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Methodology: Creating stepped levels on a hillside to increase arable land area. Benefits: Decreases erosion and surface runoff, supports water management.

Methodology: Restoring eroded gullies with vegetation or engineering structures. Benefits: Prevents expansion of gullies, stabilizes soil, and restores land for use.

Methodology: Avoiding plowing before planting. Benefits: Decreases soil disturbance, maintains soil structure, reduces erosion.

Methodology: Creating channels with grass to direct water flow. Benefits: Prevents formation of gullies, reduces runoff velocity, minimizes soil loss.

Methodology: Collecting and storing rainwater for agricultural use. Benefits: Provides water during dry spells, reduces dependence on irrigation, and prevents soil erosion.

Methodology: Building ponds to collect runoff water. Benefits: Decreases soil erosion by reducing velocity of runoff, provides water for irrigation.

Methodology: Integrating crops and forestry to create a diverse, productive system. Benefits: Enhances soil structure, reduces erosion, and increases biodiversity.

Methodology: Using biodegradable mats made of natural fibers to protect soil. Benefits: Enhances vegetation growth, stabilizes soil, and is environmentally friendly.

Methodology: Planting Vetiver grass to form hedgerows across slopes. Benefits: Strong root system anchors soil, reduces runoff, and traps sediment.

Methodology: Applying polymers to bind soil particles. Benefits: Reduces soil erosion and dust, improves resistance to water and wind erosion.

Methodology: Plowing along the contour lines of hills to prevent runoff. Benefits: Reduces soil erosion and runoff, conserves water.

Methodology: Applying a layer of material on the soil surface. Benefits: Conserves moisture, improves fertility, and reduces erosion.

Methodology: Planting vegetation along water bodies. Benefits: Stabilizes banks, filters runoff, protects aquatic environments.

Methodology: Planting trees or shrubs to protect agricultural lands from wind. Benefits: Reduces wind erosion, conserves soil moisture, shelters crops.

Methodology: Planting alternate rows of different crops. Benefits: Protects soil from erosion, improves biodiversity and productivity.

Methodology: Constructing small dams from rocks in gullies and streams. Benefits: Traps sediment, prevents further erosion, and contributes to land reclamation.

Methodology: A landscape design that maximizes the beneficial use of water resources. Benefits: Reduces soil erosion, improves water availability, and increases agricultural productivity.

Methodology: Planting strips of permanent vegetation perpendicular to the slope. Benefits: Traps sediment, enhances infiltration, and reduces erosion.

Methodology: Using radar data to analyze soil structure and guide tillage operations. Benefits: Minimizes unnecessary soil disturbance, optimizes soil conservation, and enhances crop yields.