_END] => 31
[DTY_END] => 2017
[END_START] => 2017-12-31
[END_END] => 2017-12-31
[USER_REFERENCE_CREATOR] => Yes
)
[EDUCATION] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 89506568192
)
[DEG] => Doctor of Philosophy (PHD)
[SCHOOL] => Iowa State University
[CITY] => Ames
[STATE] => Iowa
[COUNTRY] => USA
[MAJOR] => Forestry
[SUPPAREA] => Array
(
)
[HIGHEST] => Yes
[DTY_COMP] => 2004
[COMP_START] => 2004-01-01
[COMP_END] => 2004-12-31
[TERMINAL] => Yes
)
[1] => Array
(
[@attributes] => Array
(
[id] => 89506570240
)
[DEG] => Master of Science (MS)
[SCHOOL] => The University of Manchester
[CITY] => Manchester
[STATE] => Array
(
)
[COUNTRY] => England
[MAJOR] => Environmental Science
[SUPPAREA] => Array
(
)
[HIGHEST] => No
[DTY_COMP] => 1999
[COMP_START] => 1999-01-01
[COMP_END] => 1999-12-31
[TERMINAL] => No
)
[2] => Array
(
[@attributes] => Array
(
[id] => 89506572288
)
[DEG] => Master of Science (MS)
[SCHOOL] => Warsaw Agricultural University
[CITY] => Warsaw
[STATE] => Array
(
)
[COUNTRY] => Poland
[MAJOR] => Forestry
[SUPPAREA] => Array
(
)
[HIGHEST] => No
[DTY_COMP] => 1996
[COMP_START] => 1996-01-01
[COMP_END] => 1996-12-31
[TERMINAL] => No
)
)
[MEMBER] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 133878042624
)
[NAME] => Association for Temperate Agroforestry
[LEADERSHIP] => Member
[SCOPE] => International
[DESC] => Array
(
)
[DTY_START] => 2009
[START_START] => 2009-01-01
[START_END] => 2009-12-31
)
[1] => Array
(
[@attributes] => Array
(
[id] => 133878046720
)
[NAME] => Association of Environmental and Resource Economists
[LEADERSHIP] => Member
[SCOPE] => International
[DESC] => Array
(
)
[DTY_START] => 2009
[START_START] => 2009-01-01
[START_END] => 2009-12-31
)
[2] => Array
(
[@attributes] => Array
(
[id] => 133878054912
)
[NAME] => Mississippi Society of American Foresters
[LEADERSHIP] => Member
[SCOPE] => State
[DESC] => Mississippi Society of American Foresters Executive Board (2009-present)
[DTY_START] => 2009
[START_START] => 2009-01-01
[START_END] => 2009-12-31
)
[3] => Array
(
[@attributes] => Array
(
[id] => 133878056960
)
[NAME] => Sigma Xi, The Scientific Research Society
[LEADERSHIP] => Member
[SCOPE] => International
[DESC] => Array
(
)
[DTY_START] => 2009
[START_START] => 2009-01-01
[START_END] => 2009-12-31
)
[4] => Array
(
[@attributes] => Array
(
[id] => 133878061056
)
[NAME] => Society of American Foresters
[ORGABBR] => SAF
[LEADERSHIP] => Faculty Advisor
[SCOPE] => National
[DESC] => MSU Society of American Foresters Student Chapter/Forestry Club (2009-present)
[DTM_START] => Array
(
)
[DTD_START] => Array
(
)
[DTY_START] => 2009
[START_START] => 2009-01-01
[START_END] => 2009-12-31
[DTM_END] => Array
(
)
[DTD_END] => Array
(
)
[DTY_END] => Array
(
)
[END_START] => Array
(
)
[END_END] => Array
(
)
)
[5] => Array
(
[@attributes] => Array
(
[id] => 133878071296
)
[NAME] => Southern Forest Economics Workers
[LEADERSHIP] => Member
[SCOPE] => Regional
[DESC] => Array
(
)
[DTY_START] => 2009
[START_START] => 2009-01-01
[START_END] => 2009-12-31
)
[6] => Array
(
[@attributes] => Array
(
[id] => 133878079488
)
[NAME] => Xi Sigma Pi
[LEADERSHIP] => Advisor
[SCOPE] => International
[DESC] => MSU Chapter of Xi Sigma Pi, Forestry Honor Society
[DTY_START] => 2009
[START_START] => 2009-01-01
[START_END] => 2009-12-31
)
[7] => Array
(
[@attributes] => Array
(
[id] => 133878077440
)
[NAME] => The Scientific Research Society
[LEADERSHIP] => Member
[SCOPE] => International
[DESC] => Array
(
)
[DTY_START] => 2008
[START_START] => 2008-01-01
[START_END] => 2008-12-31
)
[8] => Array
(
[@attributes] => Array
(
[id] => 133878052864
)
[NAME] => Economics, Policy and Law Working Group, Society of American Foresters
[ORGABBR] => Array
(
)
[LEADERSHIP] => Chair
[SCOPE] => National
[DESC] => Economics, Policy and Law Working Group, Society of American Foresters (2009-present)
[DTM_START] => Array
(
)
[DTD_START] => Array
(
)
[DTY_START] => 2009
[START_START] => 2009-01-01
[START_END] => 2009-12-31
[DTM_END] => Array
(
)
[DTD_END] => Array
(
)
[DTY_END] => 2010
[END_START] => 2010-01-01
[END_END] => 2010-12-31
)
[9] => Array
(
[@attributes] => Array
(
[id] => 133878069248
)
[NAME] => Society of American Foresters
[ORGABBR] => Array
(
)
[LEADERSHIP] => Moderator
[SCOPE] => National
[DESC] => Moderator, concurrent session on renewable energy. Society of American Foresters 2009 National Convention (September 30-October 4, 2009)
[DTM_START] => Array
(
)
[DTD_START] => Array
(
)
[DTY_START] => 2009
[START_START] => 2009-01-01
[START_END] => 2009-12-31
[DTM_END] => Array
(
)
[DTD_END] => Array
(
)
[DTY_END] => 2010
[END_START] => 2010-01-01
[END_END] => 2010-12-31
)
[10] => Array
(
[@attributes] => Array
(
[id] => 133878063104
)
[NAME] => Society of American Foresters
[ORGABBR] => Array
(
)
[LEADERSHIP] => Member
[SCOPE] => National
[DESC] => Array
(
)
[DTM_START] => Array
(
)
[DTD_START] => Array
(
)
[DTY_START] => 2009
[START_START] => 2009-01-01
[START_END] => 2009-12-31
[DTM_END] => Array
(
)
[DTD_END] => Array
(
)
[DTY_END] => 2010
[END_START] => 2010-01-01
[END_END] => 2010-12-31
)
[11] => Array
(
[@attributes] => Array
(
[id] => 133878083584
)
[NAME] => Xi Sigma Pi
[ORGABBR] => Array
(
)
[LEADERSHIP] => Member
[SCOPE] => International
[DESC] => Array
(
)
[DTM_START] => Array
(
)
[DTD_START] => Array
(
)
[DTY_START] => 2009
[START_START] => 2009-01-01
[START_END] => 2009-12-31
[DTM_END] => Array
(
)
[DTD_END] => Array
(
)
[DTY_END] => 2010
[END_START] => 2010-01-01
[END_END] => 2010-12-31
)
[12] => Array
(
[@attributes] => Array
(
[id] => 133878040576
)
[NAME] => Association for Temperate Agroforestry
[ORGABBR] => Array
(
)
[LEADERSHIP] => Member
[SCOPE] => International
[DESC] => Array
(
)
[DTM_START] => Array
(
)
[DTD_START] => Array
(
)
[DTY_START] => 2008
[START_START] => 2008-01-01
[START_END] => 2008-12-31
[DTM_END] => Array
(
)
[DTD_END] => Array
(
)
[DTY_END] => 2009
[END_START] => 2009-01-01
[END_END] => 2009-12-31
)
[13] => Array
(
[@attributes] => Array
(
[id] => 133878050816
)
[NAME] => Association of Environmental and Resource Economists
[ORGABBR] => Array
(
)
[LEADERSHIP] => Member
[SCOPE] => International
[DESC] => Array
(
)
[DTM_START] => Array
(
)
[DTD_START] => Array
(
)
[DTY_START] => 2008
[START_START] => 2008-01-01
[START_END] => 2008-12-31
[DTM_END] => Array
(
)
[DTD_END] => Array
(
)
[DTY_END] => 2009
[END_START] => 2009-01-01
[END_END] => 2009-12-31
)
[14] => Array
(
[@attributes] => Array
(
[id] => 133878065152
)
[NAME] => Society of American Foresters
[ORGABBR] => Array
(
)
[LEADERSHIP] => Member
[SCOPE] => National
[DESC] => I am a member of the following SAF Working Groups:
E1 (Economics, Policy and Law) - Chair-elect
E3 (Bioenergy, Climate Change, and Carbon)
B4 (Agroforestry)
F2 (Recreation)
[DTM_START] => Array
(
)
[DTD_START] => Array
(
)
[DTY_START] => 2008
[START_START] => 2008-01-01
[START_END] => 2008-12-31
[DTM_END] => Array
(
)
[DTD_END] => Array
(
)
[DTY_END] => 2009
[END_START] => 2009-01-01
[END_END] => 2009-12-31
)
[15] => Array
(
[@attributes] => Array
(
[id] => 133878073344
)
[NAME] => Southern Forest Economics Workers
[ORGABBR] => Array
(
)
[LEADERSHIP] => Member
[SCOPE] => Regional
[DESC] => Array
(
)
[DTM_START] => Array
(
)
[DTD_START] => Array
(
)
[DTY_START] => 2008
[START_START] => 2008-01-01
[START_END] => 2008-12-31
[DTM_END] => Array
(
)
[DTD_END] => Array
(
)
[DTY_END] => 2009
[END_START] => 2009-01-01
[END_END] => 2009-12-31
)
[16] => Array
(
[@attributes] => Array
(
[id] => 133878081536
)
[NAME] => Xi Sigma Pi
[ORGABBR] => Array
(
)
[LEADERSHIP] => Advisor
[SCOPE] => International
[DESC] => Advisor to MSU Xi Sigma Pi Chapter
[DTM_START] => Array
(
)
[DTD_START] => Array
(
)
[DTY_START] => 2008
[START_START] => 2008-01-01
[START_END] => 2008-12-31
[DTM_END] => Array
(
)
[DTD_END] => Array
(
)
[DTY_END] => 2009
[END_START] => 2009-01-01
[END_END] => 2009-12-31
)
[17] => Array
(
[@attributes] => Array
(
[id] => 133878044672
)
[NAME] => Association for Temperate Agroforestry
[ORGABBR] => Array
(
)
[LEADERSHIP] => Member
[SCOPE] => International
[DESC] => Array
(
)
[DTM_START] => Array
(
)
[DTD_START] => Array
(
)
[DTY_START] => 2007
[START_START] => 2007-01-01
[START_END] => 2007-12-31
[DTM_END] => Array
(
)
[DTD_END] => Array
(
)
[DTY_END] => 2008
[END_START] => 2008-01-01
[END_END] => 2008-12-31
)
[18] => Array
(
[@attributes] => Array
(
[id] => 133878048768
)
[NAME] => Association of Environmental and Resource Economists
[ORGABBR] => Array
(
)
[LEADERSHIP] => Member
[SCOPE] => International
[DESC] => Array
(
)
[DTM_START] => Array
(
)
[DTD_START] => Array
(
)
[DTY_START] => 2007
[START_START] => 2007-01-01
[START_END] => 2007-12-31
[DTM_END] => Array
(
)
[DTD_END] => Array
(
)
[DTY_END] => 2008
[END_START] => 2008-01-01
[END_END] => 2008-12-31
)
[19] => Array
(
[@attributes] => Array
(
[id] => 133878059008
)
[NAME] => Sigma Xi, The Scientific Research Society
[ORGABBR] => Array
(
)
[LEADERSHIP] => Member
[SCOPE] => International
[DESC] => Array
(
)
[DTM_START] => Array
(
)
[DTD_START] => Array
(
)
[DTY_START] => 2007
[START_START] => 2007-01-01
[START_END] => 2007-12-31
[DTM_END] => Array
(
)
[DTD_END] => Array
(
)
[DTY_END] => 2008
[END_START] => 2008-01-01
[END_END] => 2008-12-31
)
[20] => Array
(
[@attributes] => Array
(
[id] => 133878067200
)
[NAME] => Society of American Foresters
[ORGABBR] => Array
(
)
[LEADERSHIP] => Member
[SCOPE] => National
[DESC] => Society of American Foresters. I am a member of the following SAF Working Groups:
E1 (Economics, Policy and Law)
B4 (Agroforestry)
F2 (Recreation)
[DTM_START] => Array
(
)
[DTD_START] => Array
(
)
[DTY_START] => 2007
[START_START] => 2007-01-01
[START_END] => 2007-12-31
[DTM_END] => Array
(
)
[DTD_END] => Array
(
)
[DTY_END] => 2008
[END_START] => 2008-01-01
[END_END] => 2008-12-31
)
[21] => Array
(
[@attributes] => Array
(
[id] => 133878075392
)
[NAME] => Southern Forest Economics Workers
[ORGABBR] => Array
(
)
[LEADERSHIP] => Member
[SCOPE] => Regional
[DESC] => Array
(
)
[DTM_START] => Array
(
)
[DTD_START] => Array
(
)
[DTY_START] => 2007
[START_START] => 2007-01-01
[START_END] => 2007-12-31
[DTM_END] => Array
(
)
[DTD_END] => Array
(
)
[DTY_END] => 2008
[END_START] => 2008-01-01
[END_END] => 2008-12-31
)
[22] => Array
(
[@attributes] => Array
(
[id] => 133878085632
)
[NAME] => Xi Sigma Pi
[ORGABBR] => Array
(
)
[LEADERSHIP] => Advisor
[SCOPE] => International
[DESC] => Advisor to MSU Xi Sigma Pi Chapter
[DTM_START] => Array
(
)
[DTD_START] => Array
(
)
[DTY_START] => 2007
[START_START] => 2007-01-01
[START_END] => 2007-12-31
[DTM_END] => Array
(
)
[DTD_END] => Array
(
)
[DTY_END] => 2008
[END_START] => 2008-01-01
[END_END] => 2008-12-31
)
)
[DSL] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 244622133248
)
[TYPE] => Doctoral Major Professor
[TYPE_OTHER] => Array
(
)
[INTERNATIONAL] => Array
(
)
[DSL_STUDENT] => Array
(
[@attributes] => Array
(
[id] => 244622133249
)
[FNAME] => Sushma
[LNAME] => Bhattarai
)
[SHDEP] => Array
(
)
[COURSEPRE] => Array
(
)
[COURSENUM] => Array
(
)
[CHOURS] => Array
(
)
[TITLE] => Array
(
)
[COMPSTAGE] => Array
(
)
[COMMENT] => Array
(
)
[DTM_START] => Array
(
)
[DTD_START] => Array
(
)
[DTY_START] => 2022
[START_START] => 2022-01-01
[START_END] => 2022-12-31
[DTM_END] => Array
(
)
[DTD_END] => Array
(
)
[DTY_END] => Array
(
)
[END_START] => Array
(
)
[END_END] => Array
(
)
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 163392518144
)
[TYPE] => Doctoral Major Professor
[TYPE_OTHER] => Array
(
)
[DSL_STUDENT] => Array
(
[@attributes] => Array
(
[id] => 163392518145
)
[FNAME] => Anusha
[LNAME] => Array
(
)
)
[SHDEP] => Forestry
[COURSEPRE] => FO
[COURSENUM] => 900
[CHOURS] => 14
[TITLE] => Implementation of fuel reduction treatments by nonindustrial private forest landowners in Mississippi
[COMPSTAGE] => In-Process
[COMMENT] => Array
(
)
[DTM_START] => January
[DTD_START] => 1
[DTY_START] => 2017
[START_START] => 2017-01-01
[START_END] => 2017-01-01
[DTM_END] => December
[DTD_END] => 31
[DTY_END] => 2017
[END_START] => 2017-12-31
[END_END] => 2017-12-31
)
[2] => Array
(
[@attributes] => Array
(
[id] => 163392352256
)
[TYPE] => Doctoral Major Professor
[TYPE_OTHER] => Array
(
)
[DSL_STUDENT] => Array
(
[@attributes] => Array
(
[id] => 163392352257
)
[FNAME] => Ram
[LNAME] => Adhikari
)
[SHDEP] => Forestry
[COURSEPRE] => FO
[COURSENUM] => 900
[CHOURS] => 14
[TITLE] => Landowner willingness to participate in conservation programs focused on ecosystem services
[COMPSTAGE] => In-Process
[COMMENT] => Array
(
)
[DTM_START] => January
[DTD_START] => 1
[DTY_START] => 2017
[START_START] => 2017-01-01
[START_END] => 2017-01-01
[DTM_END] => December
[DTD_END] => 31
[DTY_END] => 2017
[END_START] => 2017-12-31
[END_END] => 2017-12-31
)
[3] => Array
(
[@attributes] => Array
(
[id] => 163392253952
)
[TYPE] => Doctoral Major Professor
[TYPE_OTHER] => Array
(
)
[DSL_STUDENT] => Array
(
[@attributes] => Array
(
[id] => 163392253953
)
[FNAME] => Ram
[LNAME] => Dahal
)
[SHDEP] => Forestry
[COURSEPRE] => FO
[COURSENUM] => 9000
[CHOURS] => 20
[TITLE] => Monetary valuation of waterfront open space in coastal areas of Mississippi and Alabama
[COMPSTAGE] => Completed
[COMMENT] => Array
(
)
[DTM_START] => January
[DTD_START] => 1
[DTY_START] => 2017
[START_START] => 2017-01-01
[START_END] => 2017-01-01
[DTM_END] => December
[DTD_END] => 31
[DTY_END] => 2017
[END_START] => 2017-12-31
[END_END] => 2017-12-31
)
[4] => Array
(
[@attributes] => Array
(
[id] => 163392434176
)
[TYPE] => Master's Major Professor
[TYPE_OTHER] => Array
(
)
[DSL_STUDENT] => Array
(
[@attributes] => Array
(
[id] => 163392434177
)
[FNAME] => Tharaka
[LNAME] => Jayalath
)
[SHDEP] => Forestry
[COURSEPRE] => FO
[COURSENUM] => 8000
[CHOURS] => 15
[TITLE] => Landowner willingness to participate in a grassland conservation program facilitating ecosystem services
[COMPSTAGE] => Completed
[COMMENT] => Array
(
)
[DTM_START] => January
[DTD_START] => 1
[DTY_START] => 2017
[START_START] => 2017-01-01
[START_END] => 2017-01-01
[DTM_END] => December
[DTD_END] => 31
[DTY_END] => 2017
[END_START] => 2017-12-31
[END_END] => 2017-12-31
)
)
[INTELLCONT] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 318306181120
)
[CONTYPE] => Extension Publication
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Yes
[PRESENT] => Yes
[INTERNATIONAL] => Array
(
)
[STATUS] => Accepted
[TITLE] => CURRENT STATUS OF MISSISSIPPI’S LOG TRUCKING INDUSTRY
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 318306181122
)
[FACULTY_NAME] => 1986882
[FNAME] => James
[MNAME] => Array
(
)
[LNAME] => Shannon
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 318306181121
)
[FACULTY_NAME] => 2290006
[FNAME] => Eric
[MNAME] => Array
(
)
[LNAME] => McConnell
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 318306181123
)
[FACULTY_NAME] => Array
(
)
[FNAME] => John
[MNAME] => Array
(
)
[LNAME] => Auel
[INSTITUTION] => MS Forest Assn
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 318306181124
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 318306181125
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => UA Monticello Univ
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => MSU FWRC
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => Array
(
)
[ISSUE] => Array
(
)
[PAGENUM] => Array
(
)
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => 2024
[ACC_START] => 2024-01-01
[ACC_END] => 2024-12-31
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => Array
(
)
[PUB_START] => Array
(
)
[PUB_END] => Array
(
)
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[1] => Array
(
[@attributes] => Array
(
[id] => 305625464832
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => No
[PRESENT] => No
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Proportion of nonindustrial private forest lands that potentially can be leased to bioenergy enterprises to grow short rotation woody crops
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 305625464834
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Anwar
[MNAME] => Array
(
)
[LNAME] => Hussain
[INSTITUTION] => Auburn University
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 305625464835
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Ian
[MNAME] => A
[LNAME] => Munn
[INSTITUTION] => Mississippi State University
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 305625464833
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Mississippi State University
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Forest Science
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 70
[ISSUE] => 1
[PAGENUM] => 37-46
[DOI] => https://doi.org/10.1093/forsci/fxad045
[CRIS_NUM_CAT] => MISZ
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Array
(
)
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2024
[PUB_START] => 2024-01-01
[PUB_END] => 2024-12-31
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => Yes
)
[2] => Array
(
[@attributes] => Array
(
[id] => 311008927744
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Where we stand on chronic wasting disease: A systematic literature review of its prevalence patterns, impacts, and management interventions
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 311008927745
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Sushma
[MNAME] => Array
(
)
[LNAME] => Bhattarai
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 311008927746
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 311008927747
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Neelam
[MNAME] => C.
