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Delivers water directly to the plant roots, minimizes evaporation and runoff. Most effective in high value crops and arid regions.

Creates a flat and even land surface using lasers, which improves irrigation efficiency and water distribution. Most effective on uneven agricultural fields.

Covers the soil with a layer of material to reduce evaporation, suppress weeds, and retain moisture. Most effective during the growing season and in conservation tillage systems.

Monitors soil moisture levels to optimize irrigation schedules and prevent overwatering. Most effective when combined with automated irrigation systems.

Strips of vegetation planted between fields and water bodies to intercept runoff, trap sediment, and enhance infiltration. Most effective in areas with high runoff potential.

Collects and stores rainwater for agricultural use, reducing reliance on other water sources. Most effective in regions with distinct wet and dry seasons.

Integrates trees and shrubs into crop and livestock farming systems, which helps in microclimate regulation and water conservation. Most effective when tailored to local conditions.

Plans specific times and amounts of water application, based on weather, soil conditions, and crop requirements. Most effective when consistently monitored and adjusted.

Uses household wastewater (excluding toilet waste) for agricultural irrigation, reducing the demand for freshwater. Most effective in areas with limited water resources.

Involves applying water below crop water needs, leading to controlled water stress. Most effective with crops that are tolerant to mild water stress.

Applies water intermittently in a series of on-and-off cycles to reduce runoff and improve soil infiltration. Most effective in furrow irrigation systems.