How does rotational grazing affect the vegetation growth and diversity in a pasture?
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Rotational grazing positively impacts vegetation growth and diversity in pastures. Studies show that rotational grazing systems lead to increased important values of dominant plants, such as Agropyron mongolicum and Lespedeza potaninii, promoting the growth of desirable grass species. Additionally, AMP grazing systems enhance pasture phenology and spatial variability, improving forage availability under low stocking rates. Fallow deer rotational grazing contributes to high-quality pastures with valuable grass species like Dactylis glomerata and Lolium perenne, supporting grassland conservation. Conversely, continuous grazing can reduce water infiltration rates and negatively affect soil structure, highlighting the benefits of rotational grazing in maintaining soil health and sustainability. Overall, rotational grazing fosters diverse and healthier vegetation in pastures, benefiting both the ecosystem and livestock management.
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| Papers (5) | Insight |
|---|---|
01 Jan 2023 1 Citations | Rotational grazing promotes larger macropores in soil, enhancing water infiltration and potentially reducing water deficits. This can positively impact vegetation growth and diversity in pastures over time. |
| Rotational grazing adoption in Iberian silvopastoral systems positively impacts vegetation growth, increasing NDVI values at the beginning, end, and peak of the growing season, enhancing forage availability. | |
| Rotational grazing of fallow deer enhances valuable grass species like Dactylis glomerata, Poa pratensis, and Lolium perenne, increasing fodder quality and yield potential while maintaining floristic composition and conservation. | |
1 Citations | Rotational grazing, especially delayed start of grazing, enhances plant diversity by increasing dominant species' importance values, promoting gramineous and leguminous growth, and optimizing community structure in desert steppe. |
1 Citations | Rotational grazing did not significantly impact vegetation diversity in floodplain wetlands. Exclusion of cattle favored species recovery, enhancing richness and diversity, particularly in upland zones. |
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