[LNAME] => Poudyal
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 311008927748
)
[FACULTY_NAME] => 2205133
[FNAME] => Shaun
[MNAME] => M.
[LNAME] => Tanger
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 311008927749
)
[FACULTY_NAME] => 2548968
[FNAME] => Ram
[MNAME] => Array
(
)
[LNAME] => Adhikari
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Heliyon
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 10
[ISSUE] => 11
[PAGENUM] => Array
(
)
[DOI] => 10.1016/j.heliyon.2024.e31951
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => 24058440
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Array
(
)
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => With high fatality and no cure, chronic wasting disease (CWD) has infected cervids in multiple regions, including the United States, Canada, Europe, and South Korea. Despite the rapid growth of literature on CWD, the full scope of its ecological, social, and economic impacts and the most effective and socially acceptable management strategies to mitigate the disease is unclear. Of 3008 initially identified published peer-reviewed papers, 134 were included in a final systematic literature review to synthesize the current knowledge on CWD transmission patterns, impacts, and the effectiveness of management interventions. The number of publications on CWD has increased steadily since 2000 with an average of six papers per year. Most papers were related to CWD prevalence (39 %), human behavior (33 %), CWD impacts (31 %), and management interventions (16 %). Environmental factors such as soil, water, and plants were identified as the most common transmission medium, with a higher prevalence rate among adult male cervids than females. Hunters showed a higher risk perception and were more likely to change hunting behavior due to CWD detection than non-hunters. Ecological impacts included the decreased survival rate accompanied by lower population growth, eventually leading to the decline of cervid populations. Culling was found to be an effective and widely implemented management strategy across countries, although it often was associated with public resistance. Despite potentially high negative economic impacts anticipated due to CWD, studies on this subject were limited. Sustained surveillance, ongoing research, and engagement of affected stakeholders will be essential for future disease control and management.
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => June
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2024
[PUB_START] => 2024-06-01
[PUB_END] => 2024-06-30
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[3] => Array
(
[@attributes] => Array
(
[id] => 308399669248
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => No
[PRESENT] => Yes
[INTERNATIONAL] => true
[STATUS] => Published
[TITLE] => Where we stand on chronic wasting disease: A systematic literature review of its prevalence patterns, impacts, and management interventions
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 308399669250
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Sushma
[MNAME] => Array
(
)
[LNAME] => Bhattarai
[INSTITUTION] => Mississippi State University
[ROLE] => Author
[MSU_ID] => 904402417
[DEP] => Forestry
[STUDENT_LEVEL] => Graduate
)
[1] => Array
(
[@attributes] => Array
(
[id] => 308399669249
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => 945401726
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 308399669251
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Neelam
[MNAME] => C.
[LNAME] => Poudyal
[INSTITUTION] => University of Tennessee
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 308399669252
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Shaun
[MNAME] => M.
[LNAME] => Tanger
[INSTITUTION] => University of Arkansas at Monticello
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 308399669253
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Ram
[MNAME] => K.
[LNAME] => Adhikari
[INSTITUTION] => New Mexico Highlands University
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Heliyon
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 10
[ISSUE] => 11
[PAGENUM] => e31951
[DOI] => https://doi.org/10.1016/j.heliyon.2024.e31951
[CRIS_NUM_CAT] => MISZ
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => International
[REFEREED] => Yes
[PUBLICAVAIL] => Yes
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => June
[DTD_PUB] => 15
[DTY_PUB] => 2024
[PUB_START] => 2024-06-15
[PUB_END] => 2024-06-15
[COMMUNITY_ENGAGEMENT] => Yes
[MSU_MISSION] => Yes
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => Yes
)
[4] => Array
(
[@attributes] => Array
(
[id] => 291255287808
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Yes
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Mississippi USA's timber severance tax apportionments and their economic contributions
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 291255287810
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Sakar
[MNAME] => Array
(
)
[LNAME] => Nepal
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 291255287809
)
[FACULTY_NAME] => 2290006
[FNAME] => Eric
[MNAME] => Array
(
)
[LNAME] => McConnell
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 291255287811
)
[FACULTY_NAME] => 1600430
[FNAME] => Danny
[MNAME] => Alan
[LNAME] => Barefield
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 291255287812
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Forest Policy and Economics
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 157
[ISSUE] => 103086
[PAGENUM] => Array
(
)
[DOI] => https://doi.org/10.1016/j.forpol.2023.103086
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => October (4th Quarter/Autumn)
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2023
[PUB_START] => 2023-10-01
[PUB_END] => 2023-10-31
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[5] => Array
(
[@attributes] => Array
(
[id] => 279815335936
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Functional Zoning by Site Index to Balance Multiple Objectives for Pine in Southern US Family Forests
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 279815335937
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Bradley
[MNAME] => S
[LNAME] => Resch
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 279815335938
)
[FACULTY_NAME] => 2238048
[FNAME] => Austin
[MNAME] => Array
(
)
[LNAME] => Himes
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 279815335939
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 279815335940
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 279815335941
)
[FACULTY_NAME] => 2324573
[FNAME] => Bruno
[MNAME] => Kanieski
[LNAME] => da Silva
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Journal of Forestry
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 121
[ISSUE] => 4
[PAGENUM] => 307-318
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => http://dx.doi.org/10.1093/jofore/fvad015
[EDITORS] => Array
(
)
[ISBNISSN] => 0022-1201
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Array
(
)
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Abstract
Family forests comprise a significant portion of total forest land area in the southern United States and their owners frequently have multiple, competing objectives. This research evaluated the effectiveness of functional zoning based on site index on forest sizes relevant to family forest owners. A total of fifty family forests were randomly selected from twenty-five counties in the East Texas Pineywoods region. Timber production and northern bobwhite habitat (Colinus virginianus) habitat were used as proxies for competing objectives. It was found that 80% of family forest parcels had sufficient site index heterogeneity to benefit from functional zoning. For forest parcels that could benefit from functional zoning, the benefit in terms of increased land expectation value (LEV) was not found to be dependent on parcel size. On average, this approach increased the LEV $32/ac at a 3% discount rate, $16/ac at 5%, and $9/ac at 7%. This zoning approach supports multiple objectives while minimizing the economic impact of the nonrevenue objectives.
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => July (3rd Quarter/Summer)
[DTD_PUB] => 14
[DTY_PUB] => 2023
[PUB_START] => 2023-07-14
[PUB_END] => 2023-07-14
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[6] => Array
(
[@attributes] => Array
(
[id] => 311009138688
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Landowner satisfaction with conservation programs in the southern United States
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 311009138689
)
[FACULTY_NAME] => 2548968
[FNAME] => Ram
[MNAME] => Array
(
)
[LNAME] => Adhikari
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 311009138690
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 311009138691
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 311009138692
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 311009138693
)
[FACULTY_NAME] => 1600471
[FNAME] => Daniel
[MNAME] => R.
[LNAME] => Petrolia
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Sustainability (Switzerland)
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 14
[ISSUE] => 9
[PAGENUM] => 5513
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Array
(
)
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Landowner satisfaction with conservation programs affects their participation decisions and subsequently effectiveness of these programs in improving environmental quality. This study determined the influence of landownership goals, environmental concerns, frequency of contacts with federal agencies, and socioeconomic factors on landowner satisfaction with available conservation programs in the Mississippi Alluvial Valley and East Gulf Coastal Plain sub-geographies of the Gulf Coastal Plains and Ozarks Landscape Conservation Cooperative. A generalized ordered logit model for each conservation program was constructed to analyze factors influencing landowner satisfaction levels with these programs. Of the 14 federal conservation programs assessed, the top programs, based on a satisfaction level, included Conservation Reserve Program (CRP), Conservation Technical Assistance (CTA), Environmental Quality Incentives Program (EQIP), Conservation Stewardship Program (CSP), and Agricultural Conservation Easement Program (ACEP). The size of agricul- tural land owned, landownership goals including profit-making and personal recreation, concerns about wildlife habitat losses, and frequent contacts with federal agencies were positively related to landowner satisfaction levels. Better strategies addressing landowner’s environmental concerns, communicating technical knowledge, clarifying contract terms, and supporting financial resource leveraging will help reach the enrolled and non-enrolled landowners to increase their participation in conservation efforts. Keywords:
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2022
[PUB_START] => 2022-01-01
[PUB_END] => 2022-12-31
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[7] => Array
(
[@attributes] => Array
(
[id] => 311009075200
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Landowner willingness to accept monetary compensation for managing forests for ecosystem services in the southern United States
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 311009075201
)
[FACULTY_NAME] => 2548968
[FNAME] => Ram
[MNAME] => Array
(
)
[LNAME] => Adhikari
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 311009075202
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 311009075203
)
[FACULTY_NAME] => 1600471
[FNAME] => Daniel
[MNAME] => R.
[LNAME] => Petrolia
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 311009075204
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 311009075205
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[5] => Array
(
[@attributes] => Array
(
[id] => 311009075206
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Anusha
[MNAME] => Array
(
)
[LNAME] => Shrestha
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Forest Science
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 68
[ISSUE] => 2
[PAGENUM] => 128-144
[DOI] => 10.1093/forsci/fxab063
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => 0015-749X
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Array
(
)
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Distributional specifications of the willingness-to-accept function affect the accuracy of welfare estimates when the contingent valuation model includes unsure responses. By exponentiating the bid variable, we implemented an improved methodological approach to estimate four discrete choice models reflecting treatment of unsure responses. Landowners required an average compensation of $93 acre −1 year −1 to participate in a 10-year conservation program. The probability of participation was positively influenced by payment amount, concern about wildlife habitat loss, contact frequency with the Natural Resources Conservation Service, and education level. Findings will help determine regional-level budgets for various conservation scenarios facilitating an increased production of ecosystem services. Study Implications: Conservation agencies can decrease landowner uncertainty that arises from limited information about conservation programs and motivate landowners to enroll in a conservation program facilitating an increased production of ecosystem services by offering adequate monetary incentives. Conservation agencies can provide similar financial compensation for conservation of bottomland hardwoods and pine stands but will most likely need to offer greater compensation for the protection of forests prone from impacts by wildfires, hurricanes, and tornadoes. Available funding should be prioritized for conservation of critical habitats and freshwater sources vulnerable to land disturbances.
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2022
[PUB_START] => 2022-01-01
[PUB_END] => 2022-12-31
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[8] => Array
(
[@attributes] => Array
(
[id] => 254645116928
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Landowner Satisfaction with Conservation Programs in the Southern United States
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 254645116930
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Ram
[MNAME] => Array
(
)
[LNAME] => Adhikari
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 254645116931
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 254645116932
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 254645116933
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 254645116929
)
[FACULTY_NAME] => 1600471
[FNAME] => Daniel
[MNAME] => R.
[LNAME] => Petrolia
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Sustainability
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 14
[ISSUE] => 9
[PAGENUM] => 5513
[DOI] => https://doi.org/10.3390/su14095513
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Yes
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => April
[DTD_ACC] => 26
[DTY_ACC] => 2022
[ACC_START] => 2022-04-26
[ACC_END] => 2022-04-26
[DTM_PUB] => May
[DTD_PUB] => 4
[DTY_PUB] => 2022
[PUB_START] => 2022-05-04
[PUB_END] => 2022-05-04
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[9] => Array
(
[@attributes] => Array
(
[id] => 229145909248
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Landowner willingness to accept monetary compensation for managing forests for ecosystem services in the southern United States
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 229145909250
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Ram
[MNAME] => Array
(
)
[LNAME] => Adhikari
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 229145909251
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 229145909249
)
[FACULTY_NAME] => 1600471
[FNAME] => Daniel
[MNAME] => R.
