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[ABSTRACT] => Studies on the impacts of white-tailed deer (Odocoileus virginianus; hereafter deer) herbivory on vegetation biomass and nutritional availability are limited. Considering deer can shift plant species composition and abundance through selective browsing, we sought to investigate whether deer could influence their own nutritional carrying capacity. Using paired control and exclosure experimental units constructed in 2000 on three Wildlife Management Areas in the Upper Coastal Plain, Lower Coastal Plain, and Mississippi Alluvial Valley (hereafter Delta) ecoregions of Mississippi, we collected biomass samples following methods initially used on the sites in 2005. Biomass data were collected during July – August of 2021 at 15 random sampling points per experimental unit. Additionally, representative samples of each plant species were collected and analyzed for crude protein content to determine nutritional carrying capacity. By analyzing biomass data from 2005 and 2021, we found between-year differences, but no differences by treatment (exclosure vs. control). Notably, there was a simultaneous increase in shade tolerant species and decrease in shade intolerant species from 2005 to 2021, and a decrease in preferred forage species. Nutritional carrying capacity was only determined using 2021 data and revealed a lack of treatment effects. The differences between ecoregions demonstrated abundant low quality forage on both Coastal Plain sites (Upper and Lower) and a comparatively low amount of forage that was higher in quality in the Delta. Results suggest changing understory light conditions and a need for additional management if increasing available forage for deer is a desired management outcome. Specifically, regional differences in nutritional availability between the Coastal Plain sites and the Delta site illustrate the potential for active management to aid in the promotion of herbaceous understory forage species.
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[TITLE] => 20-year effects of White-tailed Deer (Odocoileus virginianus) herbivory on vegetation composition and structure
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[ABSTRACT] => Throughout the southeastern U.S., white-tailed deer (Odocoileus virginianus; hereafter deer) are the dominant herbivores and have the potential to impact vegetation communities through selective browse pressure. Previous studies regarding deer herbivory impacts focused on northeastern and midwestern U.S. forests. Additionally, most studies have observed herbivory effects over short timescales (i.e., <10 years). Therefore, we sought to determine deer herbivory effects on vegetation structure and composition among three different ecoregions in Mississippi at 0, 5, and ∼ 20 years after exclusion. In 2000, 3 pairs of experimental units were identified in each of the Upper Coastal Plain, Lower Coastal Plain, and Mississippi Alluvial Valley ecoregions. An exclosure treatment was randomly assigned within each pair (averaging 2.7 ha) with the other experimental unit a control. From May-June, vegetation structure and composition were measured among 10 systematic sampling points per plot during 2000, 2005, and 2021. While no treatment effects on vegetation composition and structure were observed, among-year differences suggested a shift in overstory canopy conditions between 2005 and 2021 towards greater basal area and canopy coverage resulting in a decrease in forbs, legumes, shade intolerant species, and high year-round deer-preferred forage species. Deer herbivory effects could have been obscured by overstory conditions, low deer densities, and similar baseline conditions reflecting past herbivory effects. Regional differences in forest structure and composition and exclosure breaches may also be responsible for the lack of treatment effects. Future studies should consider utilizing disturbance to offset prior herbivory impacts and to standardize overstory conditions.
[KEYWORDS] => Habitat, Herbivore, exclusion, Herbivory, Odocoileus virginianus, Vegetation composition, Vegetation structure, White-tailed deer
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[TITLE] => Diversity-productivity relationships in forests of the southeastern United States: Leveraging national inventory data and tree functional traits
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[PUBLISHER] => Forest Ecology and Management
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[DOI] => https://doi.org/10.1016/j.foreco.2022.120426
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[ABSTRACT] => Numerous studies have evaluated the relationship between tree species diversity and productivity, with general trends suggesting a positive relationship. While most studies only use species richness, this study also analyzed how productivity changes with functional diversity and Shannon-Wiener's diversity index, to compare the impact of these different indicators of tree species diversity. This study used data from the USDA Forest Service Forest Inventory and Analysis (FIA) database collected in Alabama, Louisiana, and Mississippi to estimate plot-level productivity and diversity. Structural equation modeling was used to determine the strength of the relationship between different measures of tree species diversity and forest productivity directly and indirectly. This study found that species richness had the greatest influence on forest productivity, but it was largely an indirect effect mediated by stand density. Functional diversity did not have a substantial relationship with productivity while Shannon- Wiener's diversity index was negatively related to productivity when modeled with the other diversity indicators and mediated through stand density. The methodology of this research provides a framework for a similar analysis expanded spatially to other regions of the US to include more forest types for comparison of trends with the use of FIA data.
