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Intelligent Nutrition: Fertigation & Salt Leaching Management
In high density planting, the rhizosphere (the area around the roots) is the "engine room" of the tree. EgroTree employs a dual action strategy that feeds the plant with surgical precision while simultaneously protecting the roots from toxic salts.
Controlled Nutrient Dosing (Fertigation)
Standard fertilization often fails in Rajasthan because the soil chemistry "locks" nutrients before the plant can reach them. Our fertigation system solves this by delivering micro doses of liquid nutrition directly through the drip lines.
Dynamic Prescription Feeding: We don't apply a "one size fits all" fertilizer. Our dosing is adjusted based on the specific growth stage of the tree ensuring zero waste and maximum absorption.
Bio Availability: By delivering nutrients in a pre dissolved, acidified state, we bypass the high alkaline pH of the soil, ensuring that elements like Phosphorus and Iron remain "unlocked" and immediately available to the roots.
Precision Concentration: We maintain a strict Electrical Conductivity (EC) balance in the water. This ensures the nutrient solution is concentrated enough to feed the plant but not so salty that it causes osmotic stress.
Strategic Salt Leaching Management
In arid regions, irrigation can lead to a dangerous buildup of salts at the surface, which eventually chokes the tree. EgroTree uses a proprietary Leaching Fraction technique to manage this risk.
The "Safe Zone" Creation: We engineer our irrigation cycles to include specific "leaching pulses." This extra volume of water is precisely calculated to push accumulated salts (sodium and chlorides) downward, below the active root zone.
Bicarbonate Flushing: By integrating soil conditioners into the leaching cycle, we dismantle the bicarbonate "crust" that often forms in desert soils, keeping the soil profile porous and breathable.
Salinity Buffering: Our system creates a "bulb" of fresh, nutrient-rich water around the roots, acting as a buffer against the high salinity environment of the surrounding native sand.
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