[LNAME] => Petrolia
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 229145909252
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 229145909253
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[5] => Array
(
[@attributes] => Array
(
[id] => 229145909254
)
[FACULTY_NAME] => Array
(
)
[FNAME] => A
[MNAME] => Array
(
)
[LNAME] => Shrestha
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Forest Science
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 68
[ISSUE] => 2
[PAGENUM] => 128-144
[DOI] => https://doi.org/10.1093/forsci/fxab063
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Yes
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => 2021
[ACC_START] => 2021-01-01
[ACC_END] => 2021-12-31
[DTM_PUB] => April (2nd Quarter/Spring)
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2022
[PUB_START] => 2022-04-01
[PUB_END] => 2022-04-30
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[10] => Array
(
[@attributes] => Array
(
[id] => 229146112000
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Landowner concerns related to availability of ecosystem services and environmental issues in the southern United States
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 229146112002
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Ram
[MNAME] => K
[LNAME] => Adhikari
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 229146112003
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 229146112004
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 229146112005
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 229146112001
)
[FACULTY_NAME] => 1600471
[FNAME] => Daniel
[MNAME] => R.
[LNAME] => Petrolia
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Ecosystem Services
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 49
[ISSUE] => Array
(
)
[PAGENUM] => 101283
[DOI] => https://doi.org/10.1016/j.ecoser.2021.101283
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Yes
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2021
[PUB_START] => 2021-01-01
[PUB_END] => 2021-12-31
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[11] => Array
(
[@attributes] => Array
(
[id] => 229146253312
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Geospatial Heterogeneity in Monetary Value of Proximity to Waterfront Ecosystems Services in the Gulf of Mexico
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 229146253314
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Ram
[MNAME] => Array
(
)
[LNAME] => Dahal
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 229146253315
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 229146253316
)
[FACULTY_NAME] => 1600618
[FNAME] => Jason
[MNAME] => S.
[LNAME] => Gordon
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 229146253317
)
[FACULTY_NAME] => 1600574
[FNAME] => Ian
[MNAME] => A.
[LNAME] => Munn
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 229146253313
)
[FACULTY_NAME] => 1600471
[FNAME] => Daniel
[MNAME] => R.
[LNAME] => Petrolia
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Water
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 13
[ISSUE] => 17
[PAGENUM] => 2401
[DOI] => https://doi.org/10.3390/w13172401
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Yes
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => August
[DTD_PUB] => 31
[DTY_PUB] => 2021
[PUB_START] => 2021-08-31
[PUB_END] => 2021-08-31
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[12] => Array
(
[@attributes] => Array
(
[id] => 231364325376
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => No
[PRESENT] => No
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Increasing provision of ecosystem services through participation in a conservation program
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 231364325378
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Tharaka
[MNAME] => A
[LNAME] => Jayalath
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 231364325379
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 231364325377
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 231364325380
)
[FACULTY_NAME] => 1600585
[FNAME] => David
[MNAME] => L.
[LNAME] => Evans
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Ecosystem Services
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 50
[ISSUE] => 101303
[PAGENUM] => Array
(
)
[DOI] => https://doi.org/10.1016/j.ecoser.2021.101303
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Yes
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => August
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2021
[PUB_START] => 2021-08-01
[PUB_END] => 2021-08-31
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[13] => Array
(
[@attributes] => Array
(
[id] => 311008919552
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Landowner concerns related to availability of ecosystem services and environmental issues in the southern United States
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 311008919553
)
[FACULTY_NAME] => 2548968
[FNAME] => Ram
[MNAME] => Array
(
)
[LNAME] => Adhikari
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 311008919554
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 311008919555
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 311008919556
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 311008919557
)
[FACULTY_NAME] => 1600471
[FNAME] => Daniel
[MNAME] => R.
[LNAME] => Petrolia
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Ecosystem Services
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 49
[ISSUE] => Array
(
)
[PAGENUM] => 101283
[DOI] => 10.1016/j.ecoser.2021.101283
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => 22120416
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Array
(
)
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => The effectiveness of conservation initiatives on private lands in the southern United States plays an important role in improving provision of ecosystem services and mitigating negative environmental impacts. However, participation in conservation efforts is in part affected by landowner concern about environmental issues. This study used a seemingly unrelated regression (SUR) to quantify the impacts of local environmental conditions (e.g., air and water pollution, population density, and land cover type), private land attributes and sociodemographic factors on landowner ecosystem service and environmental concerns. The study involved a mail survey of private landowners in the Mississippi Alluvial Valley and East Gulf Coastal Plain sub-geographies of the Gulf Coastal Plains and Ozarks Landscape Conservation Cooperative. At least 37% of landowners were extremely concerned about drinking water quality, drinking water quantity, soil erosion, loss of wildlife habitat, and loss of open spaces. Local environmental conditions and sociodemographic factors were only marginally related to landowner ecosystem service and environmental concerns, although these factors could affect landowner environmental attitudes, personal health and outdoor activities. Private land attributes, such as property size and landownership objectives, strongly influenced landowner concerns about environmental issues where landowners with larger agricultural land parcels, and who owned land for profit making and provision of ecosystem services were more concerned about environmental issues than other landowners. Conservation policies should focus not only on activities that address ecosystem service and environmental issues that are of concern to landowners but also help them attain their landownership objectives because such approach is more likely to increase their participation in conservation practices.
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => June
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2021
[PUB_START] => 2021-06-01
[PUB_END] => 2021-06-30
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[14] => Array
(
[@attributes] => Array
(
[id] => 231364622336
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => No
[PRESENT] => No
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Nonindustrial private forest landowner willingness to pay for prescribed burning to lower wildfire hazards
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 231364622338
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Anusha
[MNAME] => Array
(
)
[LNAME] => Shrestha
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 231364622339
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 231364622337
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 231364622340
)
[FACULTY_NAME] => 1600586
[FNAME] => Scott
[MNAME] => D.
[LNAME] => Roberts
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 231364622341
)
[FACULTY_NAME] => 1600618
[FNAME] => Jason
[MNAME] => S.
[LNAME] => Gordon
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[5] => Array
(
[@attributes] => Array
(
[id] => 231364622342
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Ram
[MNAME] => K
[LNAME] => Adhikari
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Forest Policy and Economics
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 127
[ISSUE] => 102451
[PAGENUM] => Array
(
)
[DOI] => https://doi.org/10.1016/j.forpol.2021.102451
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => International
[REFEREED] => Yes
[PUBLICAVAIL] => Yes
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => June
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2021
[PUB_START] => 2021-06-01
[PUB_END] => 2021-06-30
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[15] => Array
(
[@attributes] => Array
(
[id] => 311008923648
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Nonindustrial private forest landowner willingness to pay for prescribed burning to lower wildfire hazards
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 311008923649
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Anusha
[MNAME] => Array
(
)
[LNAME] => Shrestha
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 311008923650
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 311008923651
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 311008923652
)
[FACULTY_NAME] => 1600586
[FNAME] => Scott
[MNAME] => D.
[LNAME] => Roberts
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 311008923653
)
[FACULTY_NAME] => 1600618
[FNAME] => Jason
[MNAME] => S.
[LNAME] => Gordon
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[5] => Array
(
[@attributes] => Array
(
[id] => 311008923654
)
[FACULTY_NAME] => 2548968
[FNAME] => Ram
[MNAME] => Array
(
)
[LNAME] => Adhikari
[INSTITUTION] => Array
(
)
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Forest Policy and Economics
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 127
[ISSUE] => Array
(
)
[PAGENUM] => 102451
[DOI] => 10.1016/j.forpol.2021.102451
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => 13899341
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Array
(
)
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Despite the crucial role nonindustrial private forest (NIPF) landowners play in reducing hazardous fuels across large landscapes, there is lack of information concerning their support and valuation of fuel reduction treatments. This study determined NIPF landowners willingness to pay (WTP) for implementing prescribed burning on their forestland to lower wildfire hazards using a contingent valuation method (CVM). Of 2,000 questionnaires sent, a total of 531 landowners responded to the CV question. Of which, 26% of landowners were willing to pay the given payment amount to reduce wildfire hazard on their land using prescribed burning. The mean WTP was $41.39 per acre with a 95% confidence interval of $14.70 to $66.86 per acre. Landowner tolerance for smoke from prescribed burning, consideration of liability, concern about property damages due to wildfires, and education level were positively related with WTP. Since WTP for implementing prescribed burning was higher than its cost, available budgets can be more efficiently utilized by prioritizing more resources towards technical and educational programs on prescribed burn planning, implementing, and monitoring.
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => June
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2021
[PUB_START] => 2021-06-01
[PUB_END] => 2021-06-30
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[16] => Array
(
[@attributes] => Array
(
[id] => 231364489216
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => No
[PRESENT] => No
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Likelihood of implementing fuel reduction treatments on nonindustrial private forest lands
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 231364489218
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Anusha
[MNAME] => Array
(
)
[LNAME] => Shrestha
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 231364489219
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 231364489217
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 231364489220
)
[FACULTY_NAME] => 1600586
[FNAME] => Scott
[MNAME] => D.
[LNAME] => Roberts
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 231364489221
)
[FACULTY_NAME] => 1600618
[FNAME] => Jason
[MNAME] => S.
[LNAME] => Gordon
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => International Journal of Wildlife Fire
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 30
[ISSUE] => 8
[PAGENUM] => 625-635
[DOI] => https://doi.org/10.1071/WF20114
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => International
[REFEREED] => Yes
[PUBLICAVAIL] => Yes
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => June
[DTD_PUB] => 14
[DTY_PUB] => 2021
[PUB_START] => 2021-06-14
[PUB_END] => 2021-06-14
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[17] => Array
(
[@attributes] => Array
(
[id] => 231364558848
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => No
[PRESENT] => No
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Landowner concern about wildfires and trends in implementation of fuel reduction treatments
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 231364558850
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Anusha
[MNAME] => Array
(
)
[LNAME] => Shrestha
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 231364558851
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 231364558849
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 231364558852
)
[FACULTY_NAME] => 1600586
[FNAME] => Scott
[MNAME] => D.
[LNAME] => Roberts
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 231364558853
)
[FACULTY_NAME] => 1600618
[FNAME] => Jason
[MNAME] => S.
[LNAME] => Gordon
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Journal of Forestry
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 119
[ISSUE] => Array
(
)
[PAGENUM] => 251-265
[DOI] => https://doi.org/10.1093/jofore/fvaa060
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => International
[REFEREED] => Yes
[PUBLICAVAIL] => Yes
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => May
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2021
[PUB_START] => 2021-05-01
[PUB_END] => 2021-05-31
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[18] => Array
(
[@attributes] => Array
(
[id] => 194614671360
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => No
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Availability of logging residues and likelihood of their utilization for electricity production in the US South
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 194614671363
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Raju
[MNAME] => Array
(
)
[LNAME] => Pokharel
[INSTITUTION] => University of Idaho
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Graduate
)
[1] => Array
(
[@attributes] => Array
(
[id] => 194614671361
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Mississippi State University
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 194614671364
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Gregory
[MNAME] => S
[LNAME] => Latta
[INSTITUTION] => University of Idaho
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 194614671365
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[INSTITUTION] => Mississippi State University
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 194614671366
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[INSTITUTION] => Mississippi State University
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[5] => Array
(
[@attributes] => Array
(
[id] => 194614671367
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Jagdish
[MNAME] => Array
(
)
[LNAME] => Poudel
[INSTITUTION] => Michigan Department of Natural Resources
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Journal of Forestry
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Journal of Forestry
[VOLUME] => 117
[ISSUE] => 6
[PAGENUM] => 543-559
[DOI] => 10.1093/jofore/fvz047
[CRIS_NUM_CAT] => MISZ
[CRIS_NUM] => Array
(
)
[AREA] => Forestry
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Yes
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2019
[PUB_START] => 2019-01-01
[PUB_END] => 2019-12-31
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[USER_REFERENCE_CREATOR] => Yes
)
[19] => Array
(
[@attributes] => Array
(
[id] => 156123027456
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Estimates of willingness to accept compensation to manage pine stands for ecosystem services
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 156123027459
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Edward
[MNAME] => Array
(
)
[LNAME] => Mutandwa
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 156123027460
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 156123027457
)
[FACULTY_NAME] => 1600471
[FNAME] => Daniel
[MNAME] => R.
[LNAME] => Petrolia
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Forest Policy & Economics
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 102
[ISSUE] => Array
(
)
[PAGENUM] => 75-85
[DOI] => https://doi.org/10.1016/j.forpol.2019.03.001
[CRIS_NUM_CAT] => MIS
[CRIS_NUM] => 033140
[AREA] => Forestry
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Yes
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => July
[DTD_SUB] => 31
[DTY_SUB] => 2017
[SUB_START] => 2017-07-31
[SUB_END] => 2017-07-31
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => May
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2019
[PUB_START] => 2019-05-01
[PUB_END] => 2019-05-31
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[20] => Array
(
[@attributes] => Array
(
[id] => 170946213888
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Yes
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => A hedonic pricing method to estimate value of waterfront in the Gulf of Mexico
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 170946213891
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Ram
[MNAME] => Array
(
)
[LNAME] => Dahal
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 170946213892
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 170946213889
)
[FACULTY_NAME] => 1600618
[FNAME] => Jason
[MNAME] => S.
[LNAME] => Gordon
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 170946213893
)
[FACULTY_NAME] => 1600574
[FNAME] => Ian
[MNAME] => A.
[LNAME] => Munn
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 170946213894
)
[FACULTY_NAME] => 1600471
[FNAME] => Daniel
[MNAME] => R.
[LNAME] => Petrolia
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[5] => Array
(
[@attributes] => Array
(
[id] => 170946213895
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Reid
[MNAME] => Array
(
)
[LNAME] => Cummings
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Urban Forestry & Urban Greening
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 41
[ISSUE] => Array
(
)
[PAGENUM] => 185-194
[DOI] => 10.1016/j.ufug.2019.04.004
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => September
[DTD_SUB] => 28
[DTY_SUB] => 2018
[SUB_START] => 2018-09-28
[SUB_END] => 2018-09-28
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => April (2nd Quarter/Spring)
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2019
[PUB_START] => 2019-04-01
[PUB_END] => 2019-04-30
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[21] => Array
(
[@attributes] => Array
(
[id] => 200626221056
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => No
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Mill willingness to utilize logging residues to produce electricity: a spatial logistic regression approach.
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 200626221058
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Raju
[MNAME] => Array
(
)
[LNAME] => Pokharel
[INSTITUTION] => University of Idaho
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 200626221059
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Mississippi State University
[ROLE] => Author
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 200626221057
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 200626221060
)
[FACULTY_NAME] => 1760273
[FNAME] => William
[MNAME] => H.
[LNAME] => Cooke
[INSTITUTION] => Mississippi State University
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Anthropology & Middle Eastern Cultures
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Forest Science
[PUBCTYST] => Array
(
)
[PUBCNTRY] => US
[VOLUME] => 65
[ISSUE] => 3
[PAGENUM] => 277-288
[DOI] => 10.1093/forsci/fxy061
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Forestry
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => International
[REFEREED] => Yes
[PUBLICAVAIL] => Yes
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => November
[DTD_SUB] => 24
[DTY_SUB] => 2017
[SUB_START] => 2017-11-24
[SUB_END] => 2017-11-24
[DTM_ACC] => November
[DTD_ACC] => 17
[DTY_ACC] => 2018
[ACC_START] => 2018-11-17
[ACC_END] => 2018-11-17
[DTM_PUB] => January (1st Quarter/Winter)
[DTD_PUB] => 3
[DTY_PUB] => 2019
[PUB_START] => 2019-01-03
[PUB_END] => 2019-01-03
[COMMUNITY_ENGAGEMENT] => No
[MSU_MISSION] => No
[USER_REFERENCE_CREATOR] => No
)
[22] => Array
(
[@attributes] => Array
(
[id] => 170946056192
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Yes
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Estimating the Willingness to Pay to Preserve Waterfront Open Spaces using Contingent Valuation
[TITLE_SECONDARY] => Forest Economics, Management, and Policy in All Flavors: From Timber Investment and Wood Products to Payment for Ecosystem Services and Everything in Between
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 170946056197
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Ram
[MNAME] => Array
(
)
[LNAME] => Dahal
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Graduate
)
[1] => Array
(
[@attributes] => Array
(
[id] => 170946056198
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 170946056193
)
[FACULTY_NAME] => 1600618
[FNAME] => Jason
[MNAME] => S.
[LNAME] => Gordon
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 170946056200
)
[FACULTY_NAME] => 1600471
[FNAME] => Daniel
[MNAME] => R.
[LNAME] => Petrolia
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 170946056201
)
[FACULTY_NAME] => 1600574
[FNAME] => Ian
[MNAME] => A.