[KEYWORDS] => Diversity-productivity relationship, Tree species diversity, National forest inventory data, Functional diversity, Structural equation modeling, FIA
[FULL_TEXT] => ah3798/intellcont/Himes et al. - 2022 - Perspectives Thirty years of triad forestry a cr-1.pdf
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[TITLE] => Habitat suitability model and range shift analysis for American chestnut (Castanea dentata) in the United States.
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[PUBLISHER] => Trees, Forests, and People.
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[ABSTRACT] => American chestnut (Castanea dentata) was a multifunctional hardwood tree species that provide both economic and ecological benefits in the United States. It was a major source of timber before the chestnut blight (Cryphonectria parasitica) invasion wiped out the stands of this species from the forest between the early 1900s and 1950s. Our study focuses on the estimation of suitable habitat in the eastern US, range shift predictions, and identification of habitat drivers for American chestnut (AMC) in the eastern US to help corroborate the restoration efforts of C. dentata using an ensemble model from five species distribution modeling (SDMs) methods while also projecting the prediction until 2100 in response to the changing climate. 1806 occurrence records were obtained from four sources including the United States Department of Agriculture (USDA) Forest Service. The result from the SDM techniques shows a model accuracy of the true skill statistics (TSS) and Area-Under-the-Curve (AUC) of greater than 0.8 and 0.90 respectively, which were ensembled. The historic suitable habitat of AMC compared to the present habitat suitability prediction in the US shows a significant reduction. The mean temperature of the warmest quarter, precipitation seasonality, and temperature seasonality are the top three variables dictating the distribution of the American chestnut in the US. The future projection also shows up to 100% less suitable habitats by the end of the century under high emissions and high precipitation with a northeast range shift up to 476.9 km. Modeling the American chestnut's habitat suitability is imperative for a successful restoration program and these results highlight the potential need for greater conservation and use of southern genotypes.
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[TITLE] => Crown lifting effects on young loblolly pine (P. taeda).
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[TITLE] => Evaluation of landowner accessible control methods for japanese stilt grass (Microstegium vimineum)
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[ABSTRACT] => Evidence for the importance of seedling morphology and the benefits of multi-cropping in tree plantations continues to increase worldwide. The effects of seedling form on the performance of multi-cropped and monoculture plantings of northern red oak and shortleaf pine seedlings were quantified to test the hypotheses that: 1) multi-cropping northern red oak and shortleaf pine seedlings would lead to increased survival and growth of these species, and 2) that the productivity and overall success of mixed oak-pine plantations can be influenced by seedling morphology. Four different form classes of 1-0, bareroot northern red oak seedlings (Short:Thin, Short:Thick, Tall:Thin, and Tall:Thick) were planted with 1-0, bareroot shortleaf pine seedlings at a 2.44 m spacing, with 0.31 m between each planted oak and pine. Adjacent monocultures of shortleaf pine and all form classes of northern red oak were also planted for comparison. Measurements of seedling performance over six years revealed no significant differences in shortleaf pine and northern red oak survival and growth among multi-cropped and monoculture treatments. In contrast, mean height and mean basal diameter in Tall:Thick northern red oak seedlings were significantly greater than in the remaining three northern red oak form classes, regardless of multi-cropping treatment. Survival did not differ among form classes (p > 0.05). These results suggest that seedling morphology was more important than the effects of multi-cropping early on in the development of these plantations, and that further testing of the effects of form class across different multi-cropped species is warranted.
