Vegetation and livestock responses from a 25 year (1982-2006) grazing system and stocking rate study in the northern mixed-grass prairie at the USDA-Agricultural Research Service, High Plains Grasslands Research Station near Cheyenne, Wyoming are presented here. This study was longest known grazing system X stocking rate study in North America and was one of the few studies to use the same stocking rates for grazing system comparisons. Results from this study have been used to further development of, and validate, rangeland models for tactical (within-year) and strategic (across years) decision support tools for producers
Stocking rate directly influences the frequency and intensity of defoliation of individual plants wh...
Short duration grazing (SDG) and deferred rotation (DR) were compared in a 10-year study conducted o...
Short duration grazing (SDG) and deferred rotation (DR) were compared in a 10-year study conducted o...
Vegetation and livestock responses from a 25 year (1982-2006) grazing system and stocking rate study...
A 6-year study was designed to measure the influences of stocking rate and grazing system on perform...
Results of a comparison study of three different grazing systems: season long, rotational and short ...
A comparison of animal gains and vegetation trends was made from 2002-2008 between a continuous seas...
This study compares the effects of five different grazing intensities on the plant community, livest...
Manipulating stocking rate and duration of grazing is fundamental to range management. It has been c...
The objective of this study was to compare grazing systems that used rotational and continuous stock...
The objective of this study was to compare grazing systems that used rotational and continuous stock...
Selective grazing can modify the productive capacity of rangelands by reducing competitiveness of pr...
The Oklahoma Cooperative Extension Service periodically issues revisions to its publications. The mo...
The Oklahoma Cooperative Extension Service periodically issues revisions to its publications. The mo...
Livestock performance, forage use and soil compaction were studied in Repeated Seasonal (RSG) and Hi...
Stocking rate directly influences the frequency and intensity of defoliation of individual plants wh...
Short duration grazing (SDG) and deferred rotation (DR) were compared in a 10-year study conducted o...
Short duration grazing (SDG) and deferred rotation (DR) were compared in a 10-year study conducted o...
Vegetation and livestock responses from a 25 year (1982-2006) grazing system and stocking rate study...
A 6-year study was designed to measure the influences of stocking rate and grazing system on perform...
Results of a comparison study of three different grazing systems: season long, rotational and short ...
A comparison of animal gains and vegetation trends was made from 2002-2008 between a continuous seas...
This study compares the effects of five different grazing intensities on the plant community, livest...
Manipulating stocking rate and duration of grazing is fundamental to range management. It has been c...
The objective of this study was to compare grazing systems that used rotational and continuous stock...
The objective of this study was to compare grazing systems that used rotational and continuous stock...
Selective grazing can modify the productive capacity of rangelands by reducing competitiveness of pr...
The Oklahoma Cooperative Extension Service periodically issues revisions to its publications. The mo...
The Oklahoma Cooperative Extension Service periodically issues revisions to its publications. The mo...
Livestock performance, forage use and soil compaction were studied in Repeated Seasonal (RSG) and Hi...
Stocking rate directly influences the frequency and intensity of defoliation of individual plants wh...
Short duration grazing (SDG) and deferred rotation (DR) were compared in a 10-year study conducted o...
Short duration grazing (SDG) and deferred rotation (DR) were compared in a 10-year study conducted o...