[LNAME] => Munn
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Land Use Policy
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 78
[ISSUE] => Array
(
)
[PAGENUM] => 614-626
[DOI] => https://doi.org/10.1016/j.landusepol.2018.07.027
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => July (3rd Quarter/Summer)
[DTD_PUB] => 23
[DTY_PUB] => 2018
[PUB_START] => 2018-07-23
[PUB_END] => 2018-07-23
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[23] => Array
(
[@attributes] => Array
(
[id] => 166488711168
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => No
[PRESENT] => No
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Financial tradeoffs associated with controlling Chinese Privet (Ligustrum sinense Lour.) in forestlands in the Southern USA.
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 166488711169
)
[FACULTY_NAME] => 1600591
[FNAME] => Fabio
[MNAME] => Array
(
)
[LNAME] => Benez-Secanho
[INSTITUTION] => University of Georgia
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Graduate
)
[1] => Array
(
[@attributes] => Array
(
[id] => 166488711171
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => L.
[LNAME] => Grebner
[INSTITUTION] => Mississippi State University
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 166488711172
)
[FACULTY_NAME] => 1600561
[FNAME] => Andrew
[MNAME] => W.
[LNAME] => Ezell
[INSTITUTION] => Mississippi State University
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 166488711173
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Mississippi State University
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Journal of Forestry
[PUBCTYST] => Array
(
)
[PUBCNTRY] => United States
[VOLUME] => 116
[ISSUE] => 3
[PAGENUM] => 236-244
[DOI] => https://doi.org/10.1093/jofore/fvy003
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Forestry
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Yes
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => May
[DTD_PUB] => 4
[DTY_PUB] => 2018
[PUB_START] => 2018-05-04
[PUB_END] => 2018-05-04
[COMMUNITY_ENGAGEMENT] => No
[MSU_MISSION] => No
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[24] => Array
(
[@attributes] => Array
(
[id] => 162538991616
)
[CONTYPE] => Conference Proceeding
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[STATUS] => Submitted
[TITLE] => Liklihood implementation of fuel reduction treatments by nonindustrial private forest landowners
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 162538991619
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Anusha
[MNAME] => Array
(
)
[LNAME] => Shrestha
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Graduate
)
[1] => Array
(
[@attributes] => Array
(
[id] => 162538991620
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 162538991621
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 162538991623
)
[FACULTY_NAME] => 1600586
[FNAME] => Scott
[MNAME] => D.
[LNAME] => Roberts
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 162538991617
)
[FACULTY_NAME] => 1600618
[FNAME] => Jason
[MNAME] => S.
[LNAME] => Gordon
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => International Society of Forest Resource Economics
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => Array
(
)
[ISSUE] => Array
(
)
[PAGENUM] => Array
(
)
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Consuelo Brandeis
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => No
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => March
[DTD_SUB] => 26
[DTY_SUB] => 2018
[SUB_START] => 2018-03-26
[SUB_END] => 2018-03-26
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => Array
(
)
[PUB_START] => Array
(
)
[PUB_END] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[25] => Array
(
[@attributes] => Array
(
[id] => 162538559488
)
[CONTYPE] => Conference Proceeding
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[STATUS] => Submitted
[TITLE] => Perceptions regarding longleaf pine ecosystem restoration using fire
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 162538559491
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Samrajya
[MNAME] => Array
(
)
[LNAME] => Thapa
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Graduate
)
[1] => Array
(
[@attributes] => Array
(
[id] => 162538559489
)
[FACULTY_NAME] => 1600618
[FNAME] => Jason
[MNAME] => S.
[LNAME] => Gordon
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 162538559493
)
[FACULTY_NAME] => 1778482
[FNAME] => John
[MNAME] => L.
[LNAME] => Willis
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 162538559495
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 162538559496
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => International Society of Forest Resource Economics
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => Array
(
)
[ISSUE] => Array
(
)
[PAGENUM] => Array
(
)
[DOI] => Array
(
)
[CRIS_NUM_CAT] => MISZ
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Consuelo Brandeis
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => No
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => March
[DTD_SUB] => 26
[DTY_SUB] => 2018
[SUB_START] => 2018-03-26
[SUB_END] => 2018-03-26
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => Array
(
)
[PUB_START] => Array
(
)
[PUB_END] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[26] => Array
(
[@attributes] => Array
(
[id] => 162538590208
)
[CONTYPE] => Conference Proceeding
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[STATUS] => Submitted
[TITLE] => Public attitudes regarding prescribed fire in longleaf pine ecosystem restoration
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 162538590211
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Samrajya
[MNAME] => Array
(
)
[LNAME] => Thapa
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Graduate
)
[1] => Array
(
[@attributes] => Array
(
[id] => 162538590209
)
[FACULTY_NAME] => 1600618
[FNAME] => Jason
[MNAME] => S.
[LNAME] => Gordon
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 162538590213
)
[FACULTY_NAME] => 1778482
[FNAME] => John
[MNAME] => L.
[LNAME] => Willis
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 162538590215
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 162538590216
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => International Society of Forest Resource Economics
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => Array
(
)
[ISSUE] => Array
(
)
[PAGENUM] => Array
(
)
[DOI] => Array
(
)
[CRIS_NUM_CAT] => MISZ
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Consuelo Brandeis
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => No
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => March
[DTD_SUB] => 26
[DTY_SUB] => 2018
[SUB_START] => 2018-03-26
[SUB_END] => 2018-03-26
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => Array
(
)
[PUB_START] => Array
(
)
[PUB_END] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[27] => Array
(
[@attributes] => Array
(
[id] => 162538956800
)
[CONTYPE] => Conference Proceeding
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[STATUS] => Submitted
[TITLE] => Willingness to pay for prescribed burning by nonindustrial private forest landowners
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 162538956803
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Anusha
[MNAME] => Array
(
)
[LNAME] => Shrestha
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Graduate
)
[1] => Array
(
[@attributes] => Array
(
[id] => 162538956804
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 162538956805
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 162538956807
)
[FACULTY_NAME] => 1600586
[FNAME] => Scott
[MNAME] => D.
[LNAME] => Roberts
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 162538956801
)
[FACULTY_NAME] => 1600618
[FNAME] => Jason
[MNAME] => S.
[LNAME] => Gordon
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => International Society of Forest Resource Economics
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => Array
(
)
[ISSUE] => Array
(
)
[PAGENUM] => Array
(
)
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Consuelo Brandeis
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => No
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => March
[DTD_SUB] => 26
[DTY_SUB] => 2018
[SUB_START] => 2018-03-26
[SUB_END] => 2018-03-26
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => Array
(
)
[PUB_START] => Array
(
)
[PUB_END] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[28] => Array
(
[@attributes] => Array
(
[id] => 162552354816
)
[CONTYPE] => Conference Proceeding
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[STATUS] => Published
[TITLE] => CONTINGENT VALUATION ESTIMATES OF WILLINGNESS TO PAY TO PRESERVE WATERFRONT OPEN SPACE IN MISSISSIPPI AND ALABAMA
[TITLE_SECONDARY] => Forest Economics, Management, and Policy in All Flavors: From Timber Investment and Wood Products to Payment for Ecosystem Services and Everything in Between
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 162552354821
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Ram
[MNAME] => Array
(
)
[LNAME] => Dahal
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Graduate
)
[1] => Array
(
[@attributes] => Array
(
[id] => 162552354822
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 162552354817
)
[FACULTY_NAME] => 1600618
[FNAME] => Jason
[MNAME] => S.
[LNAME] => Gordon
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => International Society of Forest Resource Economics
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => Array
(
)
[ISSUE] => Array
(
)
[PAGENUM] => Array
(
)
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Sun Joseph Chang, Shaun Tanger
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => No
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => March
[DTD_PUB] => 15
[DTY_PUB] => 2018
[PUB_START] => 2018-03-15
[PUB_END] => 2018-03-15
[USER_REFERENCE_CREATOR] => No
)
[29] => Array
(
[@attributes] => Array
(
[id] => 163396431872
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Contribution of ecological and socioeconomic factors to the presence and abundance of invasive tree species in Mississippi, USA
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 163396431873
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Jun
[MNAME] => Array
(
)
[LNAME] => Zhai
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 163396431874
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 163396431875
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 163396431876
)
[FACULTY_NAME] => 1600610
[FNAME] => Zhaofei
[MNAME] => Array
(
)
[LNAME] => Fan
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 163396431877
)
[FACULTY_NAME] => 1600574
[FNAME] => Ian
[MNAME] => A.
[LNAME] => Munn
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Forests
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 9
[ISSUE] => 1
[PAGENUM] => Array
(
)
[DOI] => https://doi.org/10.3390/f9010038
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => © 2016 by the authors. Invasive tree species cause increasing damage to the environment and local economies. Previous studies have seldom treated the presence and abundance of invasive species as different phenomena. Using Classification and Regression Trees (CART) analysis, important driving factors affecting the presence and abundance of invasive tree species in Mississippi were identified. These selected factors were spatially analyzed using a spatial lag model at the county level. The empirical results from the spatial lag model showed that: (1) the presence of invasive tree species was more likely at lower elevations, private ownerships, and in counties with higher per capita annual income; and (2) the abundance of invasive tree species was related to stand age, and elevation. The odds ratio revealed that the presence was most affected by per capita mean annual income. This result might reflect impacts from intensified urban development and alteration of the landscape. As revealed by the coefficients, the abundance was most strongly affected by stand age. Thus, management prescriptions designed to monitor and control invasions should target young private forestlands at low elevations in counties with higher per capita mean annual income.
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => January (1st Quarter/Winter)
[DTD_PUB] => 17
[DTY_PUB] => 2018
[PUB_START] => 2018-01-17
[PUB_END] => 2018-01-17
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => Yes
)
[30] => Array
(
[@attributes] => Array
(
[id] => 163396352000
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Impact of economic factors and a political conflict on international tourism demand in Nepal: A vector error correction model
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 163396352001
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Raju
[MNAME] => Array
(
)
[LNAME] => Pokharel
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 163396352002
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Jagdish
[MNAME] => Array
(
)
[LNAME] => Poudel
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 163396352003
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => International Journal of Tourism Policy
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 8
[ISSUE] => 1
[PAGENUM] => 18-41
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => https://www.inderscienceonline.com/doi/pdf/10.1504/IJTP.2018.090319
[EDITORS] => Array
(
)
[ISBNISSN] => 17504090
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Copyright © 2018 Inderscience Enterprises Ltd. A vector error correction model (VECM) was used to determine short- and long-term relationships of the number of international tourists visiting Nepal during 1962-2012 with gross domestic product (GDP) per capita in China, India, Nepal, Sri Lanka, the UK, and the USA; exchange rate of Nepalese rupee (NPR) to the US dollar (USD); and Maoist insurgency. Three foreign economies, India, Sri Lanka, and the USA, had a short-term associations with the annual international tourist arrivals in Nepal. In the long-term, economic growth in Nepal, Sri Lanka, and the USA was associated with international arrivals in Nepal, whereas the economic growth in China, India, and the UK had no long-term associations. The Maoist insurgency had a negative association with international tourist arrivals in the short term, but the relationship was ambiguous in the long term. Nepal's short-term tourism policies should focus on a strategic marketing in regional countries such as China, India, and Sri Lanka, whereas long-term policies should focus on improving Nepal's safety perception and marketing efforts in all countries with a substantial economic growth.
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => January (1st Quarter/Winter)
[DTD_PUB] => 1
[DTY_PUB] => 2018
[PUB_START] => 2018-01-01
[PUB_END] => 2018-01-01
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => Yes
)
[31] => Array
(
[@attributes] => Array
(
[id] => 139135201280
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => A study of climate variability and socioeconomic impact on tourism industry of Nepal
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 139135201281
)
[FACULTY_NAME] => 1600605
[FNAME] => R
[MNAME] => Array
(
)
[LNAME] => Pokharel
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Graduate
)
[1] => Array
(
[@attributes] => Array
(
[id] => 139135201283
)
[FACULTY_NAME] => Array
(
)
[FNAME] => J
[MNAME] => Array
(
)
[LNAME] => Poudel
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Graduate
)
[2] => Array
(
[@attributes] => Array
(
[id] => 139135201284
)
[FACULTY_NAME] => Array
(
)
[FNAME] => A
[MNAME] => R
[LNAME] => Sharma
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Graduate
)
[3] => Array
(
[@attributes] => Array
(
[id] => 139135201285
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Sustainability in Environment
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 2
[ISSUE] => 1
[PAGENUM] => 20-34
[DOI] => https://doi.org/10.22158/se.v2n1p20
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => International
[REFEREED] => Yes
[PUBLICAVAIL] => Yes
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2017
[PUB_START] => 2017-01-01
[PUB_END] => 2017-12-31
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => Yes
)
[32] => Array
(
[@attributes] => Array
(
[id] => 161025107968
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Agroforestry in the Southern U.S.: Important Lessons Learned
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 161025107969
)
[FACULTY_NAME] => 1600601
[FNAME] => John
[MNAME] => D.
[LNAME] => Kushla
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 161025107971
)
[FACULTY_NAME] => Array
(
)
[FNAME] => H
[MNAME] => G
[LNAME] => Gordon
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 161025107972
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 161025107973
)
[FACULTY_NAME] => 1600554
[FNAME] => Walter
[MNAME] => D.
[LNAME] => Jones
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 161025107974
)
[FACULTY_NAME] => 1600571
[FNAME] => Jeanne
[MNAME] => C.
[LNAME] => Jones
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[5] => Array
(
[@attributes] => Array
(
[id] => 161025107975
)
[FACULTY_NAME] => 1600384
[FNAME] => Mark
[MNAME] => W.
[LNAME] => Shankle
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Journal of Global Agriculture and Ecology
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 7
[ISSUE] => 4
[PAGENUM] => 128-137
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => https://www.ikppress.org/index.php/JOGAE/article/view/2754
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => International
[REFEREED] => Yes
[PUBLICAVAIL] => Yes
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2017
[PUB_START] => 2017-01-01
[PUB_END] => 2017-12-31
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[33] => Array
(
[@attributes] => Array
(
[id] => 156845236224
)
[CONTYPE] => Extension Publication
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Yes
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Assessment of ecosystem service value and program delivery: Interest in conservation practices
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 156845236227
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 156845236225
)
[FACULTY_NAME] => 1600618
[FNAME] => Jason
[MNAME] => S.
[LNAME] => Gordon
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 156845236228
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Kate
[MNAME] => Array
(
)
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 156845236229
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Ram
[MNAME] => Array
(
)
[LNAME] => Dahal
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Graduate
)
)
[PUBLISHER] => Mississippi State University Extension Service
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => P3182
[ISSUE] => Array
(
)
[PAGENUM] => 4
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2017
[PUB_START] => 2017-01-01
[PUB_END] => 2017-12-31
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[34] => Array
(
[@attributes] => Array
(
[id] => 156844630016
)
[CONTYPE] => Conference Proceeding
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => No
[STATUS] => Published
[TITLE] => Estimating the willingness to preserve open space in coastal waterfronts
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 156844630019
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Ram
[MNAME] => Array
(
)
[LNAME] => Dahal
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Graduate
)
[1] => Array
(
[@attributes] => Array
(
[id] => 156844630020
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 156844630017
)
[FACULTY_NAME] => 1600618
[FNAME] => Jason
[MNAME] => S.
[LNAME] => Gordon
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Forest economics and policy in a changing environment: how market, policy, and climate transformations affect forests—Proceedings of the 2016 Meeting of the International Society of Forest Resource Economics e-Gen. Tech. Rep. SRS-218Asheville, NC: U.S. Department of Agriculture Forest Service, Southern Research Station
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => Array
(
)
[ISSUE] => Array
(
)
[PAGENUM] => 50 of 154
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Frey, Gregory E.; Nepal, Prakash
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Array
(
)
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2017
[PUB_START] => 2017-01-01
[PUB_END] => 2017-12-31
[USER_REFERENCE_CREATOR] => No
)
[35] => Array
(
[@attributes] => Array
(
[id] => 177384617984
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Evaluating non-industrial private forest landowner willingness to manage for forest carbon sequestration in the southern United States
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 177384617985
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Puskar
[MNAME] => N
[LNAME] => Khanal
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 177384617986
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 177384617987
)
[FACULTY_NAME] => 1600574
[FNAME] => Ian
[MNAME] => A.
