Intensive-early stocking (lES) in the Kansas Flint Hills has greatly increased livestock production efficiency. The potential for grazing of regrowth on IES pastures the following winter was studied by mowing different plots on a monthly basis from October to April, 19831985. Winter herbage removal had no significant effect on herbage production in the following seasons or on the total nonstructural carbohydrates (TNC) of big bluestem (Andropogon gerardii) rhizomes. Since there was no reduction in herbage yield for any mowing date, cattle producers can apparently restock IES pastures after October 1
Combined growing- and dormant-season pasture use has potential to increase herbage harvest without c...
Carbohydrate reserves of perennial ryegrass declined during winter and early spring and began replen...
Grazing treatments were applied to pastures in western Nebraska from 1980 through 1983 to examine th...
Intensive-early stocking (lES) in the Kansas Flint Hills has greatly increased livestock production...
Stocking rate effects on intensive-early stocked Kansas Flint Hills range were studied from 1982 thr...
Native Flint Hills bluestem range was stocked at twice the normal rate, 1.7 acres per steer. Daily s...
A study to determine the impacts of winter grazing on herbage production, growth rate of dominant gr...
Effects of intensive, early stocking (twice the normal stocking rate from May 1 to July 15) and cont...
Based on a six-year study, stocking at 2.5x and 3.0x normal season-long rates for the first half of ...
Numerous plant factors can affect forage utilization by grazing animals. Objectives of this 3-year s...
A comparison of animal gains and vegetation trends was made from 2002-2008 between a continuous seas...
Understanding the long-term effect of summer grazing date and fall stocking rate on herbage producti...
Studied were the effects of early season heavy stocking and burning on cattle performance, productiv...
A 4-year study was conducted on Cross Timbers range in north-central Oklahoma. Conventional seasonlo...
Impacts of 7 range treatments and climate on late spring herbage standing crops (SC) were measured i...
Combined growing- and dormant-season pasture use has potential to increase herbage harvest without c...
Carbohydrate reserves of perennial ryegrass declined during winter and early spring and began replen...
Grazing treatments were applied to pastures in western Nebraska from 1980 through 1983 to examine th...
Intensive-early stocking (lES) in the Kansas Flint Hills has greatly increased livestock production...
Stocking rate effects on intensive-early stocked Kansas Flint Hills range were studied from 1982 thr...
Native Flint Hills bluestem range was stocked at twice the normal rate, 1.7 acres per steer. Daily s...
A study to determine the impacts of winter grazing on herbage production, growth rate of dominant gr...
Effects of intensive, early stocking (twice the normal stocking rate from May 1 to July 15) and cont...
Based on a six-year study, stocking at 2.5x and 3.0x normal season-long rates for the first half of ...
Numerous plant factors can affect forage utilization by grazing animals. Objectives of this 3-year s...
A comparison of animal gains and vegetation trends was made from 2002-2008 between a continuous seas...
Understanding the long-term effect of summer grazing date and fall stocking rate on herbage producti...
Studied were the effects of early season heavy stocking and burning on cattle performance, productiv...
A 4-year study was conducted on Cross Timbers range in north-central Oklahoma. Conventional seasonlo...
Impacts of 7 range treatments and climate on late spring herbage standing crops (SC) were measured i...
Combined growing- and dormant-season pasture use has potential to increase herbage harvest without c...
Carbohydrate reserves of perennial ryegrass declined during winter and early spring and began replen...
Grazing treatments were applied to pastures in western Nebraska from 1980 through 1983 to examine th...