[KEYWORDS] => : artificial oak regeneration; mixed-species plantations; morphological characteristics; multi-cropping; northern red oak; shortleaf pine
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[TITLE] => Performance of white oak (Quercus alba) and three pine species in novel multi-cropped plantations in eastern Tennessee, USA
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[ABSTRACT] => Loblolly pine (Pinus taeda L.), shortleaf pine (Pinus echinata Mill.), and eastern white pine (Pinus strobus L.) seedlings were multi-cropped with standard and large-diameter white oak (Quercus alba L.) seedlings to test for neutral or positive effects of multi-cropping. The study was established in 2014 in three complete blocks within recent clearcuts in eastern Tennessee, USA. Each block consisted of six multi-cropped treatments and four monocultures randomly assigned to ten 14.63 x 21.95 m plots. Within each block, monocultures of white oak and each pine species were planted in four control plots. Multi-cropped treatments included loblolly pine planted with white oak at a 0.31 m spacing, loblolly pine planted with white oak in alternating rows at a 1.74 m spacing, shortleaf pine planted with white oak at a 0.31 m spacing, shortleaf pine planted with white oak at a 1.74 m spacing, eastern white pine planted with white oak at a 0.31 m spacing, and eastern white pine planted with white oak at a 1.74 m spacing. Each plot with white oak received 20 standard (~ 0.127 cm in basal diameter) and 20 large-diameter (~ 0.632 cm in basal diameter) white oak seedlings that were randomly assigned to planting locations. Initial height, basal diameter, and early survival were recorded for each seedling just after planting. Height growth, basal diameter growth, survival, herbivory, and insect damage were recorded in early December 2014, 2015, 2016, 2017, 2018, and 2019. In 2019, percent survival among treatments did not differ significantly for white oak (p = 0.152), loblolly pine (p = 0.396), shortleaf pine (p = 0.246), or eastern white pine (p = 0.065). In addition, mean height growth and mean basal diameter growth did not differ significantly among treatments for white oak (p = 0.698 and 0.437, respectively), loblolly pine (p = 0.630 and 0.762, respectively), shortleaf pine (p = 0.324 and 0.251, respectively), or eastern white pine (p = 0.623 and 0.823, respectively). Survival was greater for large-diameter white oak seedlings than standard seedlings (p < 0.001). Mean height and mean basal diameter growth in large-diameter white oak seedlings were significantly greater than in standard seedlings ((p < 0.001) and (p < 0.001), respectively). Although these plantings are in the early stages of development, the lack of significant differences in seedling performance among treatments suggests species compatibility and no net negative impact of multi-cropping white oak with the three pine species.
[KEYWORDS] => white oak; loblolly pine; shortleaf pine; eastern white pine; multi-cropped; artificial regeneration
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[TITLE] => Modeling habitat suitability for Stewartia ovata with maximum entropy techniques, citizen science, and natural history records
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[LNAME] => Paulson
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[INSTITUTION] => Mississippi State University
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[LNAME] => Yang
[INSTITUTION] => Mississippi State University
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[PUBLISHER] => Castanea
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[ABSTRACT] => Mountain stewartia (Stewartia ovata) is a rare shrub or small tree endemic to the Piedmont and mountains of Georgia, Tennessee, and Alabama with isolated populations occurring in Kentucky, North Carolina, South Carolina, Virginia, and Mississippi, USA. [HC1] The species is often misidentified or overlooked by land managers and conservationists. As a result, stewartia’s habitat and distribution descriptions are insufficient for restoration and conservation use. Modeling a species’ habitat suitability has become a critical first step in conserving rare and imperiled plant species. These models allow conservationists to locate previously undocumented populations and prioritize populations and habitats for conservation. This study presents a habitat suitability model for mountain stewartia across its natural range based on maximum entropy (Maxent) modeling with nine [HC2] environmental predictor variables and 60 occurrence records from herbarium records [HC3] (n = 22), research-grade iNaturalist observations (n = 25), and other author identified locations (n = 13). The resulting habitat suitability map was classified into bins for spatial analysis. A total of 658,095 ha (0.77% of the study area ) was designated within the top tier bin. Further, 181,003 ha (0.21% of the study area) of the top bin was found on publicly owned lands, indicating approximately 27.50% of the highest habitat suitability occurs within public, protected lands. The presented model could allow plant conservationists to prioritize areas for conservation, reintroduction, [HC4] and may lead to the discovery of previously undocumented populations.