[LNAME] => Munn
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 177384617988
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 177384617989
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[5] => Array
(
[@attributes] => Array
(
[id] => 177384617990
)
[FACULTY_NAME] => 1600597
[FNAME] => James
[MNAME] => Emery
[LNAME] => Henderson
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Forest Policy and Economics
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 75
[ISSUE] => Array
(
)
[PAGENUM] => 112-119
[DOI] => https://doi.org/10.1016/j.forpol.2016.07.004
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2017
[PUB_START] => 2017-01-01
[PUB_END] => 2017-12-31
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[36] => Array
(
[@attributes] => Array
(
[id] => 156845342720
)
[CONTYPE] => Extension Publication
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Yes
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Open space adds value to your community
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 156845342723
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Ram
[MNAME] => Array
(
)
[LNAME] => Dahal
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Graduate
)
[1] => Array
(
[@attributes] => Array
(
[id] => 156845342721
)
[FACULTY_NAME] => 1600618
[FNAME] => Jason
[MNAME] => S.
[LNAME] => Gordon
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 156845342724
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Mississippi State University Extension Service
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => P3145
[ISSUE] => Array
(
)
[PAGENUM] => 2
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => No
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2017
[PUB_START] => 2017-01-01
[PUB_END] => 2017-12-31
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[37] => Array
(
[@attributes] => Array
(
[id] => 155073523712
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => No
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Typology of nonindustrial private forest landowners and forestry behavior: Implications for forest carbon sequestration in the southern US
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 155073523713
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Puskar
[MNAME] => Array
(
)
[LNAME] => Khanal
[INSTITUTION] => Mississippi State University
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 155073523715
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 155073523716
)
[FACULTY_NAME] => 1600574
[FNAME] => Ian
[MNAME] => A.
[LNAME] => Munn
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 155073523717
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 155073523718
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[5] => Array
(
[@attributes] => Array
(
[id] => 155073523719
)
[FACULTY_NAME] => 1600597
[FNAME] => James
[MNAME] => Emery
[LNAME] => Henderson
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Small-Scale Forestry
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 16
[ISSUE] => 3
[PAGENUM] => 419-434
[DOI] => 10.1007/s11842-017-9363-4
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2017
[PUB_START] => 2017-01-01
[PUB_END] => 2017-12-31
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[38] => Array
(
[@attributes] => Array
(
[id] => 156844912640
)
[CONTYPE] => Conference Proceeding
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[STATUS] => Published
[TITLE] => Wildfire risk assessment: Experts’ opinions
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 156844912643
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 156844912644
)
[FACULTY_NAME] => 1656580
[FNAME] => Hugh
[MNAME] => Richard
[LNAME] => Medal
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 156844912641
)
[FACULTY_NAME] => 1600618
[FNAME] => Jason
[MNAME] => S.
[LNAME] => Gordon
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 156844912645
)
[FACULTY_NAME] => 1600621
[FNAME] => Julian
[MNAME] => Morgan
[LNAME] => Varner
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Forest economics and policy in a changing environment: how market, policy, and climate transformations affect forests—Proceedings of the 2016 Meeting of the International Society of Forest Resource Economics e-Gen. Tech. Rep. SRS-218Asheville, NC: U.S. Department of Agriculture Forest Service, Southern Research Station
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => Array
(
)
[ISSUE] => Array
(
)
[PAGENUM] => 95 of 154
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Frey, Gregory E.; Nepal, Prakash
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => No
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2017
[PUB_START] => 2017-01-01
[PUB_END] => 2017-12-31
[USER_REFERENCE_CREATOR] => No
)
[39] => Array
(
[@attributes] => Array
(
[id] => 156844824576
)
[CONTYPE] => Conference Proceeding
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[STATUS] => Published
[TITLE] => Wildfire-terrorism risk assessment and management: A pilot study
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 156844824577
)
[FACULTY_NAME] => 1600618
[FNAME] => Jason
[MNAME] => S.
[LNAME] => Gordon
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 156844824579
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 156844824580
)
[FACULTY_NAME] => Array
(
)
[FNAME] => E
[MNAME] => Array
(
)
[LNAME] => Rashidi
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Graduate
)
[3] => Array
(
[@attributes] => Array
(
[id] => 156844824581
)
[FACULTY_NAME] => 1656580
[FNAME] => Hugh
[MNAME] => Richard
[LNAME] => Medal
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 156844824582
)
[FACULTY_NAME] => Array
(
)
[FNAME] => M
[MNAME] => Array
(
)
[LNAME] => Moseley
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Undergraduate
)
[5] => Array
(
[@attributes] => Array
(
[id] => 156844824583
)
[FACULTY_NAME] => Array
(
)
[FNAME] => K
[MNAME] => Array
(
)
[LNAME] => Seiter
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Undergraduate
)
)
[PUBLISHER] => Forest economics and policy in a changing environment: how market, policy, and climate transformations affect forests—Proceedings of the 2016 Meeting of the International Society of Forest Resource Economics e-Gen. Tech. Rep. SRS-218Asheville, NC: U.S. Department of Agriculture Forest Service, Southern Research Station
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => Array
(
)
[ISSUE] => Array
(
)
[PAGENUM] => 94 of 154
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Frey, Gregory E.; Nepal, Prakash
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Array
(
)
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2017
[PUB_START] => 2017-01-01
[PUB_END] => 2017-12-31
[USER_REFERENCE_CREATOR] => No
)
[40] => Array
(
[@attributes] => Array
(
[id] => 156844994560
)
[CONTYPE] => Conference Proceeding
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[STATUS] => Published
[TITLE] => Willingness of forest landowners to implement fuel treatments
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 156844994561
)
[FACULTY_NAME] => 1600618
[FNAME] => Jason
[MNAME] => S.
[LNAME] => Gordon
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 156844994566
)
[FACULTY_NAME] => 1656580
[FNAME] => Hugh
[MNAME] => Richard
[LNAME] => Medal
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 156844994563
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 156844994565
)
[FACULTY_NAME] => 1600621
[FNAME] => Julian
[MNAME] => Morgan
[LNAME] => Varner
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 156844994564
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Kate
[MNAME] => Array
(
)
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Forest economics and policy in a changing environment: how market, policy, and climate transformations affect forests—Proceedings of the 2016 Meeting of the International Society of Forest Resource Economics e-Gen. Tech. Rep. SRS-218Asheville, NC: U.S. Department of Agriculture Forest Service, Southern Research Station
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => Array
(
)
[ISSUE] => Array
(
)
[PAGENUM] => 51 of 154
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Frey, Gregory E.; Nepal, Prakash
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => No
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2017
[PUB_START] => 2017-01-01
[PUB_END] => 2017-12-31
[USER_REFERENCE_CREATOR] => No
)
[41] => Array
(
[@attributes] => Array
(
[id] => 163396397056
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Woody residue utilization for bioenergy by primary forest products manufacturers: An exploratory analysis
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 163396397057
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Raju
[MNAME] => Array
(
)
[LNAME] => Pokharel
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 163396397058
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 163396397059
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Forest Policy and Economics
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 85
[ISSUE] => Array
(
)
[PAGENUM] => 161-171
[DOI] => https://doi.org/10.1016/j.forpol.2017.09.012
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => 13899341
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => © 2017 Elsevier B.V. For countries, such as the United States, where one-third of the land area is covered with forests, production of woody biomass-based bioenergy can help lower carbon dioxide (CO 2 ) emissions, mitigate climate change impacts, and improve energy security. This study involved an exploratory analysis of how current woody residue utilization as well as willingness to use, pay for, and haul additional logging residues varied among mills representing different primary forest products manufacturer types and different processing capacities. A four-contact mail survey was sent in 2012 to 2138 mills in the southern United States. The study used nonparametric independent sample test and analysis of variances to make comparative and explanatory inferences. Approximately 70% of mills utilized woody residues for bioenergy purposes and 11% were willing to utilize additional logging residues to produce electricity. Mills were willing to pay US$11.58/green tonne (t) (2012 dollars) of logging residues at the mill gate. Mills already utilizing woody residues for bioenergy were more likely to improve their utilization, especially those with existing woody residue processing capacities of 1000 to 6000 t/month. Pulp, paper, and paperboard mills and composite wood product mills were the largest woody residues utilizers and were willing to increase use, pay more, and haul additional logging residues over longer distances. These results will be helpful in identifying mills most suitable for increasing utilization of woody residues, guiding investment decisions regarding retrofitting and constructing new facilities for production of bioenergy, and formulating future policies related to biomass-based energy production.
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => December
[DTD_PUB] => 1
[DTY_PUB] => 2017
[PUB_START] => 2017-12-01
[PUB_END] => 2017-12-01
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => Yes
)
[42] => Array
(
[@attributes] => Array
(
[id] => 156579958784
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[STATUS] => Accepted
[TITLE] => Financial tradeoffs associated with controlling Chinese privet (Ligustrum sinese Lour.) in forestlands in the southern United States
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 156579958785
)
[FACULTY_NAME] => 1600561
[FNAME] => Fabio
[MNAME] => Array
(
)
[LNAME] => Sechano
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 156579958787
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 156579958788
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 156579958789
)
[FACULTY_NAME] => 1600561
[FNAME] => Andrew
[MNAME] => W.
[LNAME] => Ezell
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Journal of Forestry
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => Array
(
)
[ISSUE] => Array
(
)
[PAGENUM] => Array
(
)
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => November
[DTD_ACC] => Array
(
)
[DTY_ACC] => 2017
[ACC_START] => 2017-11-01
[ACC_END] => 2017-11-30
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => Array
(
)
[PUB_START] => Array
(
)
[PUB_END] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[43] => Array
(
[@attributes] => Array
(
[id] => 156436176896
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => No
[STATUS] => Submitted
[TITLE] => Contribution of ecological and socioeconomic factors to the presence and abundance of invasive tree species in Mississippi
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 156436176899
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Jun
[MNAME] => Array
(
)
[LNAME] => Zhai
[INSTITUTION] => MSU
[MSU_ID] => zj126
[DEP] => Forestry
[STUDENT_LEVEL] => Graduate
)
[1] => Array
(
[@attributes] => Array
(
[id] => 156436176900
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 156436176901
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 156436176902
)
[FACULTY_NAME] => 1600610
[FNAME] => Zhaofei
[MNAME] => Array
(
)
[LNAME] => Fan
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 156436176897
)
[FACULTY_NAME] => 1600574
[FNAME] => Ian
[MNAME] => A.
[LNAME] => Munn
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Forests
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => Array
(
)
[ISSUE] => Array
(
)
[PAGENUM] => Array
(
)
[DOI] => Array
(
)
[CRIS_NUM_CAT] => MISZ
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Yes
[ABSTRACT] => Invasive tree species cause increasing damage to the environment and local economies. Previous studies seldom treated the presence and abundance of invasive species as different phenomena. Using Classification and Regression Trees (CART) analysis, important driving factors affecting the presence and abundance of invasive tree species in Mississippi were identified. These selected factors were spatially analyzed using a spatial lag model at the county level. The empirical results from the spatial lag model showed that: 1) the presence of invasive tree species was more likely at higher elevations, private ownerships, and in counties with higher per capita annual income; 2) the abundance of invasive tree species was related to stand age, and elevation. The odds ratio revealed that the presence was most affected by per capita mean annual income. This result might reflect impacts from intensified urban development and alteration of the landscape. As revealed by the coefficients, the abundance was most strongly affected by stand age. Thus, management prescriptions designed to monitor and control invasions should target young private forestlands at low elevations in counties with higher per capita mean annual income. Future research would benefit from species-specific studies and more refined categorical variables such as land ownership and forest disturbance.
[KEYWORDS] => presence; abundance; CART analysis; spatial lag model; invasive trees
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => November
[DTD_SUB] => 8
[DTY_SUB] => 2017
[SUB_START] => 2017-11-08
[SUB_END] => 2017-11-08
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => Array
(
)
[PUB_START] => Array
(
)
[PUB_END] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[44] => Array
(
[@attributes] => Array
(
[id] => 157122988032
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => No
[STATUS] => Revising to Resubmit
[TITLE] => Pine Alleycropping in the Southern U.S.: Important Lessons Learned
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 157122988033
)
[FACULTY_NAME] => 1600601
[FNAME] => John
[MNAME] => D.
[LNAME] => Kushla
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 157122988035
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Array
(
)
[MNAME] => Array
(
)
[LNAME] => Array
(
)
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 157122988036
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 157122988037
)
[FACULTY_NAME] => 1600571
[FNAME] => Jeanne
[MNAME] => C.
[LNAME] => Jones
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 157122988038
)
[FACULTY_NAME] => 1600554
[FNAME] => Walter
[MNAME] => D.
[LNAME] => Jones
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[5] => Array
(
[@attributes] => Array
(
[id] => 157122988039
)
[FACULTY_NAME] => 1600384
[FNAME] => Mark
[MNAME] => W.
[LNAME] => Shankle
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Journal of Global Agriculture & Ecology
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => Array
(
)
[ISSUE] => Array
(
)
[PAGENUM] => Array
(
)
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Array
(
)
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => September
[DTD_SUB] => 27
[DTY_SUB] => 2017
[SUB_START] => 2017-09-27
[SUB_END] => 2017-09-27
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => Array
(
)
[PUB_START] => Array
(
)
[PUB_END] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[45] => Array
(
[@attributes] => Array
(
[id] => 157123276800
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[STATUS] => Revising to Resubmit
[TITLE] => The Value of Canopy Cover: A Hedonic Pricing Study in Lakeland, Tennessee
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 157123276801
)
[FACULTY_NAME] => 1600601
[FNAME] => John
[MNAME] => D.
[LNAME] => Kushla
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => FWRC
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 157123276803
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Array
(
)
[MNAME] => Array
(
)
[LNAME] => Array
(
)
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 157123276804
)
[FACULTY_NAME] => 1600618
[FNAME] => Jason
[MNAME] => S.
[LNAME] => Gordon
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 157123276805
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 157123276806
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[5] => Array
(
[@attributes] => Array
(
[id] => 157123276807
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Landscape and Urban Planning
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => Array
(
)
[ISSUE] => Array
(
)
[PAGENUM] => Array
(
)
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Array
(
)
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => September
[DTD_SUB] => 1
[DTY_SUB] => 2017
[SUB_START] => 2017-09-01
[SUB_END] => 2017-09-01
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => Array
(
)
[PUB_START] => Array
(
)
[PUB_END] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[46] => Array
(
[@attributes] => Array
(
[id] => 163408097280
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Conservation program delivery in the southern U.S.: Preferences and interactions
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 163408097281
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Christopher
[MNAME] => S.
[LNAME] => Galik
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 163408097282
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Journal of Environmental Management
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 198
[ISSUE] => Array
(
)
[PAGENUM] => 75-83
[DOI] => https://doi.org/10.1016/j.jenvman.2017.04.043
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => 03014797
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => © 2017 Elsevier Ltd A lingering challenge in implementation of ecosystem-based planning is translating high-level conservation objectives to discrete management initiatives. Recent research underscores this, emphasizing the importance of the processes by which plans are developed and how programs to implement plans are delivered to stakeholders. This study contributes to the existing program design, research methodology, and conservation practice literature through an assessment of landowner and conservation practitioner relationships in the Gulf Coastal Plains and Ozarks (GCPO) region of the southern U.S. The study utilizes online and mail surveys to gather data on landowner interactions with conservation practitioner organizations and interactions between practitioner organizations themselves. Data from the surveys suggest different patterns of interaction as reported by landowners and those reported by practitioner organizations working in the region, with landowners generally interacting more with extension and industry organizations and conservation practitioners interacting more with state and federal agencies. Key informant data also allows for analysis of the conservation practitioner network in the GCPO region. Resulting analysis suggests a well-connected network among the state and federal organizations critical to development and delivery of conservation programs in the GCPO LCC region. Though such configurations may be beneficial for the diffusion of innovative practices across a network, they may nonetheless require continued efforts to coordinate activities at the regional scale, an important component of practice-driven, ecosystem-level management.
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => August
[DTD_PUB] => 1
[DTY_PUB] => 2017
[PUB_START] => 2017-08-01
[PUB_END] => 2017-08-01
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => Yes
)
[47] => Array
(
[@attributes] => Array
(
[id] => 147947364352
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Impact of human factors on wildfire occurrence in Mississippi, United States
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 147947364353
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Katarzyna
[MNAME] => Array
(
)
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 147947364354
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 147947364355
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Anwar
[MNAME] => Array
(
)
[LNAME] => Hussain
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 147947364356
)
[FACULTY_NAME] => 1760273
[FNAME] => William
[MNAME] => H.
