Add to ORKGScenario analysis was used to develop scenarios the grazed forage industry in the western U.S. will most likely face over the next several decades. Five major factors were identified as being most consequential. Scenarios indicated that livestock use of grazing lands will most likely decline while wildlife use will increase.Land Economics/Use, Livestock Production/Industries,
Climate change is predicted to have a substantial negative effect on the productivity of grasslands ...
Context: Understanding how grazing management decisions influence the productivity and composition o...
Climate change is predicted to have a substantial negative effect on the productivity of grasslands ...
Scenario analysis was used to develop scenarios the grazed forage industry in the western U.S. will ...
A panel of professionals from the ranching, environmental, agency, and university communities was as...
Predictions of forage production derived from site-specific environmental information (e.g., soil ty...
Livestock have been a key factor in the development of civilization, but what will their role be in ...
Forage/livestock production is complex, and best management options are often site-specific, but som...
The potential of invasive plants to alter fuel properties over time has implications for the rancher...
There is growing concern about the negative environmental impact of livestock production. Recent stu...
PHYGROW, a hydrologic-based forage simulation model, was parameterized to represent a typical South ...
It is hypothesized that Utah beef producers in certain locations could intensify private land use vi...
Forage availability was crucial for livestock production across the United States. Rangelands occupi...
A dynamic model is constructed and utilized to illustrate the interactions of several primary dynami...
Grasslands, the second largest terrestrial biome, provide a myriad of ecosystem services including t...
Climate change is predicted to have a substantial negative effect on the productivity of grasslands ...
Context: Understanding how grazing management decisions influence the productivity and composition o...
Climate change is predicted to have a substantial negative effect on the productivity of grasslands ...
Scenario analysis was used to develop scenarios the grazed forage industry in the western U.S. will ...
A panel of professionals from the ranching, environmental, agency, and university communities was as...
Predictions of forage production derived from site-specific environmental information (e.g., soil ty...
Livestock have been a key factor in the development of civilization, but what will their role be in ...
Forage/livestock production is complex, and best management options are often site-specific, but som...
The potential of invasive plants to alter fuel properties over time has implications for the rancher...
There is growing concern about the negative environmental impact of livestock production. Recent stu...
PHYGROW, a hydrologic-based forage simulation model, was parameterized to represent a typical South ...
It is hypothesized that Utah beef producers in certain locations could intensify private land use vi...
Forage availability was crucial for livestock production across the United States. Rangelands occupi...
A dynamic model is constructed and utilized to illustrate the interactions of several primary dynami...
Grasslands, the second largest terrestrial biome, provide a myriad of ecosystem services including t...
Climate change is predicted to have a substantial negative effect on the productivity of grasslands ...
Context: Understanding how grazing management decisions influence the productivity and composition o...
Climate change is predicted to have a substantial negative effect on the productivity of grasslands ...