Irrigation and Water Management

Conduct farm-level water audits to identify inefficiencies, quantify losses, and recommend measurable improvements in irrigation water use across any farming system.

Optimize center pivot performance, application uniformity, and variable-rate irrigation programming. Improve water distribution efficiency across large-scale pivot fields.

Calculate evapotranspiration, crop coefficients, and irrigation scheduling for any crop using FAO-56 methodology and local climate data.

Design precise drip irrigation layouts for any crop type or field geometry. Optimize emitter spacing, flow rates, and pressure zones to maximize water efficiency.

Design and optimize fertigation programs for drip and sprinkler systems. Match nutrient delivery to crop uptake curves for maximum efficiency and minimum leaching.

Plan the rehabilitation of aging or inefficient irrigation schemes, canals, and distribution networks. Prioritize interventions for maximum water recovery and cost-effectiveness.

Interpret irrigation water analysis reports, assess salinity and sodicity risks, and recommend treatment or management strategies to protect soil and crop health.

Design agricultural rainwater harvesting systems including farm dams, runoff catchments, and storage ponds. Match capture capacity to irrigation demand in water-scarce regions.

Select, install, and interpret soil moisture sensors for precision irrigation. Turn raw sensor data into actionable irrigation decisions and water-use insights.