[LNAME] => Cooke
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 147947364357
)
[FACULTY_NAME] => 1600621
[FNAME] => Julian
[MNAME] => Morgan
[LNAME] => Varner
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Forest Policy and Economics
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 81
[ISSUE] => Array
(
)
[PAGENUM] => 38-47
[DOI] => https://doi.org/10.1016/j.forpol.2017.04.011
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => 13899341
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => © 2017 Fires have important ecological and socioeconomic effects in fire-prone regions globally. Human-caused wildfires often pose considerable safety and environmental hazards, and can result in sizeable economic losses. This study analyzed the relative importance of temporal, spatial, and socioeconomic factors on occurrence of 52,532 human-caused wildfires in Mississippi that burned during 1991–2005. The probability of human-caused wildfires was modeled using a multinomial logit regression for unordered nominal outcomes. Results indicated that in comparison to incendiary wildfires, other types of human-caused wildfires were most likely to occur in summer. Wildfires caused by equipment use, children, and debris burning were more likely than incendiary wildfires to occur in close proximity to primary roads and railroad tracks, whereas close proximity to population centers increased the relative likelihood of wildfires caused by debris burning. Socioeconomic characteristics also influenced occurrence of many human-caused wildfires. Wildfires caused by children and debris burning were more likely than incendiary wildfires to occur in densely populated areas, whereas wildfires caused by debris burning, equipment use, and related to smoking were more likely in areas with high unemployment rates and large proportions of people below the poverty level. Wildfires related to smoking were also more likely than incendiary wildfires to occur in areas with higher median income. These findings will be helpful in predicting wildfire occurrence as well as developing new wildfire awareness and prevention strategies, allocating resources, and reducing wildfire damage costs in Mississippi and other fire-prone regions.
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => August
[DTD_PUB] => 1
[DTY_PUB] => 2017
[PUB_START] => 2017-08-01
[PUB_END] => 2017-08-01
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[48] => Array
(
[@attributes] => Array
(
[id] => 163396552704
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => A maximal covering location-based model for analyzing the vulnerability of landscapes to wildfires: Assessing the worst-case scenario
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 163396552705
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Eghbal
[MNAME] => Array
(
)
[LNAME] => Rashidi
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 163396552706
)
[FACULTY_NAME] => 1656580
[FNAME] => Hugh
[MNAME] => Richard
[LNAME] => Medal
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 163396552707
)
[FACULTY_NAME] => 1600618
[FNAME] => Jason
[MNAME] => S.
[LNAME] => Gordon
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 163396552708
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 163396552709
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Morgan
[MNAME] => Array
(
)
[LNAME] => Varner
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => European Journal of Operational Research
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 258
[ISSUE] => 3
[PAGENUM] => 1095-1105
[DOI] => https://doi.org/10.1016/j.ejor.2016.08.074
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => 03772217
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => © 2016 Elsevier B.V. In this research, we study the vulnerability of landscapes to wildfires based on the impact of the worst-case scenario ignition locations. Using this scenario, we model wildfires that cause the largest damage to a landscape over a given time horizon. The landscape is modeled as a grid network, and the spread of wildfire is modeled using the minimum travel time model. To assess the impact of a wildfire in the worst-case scenario, we develop a mathematical programming model to optimally locate the ignition points so that the resulting wildfire results in the maximum damage. We compare the impacts of the worst-case wildfires (with optimally located ignition points) with the impacts of wildfires with randomly located ignition points on three landscape test cases clipped out from three national forests located in the western U.S. Our results indicate that the worst-case wildfires, on average, have more than twice the impact on landscapes than wildfires with randomly located ignition points.
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => May
[DTD_PUB] => 1
[DTY_PUB] => 2017
[PUB_START] => 2017-05-01
[PUB_END] => 2017-05-01
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => Yes
)
[49] => Array
(
[@attributes] => Array
(
[id] => 137591580672
)
[CONTYPE] => Other
[CONTYPEOTHER] => Research Bulletin
[EXTRELATED] => Array
(
)
[STATUS] => Accepted
[TITLE] => Forestry in Mississippi - The contribution of the industry to the Mississippi Economy: An input-output analysis
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 137591580675
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Ram
[MNAME] => P
[LNAME] => Dahal
[MSU_ID] => rpd72
[DEP] => Forestry
[STUDENT_LEVEL] => Graduate
)
[1] => Array
(
[@attributes] => Array
(
[id] => 137591580676
)
[FACULTY_NAME] => 1600597
[FNAME] => James
[MNAME] => Emery
[LNAME] => Henderson
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 137591580673
)
[FACULTY_NAME] => 1600574
[FNAME] => Ian
[MNAME] => A.
[LNAME] => Munn
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 137591580677
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Research Bulletin FO#464
[PUBCTYST] => Forest and Wildlife Research Center, Mississippi State University
[PUBCNTRY] => Array
(
)
[VOLUME] => Array
(
)
[ISSUE] => Array
(
)
[PAGENUM] => 40
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Array
(
)
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => December
[DTD_ACC] => Array
(
)
[DTY_ACC] => 2016
[ACC_START] => 2016-12-01
[ACC_END] => 2016-12-31
[DTM_PUB] => January (1st Quarter/Winter)
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2017
[PUB_START] => 2017-01-01
[PUB_END] => 2017-01-31
[USER_REFERENCE_CREATOR] => No
)
[50] => Array
(
[@attributes] => Array
(
[id] => 163404707840
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Factors affecting utilization of woody residues for bioenergy production in the southern United States
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 163404707841
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Raju
[MNAME] => Array
(
)
[LNAME] => Pokharel
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 163404707842
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 163404707843
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 163404707844
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Biomass and Bioenergy
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 105
[ISSUE] => Array
(
)
[PAGENUM] => 278-287
[DOI] => https://doi.org/10.1016/j.biombioe.2017.07.002
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => 09619534
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => © 2017 Elsevier Ltd Biomass is the renewable resource with the potential to serve as a substitute for fossil fuels. A form of biomass, woody residues, includes woody byproducts such as mill residues, logging residues, and other wood waste. This study estimated the impact of woody residue processing capacity, mill willingness to utilize additional logging residues for electricity production, mill equipment upgrades to facilitate electricity production, and different factors limiting the utilization of logging residues on the utilization of woody residues by mills. Data on the utilization of woody residues were collected via a census mail survey of mills in the southern United States. Data were analyzed using a two-stage least square (2SLS) regression model. Results indicated that average utilization was 91% of available woody residue processing capacity for bioenergy. Woody residue utilization increased with an increase in the processing capacity of woody residues, equipment upgrades, and lower transportation costs. In addition, the study found that there were only a few mills with a large enough processing capacity to utilize woody residues for bioenergy production. Thus, an increased utilization of woody residues will be highly dependent on mills’ ability to increase woody residues processing capacity, implement necessary equipment upgrades, and lower transportation and processing costs. Logging residue utilization was relatively limited and had less of an impact on overall woody residue utilization. Findings will assist policy m akers and mill managers in making informed decisions about woody residue utilization and identify specific mill factors that might help improve the economic feasibility of using woody biomass for bioenergy purposes.
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => January (1st Quarter/Winter)
[DTD_PUB] => 1
[DTY_PUB] => 2017
[PUB_START] => 2017-01-01
[PUB_END] => 2017-01-01
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => Yes
)
[51] => Array
(
[@attributes] => Array
(
[id] => 127068727296
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Economic impacts of productivity improvements in US forest products industries: A general equilibrium analysis
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 127068727299
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Anwar
[MNAME] => Array
(
)
[LNAME] => Hussain
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 127068727297
)
[FACULTY_NAME] => 1600574
[FNAME] => Ian
[MNAME] => A.
[LNAME] => Munn
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 127068727300
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Forest Products Journal
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 66
[ISSUE] => 1/2
[PAGENUM] => 66-76
[DOI] => https://doi.org/10.13073/FPJ-D-14-00066
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => US forest products industries are faced with significant challenges from global competitors. To effectively address the competitiveness of forest products industries, it is important to understand where their trading advantage lies. Using a global general equilibrium model, this study simulated the implications of 1 percent productivity improvements or technical change in US forest products industries. Counterfactual simulation results associated with alternative scenarios suggested significant
differences between the global competitiveness of the industries to exogenous technical change shocks. Systematic sensitivity analysis suggested that while the national welfare estimates as measured by equivalent variation were more sensitive to variations in the Armington import elasticity of substitution than the factor substitution elasticity, they still ranged only between 1.57 and 3.32 percent of the mean values. Regardless of the type of simulation scenario, the ratio of equivalent variation to sector output was largest in the wood products industry, followed by paper products and publishing. The findings
should be helpful in analyzing economic return on public and private investment in research and innovation in the US forest industries.
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2016
[PUB_START] => 2016-01-01
[PUB_END] => 2016-12-31
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[52] => Array
(
[@attributes] => Array
(
[id] => 139130892288
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Non-industrial private forest landowner beliefs toward climate change and carbon sequestration in the Southern US
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 139130892289
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Puskar
[MNAME] => Array
(
)
[LNAME] => Khanal
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Graduate
)
[1] => Array
(
[@attributes] => Array
(
[id] => 139130892291
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 139130892292
)
[FACULTY_NAME] => 1600574
[FNAME] => Ian
[MNAME] => A.
[LNAME] => Munn
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 139130892293
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C
[LNAME] => Grado
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 139130892296
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[5] => Array
(
[@attributes] => Array
(
[id] => 139130892294
)
[FACULTY_NAME] => 1600597
[FNAME] => James
[MNAME] => E
[LNAME] => Henderson
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
[6] => Array
(
[@attributes] => Array
(
[id] => 139130892295
)
[FACULTY_NAME] => 1928271
[FNAME] => Marc
[MNAME] => Array
(
)
[LNAME] => Measells
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Journal of Forestry
[PUBCTYST] => Array
(
)
[PUBCNTRY] => United States
[VOLUME] => 114
[ISSUE] => 5
[PAGENUM] => 524-531
[DOI] => https://doi.org/10.5849/jof.15-033
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2016
[PUB_START] => 2016-01-01
[PUB_END] => 2016-12-31
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[53] => Array
(
[@attributes] => Array
(
[id] => 163408011264
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Family forest land availability for the production of ecosystem services in Mississippi, United States
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 163408011265
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Edward
[MNAME] => Array
(
)
[LNAME] => Mutandwa
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 163408011266
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 163408011267
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Forest Policy and Economics
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 73
[ISSUE] => Array
(
)
[PAGENUM] => 18-24
[DOI] => https://doi.org/10.1016/j.forpol.2016.08.004
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => 13899341
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => � 2016 Elsevier B.V. Forest land in the southern United States is an important source of ecosystem services. Given a predominance of family forests in the southern United States, forest management decisions of family forest owners are important in influencing the quantity and types of ecosystem services produced. The main study objective was to determine the proportion of family forest land in Mississippi that landowners would be interested in managing for the production of ecosystem services based on a mail survey of 2025 landowners. Approximately, 64% of landowners were interested in managing their forest land for ecosystem services indicating a potential for increasing the production of these services in Mississippi. Weighted least squares (WLS) regression results indicated that importance of personal recreation ownership goal, percentage of forest land area under bottomland hardwoods, percentage of forest land area under natural mixed forests, and past participation in conservation programs were positively associated with the proportion of forest area that landowners were interested in managing for ecosystem services (p� < �0.05). Future programs should reflect the needs of different landowner socioeconomic groups and incorporate their forest ownership objectives to increase the production of ecosystem services.
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => December
[DTD_PUB] => 1
[DTY_PUB] => 2016
[PUB_START] => 2016-12-01
[PUB_END] => 2016-12-01
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => Yes
)
[54] => Array
(
[@attributes] => Array
(
[id] => 138601998336
)
[CONTYPE] => Conference Proceeding
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => No
[STATUS] => Published
[TITLE] => Waterfront Open Space on the Gulf Coast: An Urban Forestry Approach to Planning and Management
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 138601998347
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Ram
[MNAME] => Array
(
)
[LNAME] => Dahal
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Graduate
)
[1] => Array
(
[@attributes] => Array
(
[id] => 138601998337
)
[FACULTY_NAME] => 1600618
[FNAME] => Jason
[MNAME] => S.
[LNAME] => Gordon
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 138601998340
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => 2016 Meeting of the International Society of Forest Resource Economics (ISFRE)
[PUBCTYST] => Raleigh, NC
[PUBCNTRY] => Array
(
)
[VOLUME] => Array
(
)
[ISSUE] => Array
(
)
[PAGENUM] => Array
(
)
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Array
(
)
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => November
[DTD_PUB] => 1
[DTY_PUB] => 2016
[PUB_START] => 2016-11-01
[PUB_END] => 2016-11-01
[USER_REFERENCE_CREATOR] => No
)
[55] => Array
(
[@attributes] => Array
(
[id] => 138601869312
)
[CONTYPE] => Conference Proceeding
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => No
[STATUS] => Published
[TITLE] => Wildfire Risk Assessment: Experts’ Opinions
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 138601869316
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 138601869315
)
[FACULTY_NAME] => 1656580
[FNAME] => Hugh
[MNAME] => Richard
[LNAME] => Medal
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 138601869313
)
[FACULTY_NAME] => 1600618
[FNAME] => Jason
[MNAME] => S.
[LNAME] => Gordon
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 138601869321
)
[FACULTY_NAME] => 1600621
[FNAME] => Julian
[MNAME] => Morgan
[LNAME] => Varner
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => 2016 Meeting of the International Society of Forest Resource Economics (ISFRE)
[PUBCTYST] => Raleigh, NC
[PUBCNTRY] => Array
(
)
[VOLUME] => Array
(
)
[ISSUE] => Array
(
)
[PAGENUM] => Array
(
)
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Array
(
)
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => November
[DTD_PUB] => 1
[DTY_PUB] => 2016
[PUB_START] => 2016-11-01
[PUB_END] => 2016-11-01
[USER_REFERENCE_CREATOR] => No
)
[56] => Array
(
[@attributes] => Array
(
[id] => 138601693184
)
[CONTYPE] => Conference Proceeding
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => No
[STATUS] => Published
[TITLE] => Wildfire-Terrorism Risk Assessment and Management: A Pilot Study
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 138601693185
)
[FACULTY_NAME] => 1600618
[FNAME] => Jason
[MNAME] => S.
[LNAME] => Gordon
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 138601693187
)
[FACULTY_NAME] => 1656580
[FNAME] => Hugh
[MNAME] => Richard
[LNAME] => Medal
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 138601693188
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 138601693189
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Will
[MNAME] => Array
(
)
[LNAME] => Leonard
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Undergraduate
)
[4] => Array
(
[@attributes] => Array
(
[id] => 138601693190
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Eghbal
[MNAME] => Array
(
)
[LNAME] => Rashidi
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Graduate
)
[5] => Array
(
[@attributes] => Array
(
[id] => 138601693191
)
[FACULTY_NAME] => Array
(
)
[FNAME] => K
[MNAME] => Array
(
)
[LNAME] => Seiter
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Undergraduate
)
[6] => Array
(
[@attributes] => Array
(
[id] => 138601693192
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Max
[MNAME] => Array
(
)
[LNAME] => Moseley
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Undergraduate
)
[7] => Array
(
[@attributes] => Array
(
[id] => 138601693193
)
[FACULTY_NAME] => 1600621
[FNAME] => Julian
[MNAME] => Morgan
[LNAME] => Varner
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => 2016 Meeting of the International Society of Forest Resource Economics (ISFRE)
[PUBCTYST] => Raleigh, NC
[PUBCNTRY] => Array
(
)
[VOLUME] => Array
(
)
[ISSUE] => Array
(
)
[PAGENUM] => Array
(
)
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Array
(
)
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => November
[DTD_PUB] => 1
[DTY_PUB] => 2016
[PUB_START] => 2016-11-01
[PUB_END] => 2016-11-01
[USER_REFERENCE_CREATOR] => No
)
[57] => Array
(
[@attributes] => Array
(
[id] => 138602113024
)
[CONTYPE] => Conference Proceeding
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => No
[STATUS] => Published
[TITLE] => Willingness of Forest Landowners to Implement Fuel Treatments
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 138602113028
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 138602113027
)
[FACULTY_NAME] => 1656580
[FNAME] => Hugh
[MNAME] => Richard
[LNAME] => Medal
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 138602113025
)
[FACULTY_NAME] => 1600618
[FNAME] => Jason
[MNAME] => S.
