Which practice helps sustainable pasture utilization?

• A. Increase stocking rate without rest.
• B. Rotate paddocks to allow recovery and optimize forage height.
• C. Remove all pests with pesticides.
• D. Harvest all forage at maximum height.

Answer: (B)

Rotating paddocks to allow recovery and optimize forage height focuses on giving pastures time to rest after grazing so they can regrow and maintain healthy, productive forage. When animals graze, they remove leafy tissue and deplete the plant’s stored energy. A planned rest period lets grasses rebuild leaf area, replenish root reserves, and keep a protective soil cover, which supports sustained growth and better forage quality. Keeping grazing within a target forage height avoids overgrazing and soil damage, helping plants stay productive year after year. This approach spreads grazing pressure, reduces wear and compaction, and supports biodiversity and overall pasture resilience.

Increasing stocking rate without rest quickly leads to overgrazing and degraded pasture health, undermining long-term productivity. Removing all pests with pesticides can harm beneficial insects and soil organisms and doesn’t address plant regrowth and pasture resilience. Harvesting all forage at maximum height removes more leaf area than the plants can sustainably replace, limiting regrowth and depleting energy reserves.