[KEYWORDS] => Habitat Suitability, Herbarium, Maxent, Mountain Stewartia, Plant Conservation
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[SUB_START] => 2020-12-09
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[id] => 196600344576
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[TITLE] => Differential impacts of emerald ash bore (Agrilus planipennis Fairmaire) on forest communities containing native ash (Fraxinus spp.) species in eastern North America
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[FNAME] => Joshua
[MNAME] => J
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[id] => 196600344578
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[FNAME] => John
[MNAME] => M
[LNAME] => Zobel
[INSTITUTION] => Univeristy of Minnesota
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[FNAME] => David
[MNAME] => S
[LNAME] => Buckley
[INSTITUTION] => University of Tennessee
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[PUBLISHER] => Forest Science
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[VOLUME] => 66
[ISSUE] => 1
[PAGENUM] => 38-48
[DOI] => https://doi.org/10.1093/forsci/fxz063
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[CRIS_NUM] => 069490
[AREA] => Forestry
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[ABSTRACT] => Invasion by emerald ash borer (EAB; Agrilus planipennis Fairmaire), an exotic pest, is disrupting natural processes and hindering our ability to conserve genetic diversity and perpetuate ash ecosystem services and functions. The goal of this project was to identify forest communities most at risk in terms of having altered ecosystems following EAB invasion. Using recent data available from the USDA, Forest Service, Forest Inventory and Analysis program, we calculated Shannon–Wiener species diversity index values for forests containing each of the six native ash species found in the eastern United States. These forest communities differed in their species diversity index values, and diversity indices varied across ecosystem provinces and states. In addition, communities containing ashes that are restricted by a narrow range of suitable environmental conditions consistently had lower diversity index values than communities of ash species with greater geographical ranges. Finally, forest stand cohorts (i.e., seedlings, saplings, and canopy trees) had similar species diversity indices across forest communities containing a single ash species. The tree species diversity index values quantified for communities with a single ash species will provide managers with additional information for prioritizing EAB control measures and restoration efforts following EAB invasions.
[KEYWORDS] => diversity, emerald ash borer, FIA, Fraxinus spp. (Oleaceae), Shannon–Wiener diversity index
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[STATUS] => Published
[TITLE] => Intercropping oaks and pines.
[TITLE_SECONDARY] => Oak Symposium: Sustaining Oak Forest in the 21st Century Through Science-Based Management.
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[FNAME] => Joshua
[MNAME] => J
[LNAME] => Granger
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[FNAME] => David
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[LNAME] => Buckley
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[PUBLISHER] => USDA, Forest Service Southern Research Station Technical Report SRS-237.
[PUBCTYST] => Ashville, NC
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[PAGENUM] => 167-168
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[EDITORS] => Clark, Stacy L. & Schweitzer, Callie J.,
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[DTD_PUB] => 11
[DTY_PUB] => 2019
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[TITLE] => Projection of 21st century irrigation water requirement across the Lower Mississippi Alluvial Valley
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[LNAME] => Ren
[INSTITUTION] => University of Kentucky
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[PUBLISHER] => Agricultural Water Management
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[VOLUME] => 217
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[DOI] => https://doi.org/10.1016/j.agwat.2019.02.033
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[TITLE] => Northern red oak regeneration: 25-year results of cutting and prescribed fire in Michigan oak and pine stands
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[FNAME] => David
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[LNAME] => Buckley
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[FNAME] => Terry
[MNAME] => L
[LNAME] => Sharik
[INSTITUTION] => Michigan Technological University
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[FNAME] => Jason
[MNAME] => G
[LNAME] => Henning
[INSTITUTION] => Davey Institute and USDA Forest Service
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[FNAME] => Tara
[MNAME] => L
[LNAME] => Keyser
[INSTITUTION] => USDA Forest Service
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[FNAME] => Jordan
[MNAME] => M
[LNAME] => Marshall
[INSTITUTION] => Indiana University-Purdue University
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[PUBLISHER] => Forest Ecology and Management
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[PUBCNTRY] => United States
[VOLUME] => 429
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[PAGENUM] => 467-479
[DOI] => https://doi.org/10.1016/j.foreco.2018.06.003
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[ABSTRACT] => Overstory and understory treatments were established in natural oak stands and red pine plantations in Michigan
in 1991 to test the hypotheses that (1) oak seedling survival and growth would be greater in pine than oak stands
and (2) removal of competitors would enhance oak seedling performance. Late spring prescribed fires were
implemented in 2002 and 2008 to investigate their effectiveness in controlling understory red maple.
