On the Ground • Ranching is a challenging and sometimes risky business, with cattle production (and associated enterprise income) largely being dependent on seasonal weather patterns and corresponding forage production. To help reduce this risk, the USDA • Agricultural Research Service performed a multistate study of seasonal weather effects on cattle production across the Northern Great Plains (Wyoming, North Dakota, and Montana). • Cool, wet springs and longer, cooler growing seasons increased cattle production across the Northern Great Plains. Knowledge of these seasonal weather influences on cattle production is important for management decision making, but practical application of this knowledge remains problematic. • Increased enterpr...
Cattle weight gain responses to seasonal weather variability are difficult to predict for rangelands...
Climate changes suggested by some global climate models (GCM) may impact the economic viability of l...
Quantifying the effects of seasonal temperature and precipitation on cow–calf production on rangelan...
Ranching is a challenging and sometimes risky business, with cattle production (and associated enter...
Quantifying the effects of seasonal temperature and precipitation on cow–calf production on rangelan...
Cattle weight gain responses to seasonal weather variability are difficult to predict for rangelands...
Cattle weight gain responses to seasonal weather variability are difficult to predict for rangelands...
Doctor of PhilosophyDepartment of Agricultural EconomicsGlynn T. TonsorThe U.S. cattle sector is the...
In the face of an increasingly variable climate, long-term cattle weight gain datasets are rare, yet...
We examined multiple environmental factors related to climate change that affect cattle production o...
The Northern Great Plains (NGP) region of the USA—which comprises Montana, Wyoming, Colorado, North ...
Knowledge regarding the economic impacts of predicted increases in seasonal precipitation variabilit...
The Northern Great Plains (NGP) region of the USA—which comprises Montana, Wyoming, Colorado, North ...
Quantifying the effects of seasonal temperature and precipitation on cow–calf production on rangelan...
Seasonal changes in forage production and quality occur due to climatic factors, principally precipi...
Cattle weight gain responses to seasonal weather variability are difficult to predict for rangelands...
Climate changes suggested by some global climate models (GCM) may impact the economic viability of l...
Quantifying the effects of seasonal temperature and precipitation on cow–calf production on rangelan...
Ranching is a challenging and sometimes risky business, with cattle production (and associated enter...
Quantifying the effects of seasonal temperature and precipitation on cow–calf production on rangelan...
Cattle weight gain responses to seasonal weather variability are difficult to predict for rangelands...
Cattle weight gain responses to seasonal weather variability are difficult to predict for rangelands...
Doctor of PhilosophyDepartment of Agricultural EconomicsGlynn T. TonsorThe U.S. cattle sector is the...
In the face of an increasingly variable climate, long-term cattle weight gain datasets are rare, yet...
We examined multiple environmental factors related to climate change that affect cattle production o...
The Northern Great Plains (NGP) region of the USA—which comprises Montana, Wyoming, Colorado, North ...
Knowledge regarding the economic impacts of predicted increases in seasonal precipitation variabilit...
The Northern Great Plains (NGP) region of the USA—which comprises Montana, Wyoming, Colorado, North ...
Quantifying the effects of seasonal temperature and precipitation on cow–calf production on rangelan...
Seasonal changes in forage production and quality occur due to climatic factors, principally precipi...
Cattle weight gain responses to seasonal weather variability are difficult to predict for rangelands...
Climate changes suggested by some global climate models (GCM) may impact the economic viability of l...
Quantifying the effects of seasonal temperature and precipitation on cow–calf production on rangelan...