Rangelands - Grazing Systems
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Recent Submissions
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Effects of Fall Grazing on Grass-Leaf Height
Summarizes the results of a study conducted from 1958 to 1962 at the Dickinson Research Extension Center by H. Goetz and previously published (1963) as his master's degree thesis. Indicated that fall grazing is detrimental ... -
Effects of Dormant Season Grazing on Herbage Production and Plant Growth
A study to determine the impacts of winter grazing on herbage production, growth rate of dominant grass species, and changes in plant species composition using various levels and combinations of winter and summer use. -
Determining an Optimum Stocking Rate for the Missouri Coteau of North Dakota
This study compares the effects of five different grazing intensities on the plant community, livestock performance and economic returns. -
Cow and Calf Performance on Pasture-Forage Types during the Fall, mid October to mid November
Report on research to evaluate fall grazing effects on cow and calf weight gains separately from animal performance during the other portions of the grazing season. -
Cow and Calf Performance as Affected by Grazing Management
Different grazing treatments cause changes in the quantity of plant growth and the quality of herbage; this study compares cow and calf accumulated weight gain, rate of weight gain per acre, and rate of weight gain per day ... -
Suppression of Grasshopper Population Numbers with Biologically Effective Grazing Management
Research comparing intensity of grasshopper infestations on grasslands with traditional grazing and twice over rotational grazing. Increased vegetation cover from rotational grazing reduces grasshopper numbers as improved ... -
Increasing Rhizosphere Fungi and Improving Soil Quality with Biologically Effective Grazing Management
This report compares the effects of traditional grazing management to twice-over rotation grazing management on livestock performance, herbage biomass, and rhizosphere fungal populations on Northern Plains native rangeland. -
Grazing Systems for the Mixed Grass Prairie of North Dakota.
Results of a comparison study of three different grazing systems: season long, rotational and short term grazing. -
Build It and They Will Come...to Admire Your Grazing System. From the Proceedings of The First Interprovincial Range Conference in Western Canada.
Discusses North Dakota State University research comparing the effects of two grazing systems (short duration and repeated seasonlong) on herbage production and disappearance, long-term plant community changes and livestock ... -
Effects of Swathed Forage Type on Intake and Total Tract Digestion
Research results assessing the effects of swathed forage and protein supplementation on dietary intake and digestibility of cows. -
Swath Grazing vs Native Range Grazing for Wintering Beef Cows in South-Central North Dakota
Comparison study of cow performance of swath grazing (using crested wheatgrass, big bluestem, and foxtail millet) and native range grazing. -
A Five-Year Study of Fertilization of Extremely Grazed and Moderately Grazed Mixed-Grass Prairie with Slow-Release Phosphorus and Urea
Study showing the response of extremely and moderately grazed mixed-grass prairie vegetation to annual applications of slow release phosphorus and slow release urea. -
Doing the Math: Calculating a Sustainable Stocking Rate
Useful information defining commonly used rangeland terminology (AUM, stocking rate, and carrying capacity) and providing formulas for calculation and practice worksheets. -
Plant Responses to Different Grazing Intensities in the Missouri Coteau of North Dakota
Report assessing the effect that grazing intensity has on Kentucky bluegrass (Poa pratensis) in the Coteau region of North Dakota; examins seed banks in areas of light grazing intensity and extreme grazing intensity. -
Evaluating Beef Cow Performance: Comparing Crested Wheatgrass/legume, Big Bluestem, and Foxtail Millet in Swath Grazing
Comparison study of cool-season perennial, warm-season perennial, and warm-season on beef cow performance and economics.