[LNAME] => Gordon
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 138602113033
)
[FACULTY_NAME] => 1600621
[FNAME] => Julian
[MNAME] => Morgan
[LNAME] => Varner
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 138602113035
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Kate
[MNAME] => Array
(
)
[LNAME] => Grala
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => 2016 Meeting of the International Society of Forest Resource Economics (ISFRE)
[PUBCTYST] => Raleigh, NC
[PUBCNTRY] => Array
(
)
[VOLUME] => Array
(
)
[ISSUE] => Array
(
)
[PAGENUM] => Array
(
)
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Array
(
)
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => November
[DTD_PUB] => 1
[DTY_PUB] => 2016
[PUB_START] => 2016-11-01
[PUB_END] => 2016-11-01
[USER_REFERENCE_CREATOR] => No
)
[58] => Array
(
[@attributes] => Array
(
[id] => 138721052672
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => No
[STATUS] => Submitted
[TITLE] => Southern Agroforestry: Important Lessons Learned
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 138721052673
)
[FACULTY_NAME] => 1600601
[FNAME] => John
[MNAME] => D.
[LNAME] => Kushla
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 138721052675
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Henry
[MNAME] => G.
[LNAME] => Gordon
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 138721052676
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 138721052677
)
[FACULTY_NAME] => 1600571
[FNAME] => Jeanne
[MNAME] => C.
[LNAME] => Jones
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 138721052678
)
[FACULTY_NAME] => 1600554
[FNAME] => Walter
[MNAME] => D.
[LNAME] => Jones
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[5] => Array
(
[@attributes] => Array
(
[id] => 138721052679
)
[FACULTY_NAME] => 1600384
[FNAME] => Mark
[MNAME] => W.
[LNAME] => Shankle
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Agroforestry Systems, Springer
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Netherlands
[VOLUME] => Array
(
)
[ISSUE] => Array
(
)
[PAGENUM] => Array
(
)
[DOI] => Array
(
)
[CRIS_NUM_CAT] => MISZ
[CRIS_NUM] => 061190
[AREA] => Environmental Systems and Sustainability
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => An agroforestry system was studied in northern Mississippi. Loblolly pine (Pinus taeda) and shortleaf pine (Pinus echinata) bareroot seedlings were planted on the site in March of 2005. Trees were mechanically planted in sets of two rows at a 3.0 m x 2.1 m spacing with a 12.2 m alley between respective sets of rows. Four replications of each species were planted. Within the alley, the agricultural crops: corn (Zea mays), grain sorghum (Sorghum bicolor), soybeans, (Glycine max), and switchgrass (Panicum virgatum) were assigned to agronomic scale research plots of 3.96 m x 30.48 m directly adjacent to either side of the 2-row tree planting in a complete randomized block design. Heights and diameters of pines were measured in 2008 and 2009 as were estimates of crop yields. To assess agroforestry impacts on wildlife habitat, herbaceous vegetation and breeding bird surveys were also conducted. None of the agronomic crops included in the study had a significant impact on total tree height, ground line diameter, or volume index. A Chi-square analysis of herbaceous vegetation survey revealed that alley cropping significantly increased the species richness of herbaceous vegetation found adjacent to crop plots. A breeding bird survey in 2009 revealed that the agroforestry habitat had the greatest diversity of bird species, and second-highest number of observations. The Eastern meadowlark (Sturnella magna), which is in decline, was found in the agroforestry habitat. Future research should include considerations for wildlife herbivory, such as wider crop alleys, larger and crop plots, and fencing.
[KEYWORDS] => Alley cropping, loblolly pine, Mississippi, shortleaf pine
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => October
[DTD_SUB] => 11
[DTY_SUB] => 2016
[SUB_START] => 2016-10-11
[SUB_END] => 2016-10-11
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => Array
(
)
[PUB_START] => Array
(
)
[PUB_END] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[59] => Array
(
[@attributes] => Array
(
[id] => 163404666880
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Family Forest Owners’ Familiarity with Conservation Programs in Mississippi, USA
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 163404666881
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Edward
[MNAME] => Array
(
)
[LNAME] => Mutandwa
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 163404666882
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 163404666883
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 163404666884
)
[FACULTY_NAME] => 1600574
[FNAME] => Ian
[MNAME] => A.
[LNAME] => Munn
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Small-scale Forestry
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 15
[ISSUE] => 3
[PAGENUM] => 303-319
[DOI] => https://doi.org/10.1007/s11842-016-9326-1
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => 18737617
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => © 2016, Steve Harrison, John Herbohn. Conservation programs such the Conservation Reserve Program (CRP), Environmental Quality Incentives Program (EQIP), Wildlife Habitat Incentive Program (WHIP), and Wetlands Reserve Program (WRP) were introduced in the USA to create financial, educational, and technical incentives to enhance conservation of natural resources. This study examined Mississippi family forest owners’ familiarity with CRP, EQIP, WHIP, WRP, and conservation easements before the programmatic reorganization brought about by the Farm Bill of 2014. The research also determined the association of selected attitudinal and socioeconomic characteristics with landowner familiarity. A mail survey was sent to 2025 randomly selected family forest owners in Mississippi and an adjusted response rate of 37.1 % was obtained. Survey responses were analyzed using descriptive statistics and five binary logistic regression models were used to determine factors associated with landowner familiarity with conservation programs. Familiarity with conservation programs was positively associated with male landowners, forest land size, forest and conservation organization membership, and having a written forest management plan (p < 0.05). Findings suggest that membership in forestry- and agriculture-based organizations can help improve landowner knowledge of ecosystem services and enhance familiarity with conservation programs.
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => September
[DTD_PUB] => 1
[DTY_PUB] => 2016
[PUB_START] => 2016-09-01
[PUB_END] => 2016-09-01
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => Yes
)
[60] => Array
(
[@attributes] => Array
(
[id] => 137482387456
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[STATUS] => Accepted
[TITLE] => Evaluating non-industrial private forest landowner willingness to manage for forest carbon sequestration in the southern United States
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 137482387459
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Puskar
[MNAME] => N.
[LNAME] => Khanal
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 137482387457
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 137482387460
)
[FACULTY_NAME] => 1600574
[FNAME] => Ian
[MNAME] => A.
[LNAME] => Munn
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 137482387461
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 137482387462
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[5] => Array
(
[@attributes] => Array
(
[id] => 137482387463
)
[FACULTY_NAME] => 1600597
[FNAME] => James
[MNAME] => Emery
[LNAME] => Henderson
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Forest Ploicy and Economics
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => Array
(
)
[ISSUE] => Array
(
)
[PAGENUM] => Array
(
)
[DOI] => 10.1016/j.forpol.2016.07.004
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => July
[DTD_ACC] => 4
[DTY_ACC] => 2016
[ACC_START] => 2016-07-04
[ACC_END] => 2016-07-04
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => Array
(
)
[PUB_START] => Array
(
)
[PUB_END] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[61] => Array
(
[@attributes] => Array
(
[id] => 139136266240
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[STATUS] => Revising to Resubmit
[TITLE] => Explaining first-year seedling survival from quality distributions of bare-root seedlings and microsites in industrial plantations.
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 139136266243
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Puskar
[MNAME] => Array
(
)
[LNAME] => Khanal
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 139136266241
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => L.
[LNAME] => Grebner
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 139136266244
)
[FACULTY_NAME] => 1600574
[FNAME] => Ian
[MNAME] => A.
[LNAME] => Munn
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 139136266245
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 139136266246
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K
[LNAME] => Grala
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
[5] => Array
(
[@attributes] => Array
(
[id] => 139136266247
)
[FACULTY_NAME] => 1600597
[FNAME] => James
[MNAME] => E
[LNAME] => Henderson
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Small-Scale Forestry
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => Array
(
)
[ISSUE] => Array
(
)
[PAGENUM] => Array
(
)
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => January
[DTD_SUB] => 05
[DTY_SUB] => 2016
[SUB_START] => 2016-01-05
[SUB_END] => 2016-01-05
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => Array
(
)
[PUB_START] => Array
(
)
[PUB_END] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[62] => Array
(
[@attributes] => Array
(
[id] => 139158648832
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Issues Concerning Landowner Management Plan Adoption Decisions: A Recursive Bivariate Probit Approach
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 139158648835
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Omkar
[MNAME] => Array
(
)
[LNAME] => Joshi
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 139158648833
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => L.
[LNAME] => Grebner
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 139158648836
)
[FACULTY_NAME] => 1600574
[FNAME] => Ian
[MNAME] => A.
[LNAME] => Munn
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Forestry
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 139158648837
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => International Journal of Forestry Research
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 2015
[ISSUE] => Array
(
)
[PAGENUM] => 926303
[DOI] => https://doi.org/10.1155/2015/926303
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2015
[PUB_START] => 2015-01-01
[PUB_END] => 2015-12-31
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => No
)
[63] => Array
(
[@attributes] => Array
(
[id] => 163407947776
)
[CONTYPE] => Other
[CONTYPEOTHER] => Review, Journal
[EXTRELATED] => Array
(
)
[STATUS] => Published
[TITLE] => Factors influencing utilization of woody biomass from wood processing facilities in mississippi
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 163407947777
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Omkar
[MNAME] => Array
(
)
[LNAME] => Joshi
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 163407947778
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 163407947779
)
[FACULTY_NAME] => 1600574
[FNAME] => Ian
[MNAME] => A.
[LNAME] => Munn
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 163407947780
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 163407947781
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[5] => Array
(
[@attributes] => Array
(
[id] => 163407947782
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Anwar
[MNAME] => Array
(
)
[LNAME] => Hussain
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Forest Products Journal
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 64
[ISSUE] => 1-2
[PAGENUM] => 64-71
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => https://api.elsevier.com/content/abstract/scopus_id/84902330632
[EDITORS] => Array
(
)
[ISBNISSN] => 00157473
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Mill residues obtained from wood processing industries are potentially important feedstocks for the wood-based bioenergy industry. Although many mills recognize the value of their residue as an integral fuel for energy production, some recent studies suggest that ample mill residues are available to expand wood-based bioenergy in United States. This study analyzed factors that influence the availability of residues from mills in Mississippi. Information pertaining to available residues from forest products industries in Mississippi was obtained by a mail survey instrument. Generalized least square and Tobit models were used to analyze the data. Results indicated that availability of residues was higher in primary wood processing manufacturers than secondary manufacturers and that feedstocks availability would be higher if wood-based bioenergy firms were located near larger, year-round, forest products industry operations. Residue availability may be constrained by lack of awareness regarding market opportunities for bioenergy products. The study results are useful for entrepreneurs interested in creating sustainable bioenergy production in Mississippi. © Forest Products Society 2014.
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => January (1st Quarter/Winter)
[DTD_PUB] => 1
[DTY_PUB] => 2014
[PUB_START] => 2014-01-01
[PUB_END] => 2014-01-01
[USER_REFERENCE_CREATOR] => Yes
)
[64] => Array
(
[@attributes] => Array
(
[id] => 163397466112
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Impact of harvest-level changes on carbon accumulation and timber stumpage prices in mississippi
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 163397466113
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Prakash
[MNAME] => Array
(
)
[LNAME] => Nepal
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 163397466114
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 163397466115
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 163397466116
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Robert
[MNAME] => C.
[LNAME] => Abt
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Southern Journal of Applied Forestry
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 37
[ISSUE] => 3
[PAGENUM] => 160-168
[DOI] => https://doi.org/10.5849/sjaf.12-020
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => 01484419
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => While implementation of carbon dioxide (CO2) mitigation policies may promote an increased forest-based carbon sequestration, this will likely change future timber-harvest levels and impact financially the entire forest sector. This study projected carbon accumulation in Mississippi's forests, timber stumpage prices, and timber and carbon revenues during 2006-2051 for a business-as-usual (BAU) and four alternative timber-harvest scenarios representing varying harvest levels possibly induced by a CO2 mitigating policy. Results indicated a potential to increase forest carbon accumulation by up to 197 teragrams (Tg) by 2051 (34% more than in the BAU scenario). The alternative harvest scenarios resulted in real timber stumpage price increases in the short term (1-35 years), whereas in the long-term (36-45 years), timber prices decreased. In the alternative harvest scenarios, the present value of harvested timber and carbon revenues ranged from US6.47 billion to US8.18 billion at a carbon price of US2.07 per ton (t) of CO2 equivalent (CO2e) and from US7.35 billion to US11.08 billion at US15.00/tCO2e, which was higher than in the BAU harvest scenario (US4.96 billion). The analysis suggested that forest landowners will benefit from CO2 mitigating policies that pay for sequestering carbon because of carbon revenues and potentially higher timber revenues due to increased stumpage prices. Copyright © 2013 by the Society of American Foresters.
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => August
[DTD_PUB] => 1
[DTY_PUB] => 2013
[PUB_START] => 2013-08-01
[PUB_END] => 2013-08-01
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => Yes
)
[65] => Array
(
[@attributes] => Array
(
[id] => 163397629952
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Willingness to pay for aesthetics associated with field windbreaks in Iowa, United States
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 163397629953
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 163397629954
)
[FACULTY_NAME] => Array
(
)
[FNAME] => John
[MNAME] => C.
[LNAME] => Tyndall
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 163397629955
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Carl
[MNAME] => W.
[LNAME] => Mize
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Landscape and Urban Planning
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 108
[ISSUE] => 2-4
[PAGENUM] => 71-78
[DOI] => https://doi.org/10.1016/j.landurbplan.2012.07.005
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => 01692046
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => The objective of this study was to determine a monetary value of aesthetics associated with field windbreaks in Iowa, United States. A mail survey and contingent valuation method (CVM) were used to determine willingness to pay (WTP) to support planting of field windbreaks for aesthetic purposes. A probit regression was conducted to examine how reported WTP estimates were affected by respondents' opinions on impact of field windbreaks on visual appearance of agricultural lands, perceived abundance of field windbreaks, familiarity with their benefits as well as education and occupation. A mean WTP ranged from US$;4.77 to US$;8.50. Respondents who were also farm operators were less likely to make the payment than non-farmers, possibly due to perceived opportunity cost associated with placing field windbreaks on agricultural lands. Respondents who found field windbreaks to make agricultural lands visually more appealing were willing to pay from US$;1.94 to US$;3.05 more than respondents who did not think so. Those who thought that from a visual perspective there were not enough windbreaks present in Iowa's landscape were willing to pay from US$;1.67 to US$;2.37 more than those who thought that the number of windbreaks was appropriate. The obtained WTP estimates will be useful in determining monetary trade-offs of future land use decisions and policies related to field windbreaks as well as other land use practices. The study results also will be helpful in developing new outreach and incentive programs for agricultural landowners. © 2012 Elsevier B.V.
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => November
[DTD_PUB] => 1
[DTY_PUB] => 2012
[PUB_START] => 2012-11-01
[PUB_END] => 2012-11-01
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => Yes
)
[66] => Array
(
[@attributes] => Array
(
[id] => 163397648384
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Business clusters in Mississippi's forest products industry
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 163397648385
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Todd
[MNAME] => A.
[LNAME] => Hagadone
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 163397648386
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Forest Policy and Economics
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 20
[ISSUE] => Array
(
)
[PAGENUM] => 16-24
[DOI] => https://doi.org/10.1016/j.forpol.2012.01.011
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => 13899341
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Spatial analysis of forest products manufacturer location allows for identifying potential forest business clusters and outlining areas suitable for cluster-based economic development. Mississippi can benefit from such development because of a strong presence of the forest industry. This study utilized an average nearest neighbor and a cluster and outlier analyses to examine spatial distribution of Mississippi's primary and secondary forest products manufacturers and identify potential forest business clusters. A Poisson regression was used to examine the impact of transportation infrastructure, labor, and availability of raw materials on location of these manufacturers. The results of the spatial analysis indicated that Mississippi's forest products manufacturers tended to cluster and identified four potential forest business clusters. They included one cluster of 26 primary forest products manufacturers in Southwest Mississippi, two clusters consisting of six and 58 secondary forest products manufacturers in Northeast Mississippi, and one cluster of 78 primary and secondary forest products manufacturers in Northeast Mississippi. The regression analysis indicated that county-level volume of harvested sawlogs had a positive impact on location of primary and secondary forest products manufacturers, whereas volume of harvested pulpwood had a positive impact on location of only secondary forest products manufacturers. Presence of four-lane interstate highways was associated with a decreased number of secondary manufacturers, whereas the presence of railway increased their number by almost 1.50 times. The number of existing primary manufacturers in a county had a positive impact on location of secondary manufacturers and increased their number by 1.12 times. Available labor force also had a positive but relatively small impact on location of secondary forest products manufacturers. © 2012 Elsevier B.V.
