Return to Wildland Fire
Return to Northern Bobwhite site
Return to Working Lands for Wildlife site
Return to Working Lands for Wildlife site
Return to SE Firemap
Return to the Landscape Partnership Literature Gateway Website
return
return to main site

Skip to content. | Skip to navigation

Sections

Personal tools

You are here: Home / Expertise Search / Badash, Joseph

Search results

RSS Subscribe to an always-updated RSS feed.

4417 items matching your search terms.
Filter the results.
Item type


























New items since



Sort by relevance · date (newest first) · alphabetically
File PDF document Fraley Ahlstedt 2000.pdf
Located in Resources / TRB Library / FIN-GEN
File application/x-troff-me Framework for Conservation Action in the Great Plains Grasslands Biome
A ‘Call to Action’ has emerged in the Great Plains to scale-up conservation on private lands and meet the sustainability targets that benefit both agriculture and wildlife. In 2020, a multi-state, areawide planning initiative produced the first biome-scale framework for grassland wildlife conservation on the region’s sustainable working rangelands. This initiative features an action-based framework for 2021-2025 focused on addressing the two most severe and large-scale threats to the Great Plains biome: woodland expansion and land use conversion.
Located in Resources / General Resources Holdings
File application/x-troff-me Framework for Conservation Action in the Sagebrush Biome
This action-based framework is the culmination of multi-state, areawide planning initiated to update SGI 2.0 and its ongoing success in 2021-2025. This framework also serves as NRCS’ ongoing contribution to the Sagebrush Conservation Strategy administered by Western Association of Fish and Wildlife Agencies. Sharing common cross-boundary threats, NRCS staff across 11 western states collaborated to create this shared vision for conservation action.
Located in Resources / General Resources Holdings
File PDF document Franzen 1958.pdf
Located in Resources / TRB Library / FIN-GEN
Image JPEG image Frasers sedge (Cymophyllus fraserianus)
Frasers sedge_Jason Hollinger_2011_Great Smoky Mountains, TN.jpg
Located in Vulnerability / Climate Change Vulnerability / Climate Change Vulnerability Assessment Photo Gallery
Image JPEG image Frasers sedge (Cymophyllus fraserianus)
Frasers sedge_Jason Hollinger_2011_Great Smoky Mountains, TN.jpg
Located in Research / … / Assessing Vulnerability of Species and Habitats to Large-scale Impacts / Species and Habitat Vulnerability Assessment Photo Gallery
File PDF document Frequent Long-Distance Plant Colonization
The ability of species to track their ecological niche after climate change is a major source of uncertainty in predicting their future distribution. By analyzing DNA fingerprinting (amplified fragment-length polymorphism) of nine plant species, we show that long-distance colonization of a remote arctic archipelago, Svalbard, has occurred repeatedly and from several source regions. Propagules are likely carried by wind and drifting sea ice. The genetic effect of restricted colonization was strongly correlated with the temperature requirements of the species, indicating that establishment limits distribution more than dispersal. Thus, it may be appropriate to assume unlimited dispersal when predicting long-term range shifts in the Arctic.
Located in Resources / Climate Science Documents
File PDF document Freshwater Methane Emissions Offset the Continental Carbon Sink
Acornerstone of our understanding of the contemporary global carbon cycle is that the terrestrial land surface is an important greenhouse gas (GHG) sink (1, 2). The global land sink is estimated to be 2.6 T 1.7 Pg of C year−1 (variability T range, excluding C emissions because of deforestation) (1). Lakes, impoundments, and rivers are parts of the terrestrial landscape, but they have not yet been included in the terrestrial GHG balance (3, 4). Available data suggest, however, that freshwaters can be substantial sources of CO2 (3, 5) and CH4 (6). Over time, soil carbon reaches freshwaters by lateral hydrological transport, where it can meet several fates, including burial in sediments, further transport to the sea, or evasion to the atmosphere as CO2 or CH4 (7). CH4 emissions may be small in terms of carbon, but CH4 is a more potent GHG than CO2 over century time scales. This study indicates that global CH4 emissions expressed as CO2 equivalents correspond to at least 25% of the estimated terrestrial GHG sink.
Located in Resources / Climate Science Documents
File PDF document Freshwater Mussel Facts.pdf
Located in Resources / TRB Library / PEK-RIC
Freshwater Mussel Work Group (CWPRI)
CWPRI members created this workgroup to generate sharing and innovative discussions. Leader of this group is David Hu.
Located in LP Members / Workspaces / Collaborative Wildlife Protection and Recovery Initiative (CWPRI)