Effects of Stocking Rate on Forage Nutrient Composition of Nebraska Sandhills Upland Range when Grazed in Early Summer and the Effects of Grazing on Nebraska Sandhills Meadow Forage Nutrient Composition

Effects of Stocking Rate on Forage Nutrient Composition of Nebraska Sandhills Upland Range when Grazed in Early Summer and the Effects of Grazing on Nebraska Sandhills Meadow Forage Nutrient Composition PDF Author: Jared Vern Judy
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ISBN:
Category : Feeds
Languages : en
Pages : 94

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The objectives of this research were to 1) evaluate the effects of stocking rate on forage nutrient quality 2) quantify the relative proportions of current vs. previous year growth being consumed in early summer upland range pastures and 3) determine how grazing effects forage nutrient quality in subirrigated meadows in the Nebraska Sandhills. Experiment 1 was a two year study conducted on the experimental upland range paddocks at Gudmundsen Sandhills Laboratory. Twelve 2-hectare paddocks were assigned one of three treatments stocked at 0 (control), 0.57 (light), and 0.85 (heavy) AUM/ha. Ten 0.25 m2 quadrats were clipped per paddock during the study. Diet quality was determined using esophageally fistulated cows. Experiment 2 was conducted at a commercial ranch near Lakeside, NE. Esophageally fistulated cows sampled pastures either grazed or non-grazed throughout the grazing season starting on June 14 and ending late August in a two year study. Samples were analyzed for IVOMD, CP and NDF content. Stocked upland range paddock diet samples had decreased CP, IVOMD, and greater NDF content compared with control paddocks for diet samples. Diet samples were lower in quality compared with current year growth but greater in quality compared with previous year growth indicating cattle consumed previous year growth as part of the diet. Forage accumulation increased linearly in control paddocks but did not change in stocked paddocks. Grazed samples had lower CP content than non-grazed pastures early in the grazing season and unaffected later in the season. Neutral detergent fiber was greater in grazed compared with non-grazed pastures early in the grazing season. Diet IVOMD was most affected by grazing as season progressed. These studies indicate grazing and stocking rate effect diet quality in subirrigated meadows and upland range. Producers need to rotate cattle frequently in early summer to ensure high quality intake..

Effects of Stocking Rate on Forage Nutrient Composition of Nebraska Sandhills Upland Range when Grazed in Early Summer and the Effects of Grazing on Nebraska Sandhills Meadow Forage Nutrient Composition

Effects of Stocking Rate on Forage Nutrient Composition of Nebraska Sandhills Upland Range when Grazed in Early Summer and the Effects of Grazing on Nebraska Sandhills Meadow Forage Nutrient Composition PDF Author: Jared Vern Judy
Publisher:
ISBN:
Category : Feeds
Languages : en
Pages : 94

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Book Description
The objectives of this research were to 1) evaluate the effects of stocking rate on forage nutrient quality 2) quantify the relative proportions of current vs. previous year growth being consumed in early summer upland range pastures and 3) determine how grazing effects forage nutrient quality in subirrigated meadows in the Nebraska Sandhills. Experiment 1 was a two year study conducted on the experimental upland range paddocks at Gudmundsen Sandhills Laboratory. Twelve 2-hectare paddocks were assigned one of three treatments stocked at 0 (control), 0.57 (light), and 0.85 (heavy) AUM/ha. Ten 0.25 m2 quadrats were clipped per paddock during the study. Diet quality was determined using esophageally fistulated cows. Experiment 2 was conducted at a commercial ranch near Lakeside, NE. Esophageally fistulated cows sampled pastures either grazed or non-grazed throughout the grazing season starting on June 14 and ending late August in a two year study. Samples were analyzed for IVOMD, CP and NDF content. Stocked upland range paddock diet samples had decreased CP, IVOMD, and greater NDF content compared with control paddocks for diet samples. Diet samples were lower in quality compared with current year growth but greater in quality compared with previous year growth indicating cattle consumed previous year growth as part of the diet. Forage accumulation increased linearly in control paddocks but did not change in stocked paddocks. Grazed samples had lower CP content than non-grazed pastures early in the grazing season and unaffected later in the season. Neutral detergent fiber was greater in grazed compared with non-grazed pastures early in the grazing season. Diet IVOMD was most affected by grazing as season progressed. These studies indicate grazing and stocking rate effect diet quality in subirrigated meadows and upland range. Producers need to rotate cattle frequently in early summer to ensure high quality intake..