Performance of planted northern red oaks has been monitored since 1991 and the abundance of naturally regenerating
oak and red maple seedlings and sprouts in different size classes has been documented since 2001. A
subset of oaks has been protected against deer browsing since planting. Results suggest partial competitor removal
enhances oak seedling and sprout performance, whereas complete removal increases mortality from
browsing and frost. Increases in red maple abundance and decreases in oak abundance were documented after
the prescribed fires in 2015. Greater growth and survival of planted oaks was observed in the pine stands,
provided they were protected from browsing. Based on these results, the most viable management scenario for
maximizing survival and growth of oak seedlings and sprouts in the study region would include protecting oak
seedlings from deer in 25% canopy cover shelterwoods in pine plantations. Opportunities exist for developing
systems involving alternating rotations and mixtures of oak and pine.
[KEYWORDS] => Quercus rubra L.
Deer browsing
Frost damage
Pinus resinosa Sol. ex. Aiton.
Acer rubrum L.
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[CONTYPE] => Other
[CONTYPEOTHER] => Cover Photo for the peer reviewed journal Castanea
[EXTRELATED] => No
[STATUS] => Published
[TITLE] => Mountian Stewartia
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[FACULTY_NAME] => 2094697
[FNAME] => Joshua
[MNAME] => J
[LNAME] => Granger
[INSTITUTION] => Mississippi State University
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[TITLE] => Microsites supporting endemic populations of mountain stewartia (Stewartia ovata) in East Tennessee
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[FNAME] => David
[MNAME] => S
[LNAME] => Buckley
[INSTITUTION] => University of Tennessee
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[FNAME] => John
[MNAME] => M
[LNAME] => Zobel
[INSTITUTION] => University of Tennessee
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[PUBCNTRY] => United States
[VOLUME] => 83
[ISSUE] => 1
[PAGENUM] => 140-151
[DOI] => https://doi.org/10.2179/17-134
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[ABSTRACT] => Mountain stewartia (Stewartia ovata) is the only member of the family Theaceae endemic to Tennessee. Apart from its physical description and rarity, little is known about this woody understory species. Accounts of stewartia populations and range descriptions are longstanding, but microsite descriptions are limited in detail. We quantified microsites supporting populations of stewartia across East Tennessee as a first step in determining whether stewartia is rare because of rare or altered habitat, limited sexual reproduction, poor dispersal, or a combination of these factors. Five populations of stewartia averaging 7.40 ± 1.08 stems per population were inventoried across four East Tennessee counties. Soils on all sites were strongly acidic, highly permeable, well-drained, cobbly loams associated with steep slopes and higher elevations and were low in phosphorus, potassium, calcium, and magnesium. A dense overstory comprised of sourwood (Oxydendrum arboreum), eastern hemlock (Tsuga canadensis), white oak (Quercus alba), eastern white pine (Pinus strobus), red maple (Acer rubrum), and mockernut hickory (Carya tomentosa) resulted in 7.05% ± 1.41% of full photosynthetically active radiation (PAR). The midstory and understory were dominated by eastern white pine, red maple, and eastern hemlock. Quantification of stand-level conditions in extant stewartia populations suggested similarities in soil pH, nutrient levels, drainage, overstory composition and structure, and PAR levels. Certain conditions in stewartia sites were unique in the region, suggesting that habitat may limit populations along with other factors. Further investigations of stewartia reproductive ecology, dispersal, and habitat requirements will be key to conserving this species.
[KEYWORDS] => Conservation, microsite factors, mountain stewartia, Stewartia ovata (Cav.) Weatherby, Theaceae
[FULL_TEXT] => jjg353/intellcont/Castanea_Stewartia_Pub-1.pdf
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