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => July (3rd Quarter/Summer)
[DTD_PUB] => 1
[DTY_PUB] => 2012
[PUB_START] => 2012-07-01
[PUB_END] => 2012-07-01
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => Yes
)
[67] => Array
(
[@attributes] => Array
(
[id] => 163397464064
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Financial implications of enrolling Mississippi forest landowners in carbon offset programs
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 163397464065
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Prakash
[MNAME] => Array
(
)
[LNAME] => Nepal
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 163397464066
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 163397464067
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Southern Journal of Applied Forestry
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 36
[ISSUE] => 1
[PAGENUM] => 5-10
[DOI] => https://doi.org/10.5849/sjaf.09-067
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => 01484419
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => This study examined the financial viability of managing loblolly pine (Pinus taeda L.) stands for increased carbon sequestration by Mississippi nonindustrial private forest landowners under three Chicago Climate Exchange (CCX) forestry carbon offset programs: afforestation, managed forests, and long-lived wood products. At carbon prices of $4.25 per metric ton of carbon dioxide equivalent († CO 2 e) and $10/† CO 2 e, a forest management regime that provided the largest net present value (NPV) from timber production also provided the largest NPV when the stand was jointly managed for timber and increased carbon sequestration, regardless of the number of contracts. At a carbon price of $4.25/ † CO 2 e, joint management for timber and increased carbon sequestration generated an additional NPV of up to $937/ha compared with the best management regime for timber only. Carbon prices of $10/† CO 2 e and $20/† CO 2 e increased NPV by $2,406/ha and $5,335/ha, respectively. Copyright © 2012 by the Society of American Foresters.
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => February
[DTD_PUB] => 1
[DTY_PUB] => 2012
[PUB_START] => 2012-02-01
[PUB_END] => 2012-02-01
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => Yes
)
[68] => Array
(
[@attributes] => Array
(
[id] => 163397685248
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Financial feasibility of increasing carbon sequestration in harvested wood products in Mississippi
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 163397685249
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Prakash
[MNAME] => Array
(
)
[LNAME] => Nepal
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 163397685250
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 163397685251
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Forest Policy and Economics
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 14
[ISSUE] => 1
[PAGENUM] => 99-106
[DOI] => https://doi.org/10.1016/j.forpol.2011.08.005
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => 13899341
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Longer forest rotation ages can potentially increase accumulation of carbon in harvested wood products due to a larger proportion of sawlogs that can be used for manufacturing durable wood products such as lumber and plywood. This study quantified amounts of carbon accumulated in wood products harvested from loblolly pine (Pinus taeda L.) stands grown in Mississippi by extending rotation ages traditionally used to manage these stands for timber. The financial viability of this approach was examined based on carbon payments received by landowners for sequestering carbon in standing trees and harvested wood products. Results indicated a potential to increase carbon accumulated in wood products by 16.11 metric tons (t) of carbon dioxide equivalent (CO 2 e) per hectare (ha) for a rotation increase of 5years and 67.07tCO 2 e/ha for a rotation increase of 65years. Carbon prices of $50/tCO 2 e and $110/tCO 2 e would be required to provide a sufficient incentive to forest landowners to extend rotations by 5 and 10years, respectively. With 2.8million ha of loblolly pine stands in Mississippi, this translates to a possible increase in wood products carbon of 45million tCO 2 e and 80million tCO 2 e for harvest ages increased by 5 and 10years, respectively. Higher carbon prices lengthened rotation ages modestly due to low present values of carbon accumulated with long rotations. © 2011 Elsevier B.V.
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => January (1st Quarter/Winter)
[DTD_PUB] => 1
[DTY_PUB] => 2012
[PUB_START] => 2012-01-01
[PUB_END] => 2012-01-01
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => Yes
)
[69] => Array
(
[@attributes] => Array
(
[id] => 163397144576
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[STATUS] => Published
[TITLE] => Impact of field windbreaks on visual appearance of agricultural lands
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 163397144577
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 163397144578
)
[FACULTY_NAME] => Array
(
)
[FNAME] => John
[MNAME] => C.
[LNAME] => Tyndall
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 163397144579
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Carl
[MNAME] => W.
[LNAME] => Mize
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Agroforestry Systems
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 80
[ISSUE] => 3
[PAGENUM] => 411-422
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => http://dx.doi.org/10.1007/s10457-010-9335-6
[EDITORS] => Array
(
)
[ISBNISSN] => 0167-4366
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Array
(
)
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => November
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2010
[PUB_START] => 2010-11-01
[PUB_END] => 2010-11-30
[USER_REFERENCE_CREATOR] => Yes
)
[70] => Array
(
[@attributes] => Array
(
[id] => 163397724160
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Returns to scale in the Eastern United States logging industry
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 163397724161
)
[FACULTY_NAME] => Array
(
)
[FNAME] => William
[MNAME] => B.
[LNAME] => Stuart
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 163397724162
)
[FACULTY_NAME] => 1600578
[FNAME] => Laura
[MNAME] => A.
[LNAME] => Grace
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 163397724163
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Forest Policy and Economics
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 12
[ISSUE] => 6
[PAGENUM] => 451-456
[DOI] => https://doi.org/10.1016/j.forpol.2010.04.004
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => 13899341
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => This study utilized financial records of private logging firms to examine if returns to scale exist in the logging industry in the Eastern United States. A total of 658 observations of contractor's logging costs and production collected for fiscal years 1988-2007 from 12 states were used in the analysis. A Cobb-Douglas production function was estimated based on six cost input categories using fixed and random effects estimation procedures for testing panel data. A Hausman specification test indicated that the fixed effects model was the preferred estimation procedure. The results of the F-test suggested that at best there were constant returns to scale, and at worst these logging operations were characterized by decreasing returns to scale. This finding indicates that strategies for improving competitiveness of the logging industry need to focus, to a greater extent, on profits and emphasize recovery of all logging costs as variable costs. © 2010 Elsevier B.V.
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => July (3rd Quarter/Summer)
[DTD_PUB] => 1
[DTY_PUB] => 2010
[PUB_START] => 2010-07-01
[PUB_END] => 2010-07-01
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => Yes
)
[71] => Array
(
[@attributes] => Array
(
[id] => 128689764352
)
[CONTYPE] => Book, Chapter
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[STATUS] => Published
[TITLE] => Agroforestry Economics and Policy
[TITLE_SECONDARY] => North American Agroforestry: An Integrated Science and Practice, Second Edition
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 128689764355
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Larry
[MNAME] => D.
[LNAME] => Godsey
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 128689764356
)
[FACULTY_NAME] => Array
(
)
[FNAME] => D.
[MNAME] => E.
[LNAME] => Mercer
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 128689764353
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[3] => Array
(
[@attributes] => Array
(
[id] => 128689764357
)
[FACULTY_NAME] => 1600580
[FNAME] => Stephen
[MNAME] => C.
[LNAME] => Grado
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[4] => Array
(
[@attributes] => Array
(
[id] => 128689764358
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Janaki
[MNAME] => R.
[LNAME] => Alavalapati
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => American Society of Agronomy
[PUBCTYST] => Madison, WI
[PUBCNTRY] => Array
(
)
[VOLUME] => Array
(
)
[ISSUE] => Array
(
)
[PAGENUM] => Array
(
)
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => H.E. "Gene" Garret
[ISBNISSN] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Array
(
)
[PUBLICAVAIL] => Yes
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2009
[PUB_START] => 2009-01-01
[PUB_END] => 2009-12-31
[USER_REFERENCE_CREATOR] => Yes
)
[72] => Array
(
[@attributes] => Array
(
[id] => 163397607424
)
[CONTYPE] => Published Abstract
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Financial trade-offs associated with sequestrating carbon dioxide in standing timber and wood products harvested from loblolly pine plantation
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 163397607427
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Prakash
[MNAME] => Array
(
)
[LNAME] => Nepal
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Graduate
)
[1] => Array
(
[@attributes] => Array
(
[id] => 163397607425
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 163397607428
)
[FACULTY_NAME] => 1600591
[FNAME] => Donald
[MNAME] => Array
(
)
[LNAME] => Grebner
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Journal of Forestry
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 107
[ISSUE] => 2
[PAGENUM] => 103
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => Array
(
)
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Array
(
)
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => Array
(
)
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2009
[PUB_START] => 2009-01-01
[PUB_END] => 2009-12-31
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => Yes
)
[73] => Array
(
[@attributes] => Array
(
[id] => 163397494784
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[PRESENT] => Array
(
)
[INTERNATIONAL] => Array
(
)
[STATUS] => Published
[TITLE] => Use of georeferenced data to study clustering in the primary wood products industry of the US South
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 163397494785
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Francisco
[MNAME] => X.
[LNAME] => Aguilar
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 163397494786
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 163397494787
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Stephen
[MNAME] => M.
[LNAME] => Bratkovich
[INSTITUTION] => Array
(
)
[ROLE] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Canadian Journal of Forest Research
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 39
[ISSUE] => 12
[PAGENUM] => 2494-2504
[DOI] => https://doi.org/10.1139/X09-161
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => Array
(
)
[EDITORS] => Array
(
)
[ISBNISSN] => 00455067
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Forest business clusters offer a unique opportunity to improve competitiveness of the forest products sector and stimulate economic development in rural areas. This study utilized georeferenced data on the location of primary wood products manufacturers in the US South to examine spatial clustering within this industry. Independent spatial analyses, F-hat and L-hat, and a X 2 statistic provided evidence of regional clustering. A count data model was used to determine location preference of primary wood-using mills and identify factors promoting industry clustering. It was determined that access to a labor pool, low cost of primary inputs, presence of related industries, adequate transportation infrastructure, and low land values positively influenced clustering among primary wood-using mills. A marginal analysis indicated that counties with adequate transportation infrastructure and presence of related industries were most likely to attract new primary forest products manufacturers. These two factors increased the predicted number of sawmills by 26.83% and 22.65%, respectively. Increases in prices of logs and energy can deter the spatial aggregation of wood-using mills. Results provide evidence that public investments in infrastructure can have an important role in attracting wood products industry firms.
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => December
[DTD_PUB] => 1
[DTY_PUB] => 2009
[PUB_START] => 2009-12-01
[PUB_END] => 2009-12-01
[COMMUNITY_ENGAGEMENT] => Array
(
)
[MSU_MISSION] => Array
(
)
[SCHTEACH_REF] => Array
(
)
[EXPLANATION] => Array
(
)
[USER_REFERENCE_CREATOR] => Yes
)
[74] => Array
(
[@attributes] => Array
(
[id] => 163397171200
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[STATUS] => Published
[TITLE] => Financial feasibility of using shelterbelts for swine odor mitigation
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 163397171201
)
[FACULTY_NAME] => Array
(
)
[FNAME] => John
[MNAME] => C.
[LNAME] => Tyndall
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 163397171202
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Agroforestry Systems
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 76
[ISSUE] => 1
[PAGENUM] => 237-250
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => http://dx.doi.org/10.1007/s10457-008-9140-7
[EDITORS] => Array
(
)
[ISBNISSN] => 0167-4366
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Array
(
)
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => May
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2009
[PUB_START] => 2009-05-01
[PUB_END] => 2009-05-31
[USER_REFERENCE_CREATOR] => Yes
)
[75] => Array
(
[@attributes] => Array
(
[id] => 163397146624
)
[CONTYPE] => Journal Article
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[STATUS] => Published
[TITLE] => Willingness of Iowa agricultural landowners to allow fee hunting associated with in-field shelterbelts
[TITLE_SECONDARY] => Array
(
)
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 163397146625
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 163397146626
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Joe
[MNAME] => P.
[LNAME] => Colletti
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[2] => Array
(
[@attributes] => Array
(
[id] => 163397146627
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Carl
[MNAME] => W.
[LNAME] => Mize
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Agroforestry Systems
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 76
[ISSUE] => 1
[PAGENUM] => 207-218
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => http://dx.doi.org/10.1007/s10457-008-9163-0
[EDITORS] => Array
(
)
[ISBNISSN] => 0167-4366
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Array
(
)
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Array
(
)
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => May
[DTD_PUB] => Array
(
)
[DTY_PUB] => 2009
[PUB_START] => 2009-05-01
[PUB_END] => 2009-05-31
[USER_REFERENCE_CREATOR] => Yes
)
[76] => Array
(
[@attributes] => Array
(
[id] => 163397302272
)
[CONTYPE] => Conference Proceeding
[CONTYPEOTHER] => Array
(
)
[EXTRELATED] => Array
(
)
[STATUS] => Published
[TITLE] => Estimates of additional Maize (Zea mays) yields required to offset costs of tree-windbreaks in Midwestern USA
[TITLE_SECONDARY] => Agroforestry Systems
[INTELLCONT_AUTH] => Array
(
[0] => Array
(
[@attributes] => Array
(
[id] => 163397302273
)
[FACULTY_NAME] => 1600605
[FNAME] => Robert
[MNAME] => K.
[LNAME] => Grala
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
[1] => Array
(
[@attributes] => Array
(
[id] => 163397302274
)
[FACULTY_NAME] => Array
(
)
[FNAME] => Joe
[MNAME] => P.
[LNAME] => Colletti
[INSTITUTION] => Array
(
)
[MSU_ID] => Array
(
)
[DEP] => Array
(
)
[STUDENT_LEVEL] => Array
(
)
)
)
[PUBLISHER] => Array
(
)
[PUBCTYST] => Array
(
)
[PUBCNTRY] => Array
(
)
[VOLUME] => 59
[ISSUE] => 1
[PAGENUM] => 11-20
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
(
)
[CRIS_NUM] => Array
(
)
[AREA] => Array
(
)
[WEB_ADDRESS] => https://api.elsevier.com/content/abstract/scopus_id/0242491527
[EDITORS] => Array
(
)
[ISBNISSN] => 01674366
[PMCID] => Array
(
)
[AUDIENCE] => Array
(
)
[REFEREED] => Yes
[PUBLICAVAIL] => Array
(
)
[ABSTRACT] => Field windbreaks can increase crop yield within a protected zone. However, they also take land out of crop production and compete with adjacent crops. Although the beneficial aspects are generally recognized, the question arises whether the windbreak will increase crop revenue enough to offset costs over time. Achieving additional yields to offset windbreak costs might be a sufficient incentive for a producer to plant a windbreak. Additional maize (Zea mays) yields necessary to break even with costs are calculated for four typical Midwestern USA field windbreaks: poplar (Populus spp.), mixed tree/shrubs (Populus spp., Acer saccharinum L./Physocarpus spp., Viburnum spp., Cornus spp.), and two and four-row spruce (Picea spp.) windbreaks. Five lifespans, two management and two cost scenarios, and three protected zone widths to account for changing sheltering effects are evaluated. Greatest additional yields are for a 4-row spruce windbreak with intensive management at high cost and a 10-year lifespan: 15.38 Mg ha -1 yr -1 within 6H, 7.69 Mg ha -1 yr -1 within 12H and 6.15 Mg ha -1 yr -1 within 15H. If a 50-year lifespan is implemented, the additional yields are about 11% of those in 10-year lifespan. Smallest additional yields are for a mixed tree/shrubs windbreak with extensive management at low cost and a 50-year lifespan: 0.56 Mg ha -1 yr -1 , 0.28 Mg ha -1 yr -1 and 0.22 Mg ha -1 yr -1 , respectively. The mixed windbreak is likely to have actual maize yield increases comparable to the added maize yields required to break even as long as the lifespan is 30 years or longer with a minimum protected zone of 12H.
[KEYWORDS] => Array
(
)
[FULL_TEXT] => Array
(
)
[DTM_EXPSUB] => Array
(
)
[DTD_EXPSUB] => Array
(
)
[DTY_EXPSUB] => Array
(
)
[EXPSUB_START] => Array
(
)
[EXPSUB_END] => Array
(
)
[DTM_SUB] => Array
(
)
[DTD_SUB] => Array
(
)
[DTY_SUB] => Array
(
)
[SUB_START] => Array
(
)
[SUB_END] => Array
(
)
[DTM_ACC] => Array
(
)
[DTD_ACC] => Array
(
)
[DTY_ACC] => Array
(
)
[ACC_START] => Array
(
)
[ACC_END] => Array
(
)
[DTM_PUB] => November
[DTD_PUB] => 24
[DTY_PUB] => 2003
[PUB_START] => 2003-11-24
[PUB_END] => 2003-11-24
[USER_REFERENCE_CREATOR] => Yes
)
)
)
)