Grazing Method Effects on Forage Production, Utilization, Animal Performance and Animal Activity on Nebraska Sandhills Meadow

Grazing Method Effects on Forage Production, Utilization, Animal Performance and Animal Activity on Nebraska Sandhills Meadow PDF Author: Torie Lindsey
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ISBN:
Category : Plants
Languages : en
Pages : 70

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A study was conducted on a subirrigated meadow in the Nebraska Sandhills to determine differences in aboveground plant production, utilization, trampling, harvest efficiency, ground cover, plant functional group composition and animal performance among four grazing treatments. Grazing treatments included ultrahigh stocking density, four-pasture rotation with one occupation (4-PR-1), and four-pasture rotation with two occupations (4-PR-2). Pastures were grazed from May to August in 2014 and 2015 at equal stocking rates within years but varied among years. Stocking densities were 225,000 kg ha-1 for ultrahigh stocking density, 7,000 kg ha-1 for 4-PR-1, and 5,000 kg ha-1 for 4-PR-2. Aboveground plant production did not differ among treatments. Litter mass was 2 to 4 times greater in control treatments but there were no differences among grazed treatments. Standing dead biomass did not differ among treatments. Utilization was greater in ultrahigh stocking density treatments than 4-PR-1, likely due to trampling amounts, which were greatest in ultrahigh stocking density. Remaining herbage was lowest in ultrahigh stocking density treatments. Cool-season grass composition was greatest in the 4-PR-1 treatment and lowest in the control treatment. Warm-season grass composition was greatest in 2015 for grazed treatments and in 2014 for the control treatment. Sedges and rushes did not differ among grazed treatments. Percentage forbs did not differ among treatments and peaked in 2014. There were no treatment effects on ground cover; including litter, bare ground and plant base hits. In 2014, steer daily gains among all treatments were not different. In 2015, steer average daily gains in the 4-PR-2 were greater than ultrahigh stocking density and 4-PR-1 daily gain.

Rangelands

Rangelands PDF Author:
Publisher:
ISBN:
Category : Range management
Languages : en
Pages : 562

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Vegetation Response to Stocking Rate and Grazing Frequency on Sandhills Meadows

Vegetation Response to Stocking Rate and Grazing Frequency on Sandhills Meadows PDF Author: Devyn M. Richardson
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ISBN:
Category : Grazing
Languages : en
Pages : 136

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The Effect of Stocking Rate on Cattle Gains and on Native Shortgrass Vegetation in West-central Kansas

The Effect of Stocking Rate on Cattle Gains and on Native Shortgrass Vegetation in West-central Kansas PDF Author: John L. Launchbaugh
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ISBN:
Category : Beef cattle
Languages : en
Pages : 44

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Grazing System Effects on Cattle Diet Composition in the Nebraska Sandhills

Grazing System Effects on Cattle Diet Composition in the Nebraska Sandhills PDF Author: Paul Reinhold Schroeder
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Category : Cattle
Languages : en
Pages : 168

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Grazing Date by Stocking Rate Effects on Prairie Sandreed

Grazing Date by Stocking Rate Effects on Prairie Sandreed PDF Author: Andrew P. Cullan
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ISBN:
Category :
Languages : en
Pages : 138

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Effect of Grazing System on Livestock Performance, Botanical Composition, and Standing Crop in the Nebraska Sandhills

Effect of Grazing System on Livestock Performance, Botanical Composition, and Standing Crop in the Nebraska Sandhills PDF Author: Mitchell B. Stephenson
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ISBN:
Category : Pastures
Languages : en
Pages :

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Influence of Advance in Season on Nutritive Value of Forage Consumed by Cattle Grazing Western Nebraska Native Range

Influence of Advance in Season on Nutritive Value of Forage Consumed by Cattle Grazing Western Nebraska Native Range PDF Author: Charles L. Streeter
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ISBN:
Category : Agriculture
Languages : en
Pages : 36

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Effects of Cattle Grazing in a Mountain Meadow on the Feeding Behavior and Nutrition of Mule Deer

Effects of Cattle Grazing in a Mountain Meadow on the Feeding Behavior and Nutrition of Mule Deer PDF Author: Joy Winckel
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ISBN:
Category :
Languages : en
Pages : 216

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