Crop Water Usage Efficiency
Crop Water Usage Efficiency refers to the optimization of water use to maximize agricultural productivity while minimizing waste. It involves monitoring and controlling the amount of water used in irrigation to ensure that crops receive the right amount at the right time, enhancing growth and yield. Effective water usage efficiency practices help conserve water resources and improve the sustainability of agricultural operations.
Crop Water Usage Efficiency Examples:
- Irrigation: Implemented in agricultural systems to manage and optimize water distribution for crops.
Key Aspects of Crop Water Usage Efficiency:
- Monitoring: Involves using sensors, meters, and data analysis to track water usage and crop needs.
- Control: Uses automated valve systems to adjust irrigation schedules and amounts based on real-time data.
- Sustainability: Promotes water conservation and improves crop yields, contributing to sustainable farming practices.
BERMAD Glossary
- Water Hammer Arrestor
- Valve Insertion Electromagnetic Flow meter
- Pressure Sustaining Valves
- Pressure Reducing Valves
- Precise Irrigation
- Preaction Valves For Fire Protection
- Level Control Valves
- Kinetic Air Valves
- High-Rise Water Distribution Systems
- Flow Control Valves
- Fire Line Strainers
- Electromagnetic Flow Meters
- Dry Pipe Valve
- Drought Resilience Strategies
- Deluge Valves
- Crop Water Usage Efficiency
- Control Valve Characteristics
- Cavitation Protection Valve
- Bernoulli’s Principle
- Bermadize
- Balancing Valve
- Back Pressure
- Automatic Recirculation Valve
- Automatic Air Vent Valve
- Anti-Surge Pump Start Control Valve
- Altitude Valve