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Person OTH template Roth, Amber
by Rosanne Hessmiller — last modified Feb 15, 2023 04:48 PM — filed under:
Located in Expertise Search
Person Peters, Chris
by Web Editor — last modified Feb 15, 2023 04:47 PM — filed under:
Located in Expertise Search
Person Bomboy, Kristin
by Rosanne Hessmiller — last modified Feb 15, 2023 04:47 PM — filed under:
Located in Expertise Search
File ECMAScript program WLFW-GWWA Project Boundary Shapefiles
by Bridgett Costanzo — published Mar 17, 2021 — last modified Apr 09, 2024 03:39 PM — filed under: , , ,
This map of the outer project boundary for the partnership excludes 3 states within the species range in Appalachia that declined to participate due to staff shortages and competing priorities. The image shows the WLFW-GWWA project boundary on a national map of WLFW partnership geographies.
Located in Information Materials / Maps & Data / Maps
File FY21 WLFW-GWWA Project Boundary
by Bridgett Costanzo — published Jun 25, 2023 — last modified Apr 21, 2025 06:28 PM — filed under: , , , , , ,
Updated to include new priority areas in NY.
Located in Information Materials / Maps & Data / Maps
File text/texmacs Decision Support Tools to Inform the Rehabilitation and Management of High Graded Forests
by Josselyn Lucas — published Feb 15, 2023 — filed under: , , , , , ,
Abstract Numerous forests in the eastern United States have been degraded due to past exploitative timber harvesting known as high grading. High graded forest stands may not improve without active re- habilitation and may require targeted silvicultural treatments. This study focuses on high graded mixed-oak (mixed-Quercus spp.) stands and aims to develop a model that can identify past high grading and to determine modifications that may improve forest management recommendations provided by the prominent decision support tool, SILVAH. We present a model that uses standard forest inventory measurements and does not require knowledge of preharvest stand conditions to predict with moderate to high accuracy whether a stand was high graded, which could be par- ticularly useful for nonindustrial private forests. Results indicate that modifications to SILVAH may be necessary to improve its utility for prescribing silvicultural treatments in high graded stands. Study Implications: High graded forest stands are often not readily apparent and likely require specific forest management practices. We present a tool that uses standard forest inventory meas- urements to predict past high grading, which can be used to inform and prioritize forest manage- ment decisions. We also present suggested modifications to the prominent decision support tool, SILVAH, that may improve its ability to prescribe optimal silvicultural treatments for high graded stands. Results from this study provide forestry professionals/landowners working in the mixed- oak forests of the northeastern United States with tools to inform forest management decisions that aim to return degraded stands to healthier and more productive states.
Located in Information Materials / Research / WLFW Outcomes: Funded Research
File Seeing past the green: Structure, composition, and biomass differences in high graded and silviculture-managed forests of similar stand density
by Josselyn Lucas — published Feb 15, 2023 — last modified Feb 24, 2023 02:45 PM — filed under: , , , , , , , , , , ,
Forests of the eastern United States (US) mostly comprise a mix of stands managed following silvicultural principles and stands managed with exploitative timber harvesting practices. These stands can have similar stand densities (e.g., basal area per hectare) but vary vastly in structure, composition, and biomass and carbon storage. High grading, a prevalent exploitative timber harvesting practice in the eastern US, is of particular concern because it can negatively affect future forest health and productivity. This study quantifies differences in forest structure, composition, and biomass and carbon storage between high graded stands and stands that received a seed/establishment cut of a uniform shelterwood regeneration sequence treatment, which is a comparable and well-established silvicultural method used to regenerate mixed-oak forests. It focuses on mixed-oak forests (mixed-Quercus), where the effects of high grading have been understudied, and uses a sample with broader spatial coverage than previous studies. The sample comprised nine stands that were known to have been high graded 8–15 years ago and nine stands that received the seed/establishment cut of a uniform shelterwood regeneration sequence. Stand were systematically sampled using fixed-area plots. Field measurements were collected and used to calculate metrics describing forest structure and function. The structure of high graded stands was characterized by a higher proportion of trees with poor health and/or form compared to shelterwood stands, with 18.3 % less acceptable growing stock and trees with lower crown compaction. Diameter distributions of high graded stands were characterized by numerous small trees and few large-diameter trees. Spatial variability of overstory trees was contingent on the tree size range evaluated, with a larger variability of sawtimber-sized trees (trees ≥ 29.2 cm in diameter at breast height) in high graded stands. High graded stands also had 2.2 times fewer oak trees (Quercus spp.) in the overstory canopy, 17,897 fewer seedlings per hectare (ha), and 45 Mg/ha less biomass than shelterwood stands. These results indicate that high grading generally degrades mixed-oak forests and impairs their long-term capacity to supply vital ecosystem services such as habitat for specific wildlife species, carbon storage, and high-quality wood products.
Located in Information Materials / Research / WLFW Outcomes: Funded Research
File text/texmacs Poster Presentation: Seeing Past the Green: Quantifying the Characteristics of High-graded Forests
by Josselyn Lucas — published Feb 15, 2023 — filed under: , , , , , ,
Download the Poster Presentation for "Seeing Past the Green: Quantifying the Characteristics of HIgh-Graded Forests
Located in Information Materials / Research / WLFW Outcomes: Funded Research
Tile Page Central Hardwoods Joint Venture
by Matthew Cimitile — published Jan 07, 2014 — last modified May 23, 2024 07:55 PM — filed under: , , , ,
The Central Hardwoods Joint Venture (CHJV) is a partnership of state and federal government agencies and non-governmental organizations who work together to ensure the long-term viability of native bird populations. CHJV concentrates conservation efforts over an area comprising 75 million acres of rolling hills covered with hardwood forests interspersed with glades and woodlands and crisscrossed by deep river valleys. The area includes the Ozark Highlands, Boston Mountains, and Interior Lowland Plateaus. To protect native bird species throughout their ranges, the JV works with partners in Mexico and Canada in areas that these birds use for breeding or over-wintering.
Located in LP Members / Organizations Search
Organization Georgia Department of Natural Resources: Wildlife Resources Division
by Matthew Cimitile — published Dec 12, 2012 — last modified May 27, 2024 05:13 PM — filed under: , , , , , , ,
Carries out the Department of Natural Resource's (DNR) mission to enhance and conserve Georgia’s natural, historic, and cultural resources. As one of six divisions within DNR, the Wildlife Resources Division is charged with conserving and promoting Georgia’s wildlife resources, including game and nongame animals, fish, and protected plants.
Located in LP Members / Organizations Search