Designing the Landscape for Operational Efficiency
In the desert, the "shape" of the land determines the success of the system. EgroTree conducts a high precision study of the site’s topography analyzing elevation changes, natural contours, and man made features. This data allows us to engineer a plantation that works withgravity rather than against it.
We map the "highs and lows" of the dunes to ensure uniform water pressure.
Hydraulic Precision: By understanding the elevation, we design our drip irrigation zones to ensure that a tree at the top of a dune receives the exact same amount of water as a tree at the base.
Energy Efficiency: We utilize gravity-assisted flow whenever possible, reducing the electricity required to pump water across the site.
The arrangement of landforms in Rajasthan is often dynamic. We study these shapes to create a permanent foundation.
Slope Optimization: We evaluate the steepness of dunes to determine where terracing or specialized planting is needed to prevent soil "slumping."
Surface Water Direction: We map the land’s shape to design "run off" paths, ensuring that during rare heavy rains, water is channeled away from infrastructure and toward storage or deep drainage zones.
A productive plantation must be accessible. We analyze existing and required infrastructure.
Service Corridor Planning: We align our planting matrix with the land's natural contours to create flat, accessible paths for mechanical maintenance, harvesting equipment, and transport vehicles.
Infrastructure Placement: We identify the "geographical sweet spots" for placing water tanks, filtration units, and solar arrays to minimize pipe runs and maximize operational reach.
Without a topographic study, irrigation systems fail due to pressure imbalances, and machinery gets stuck in soft sand or steep inclines. EgroTree’s engineering approach ensures:
Uniform Growth: Every tree gets equal resources regardless of its position on the dune.
Scalability: The layout is designed for easy expansion and mechanical harvesting from day one.
Infrastructure Longevity: Roads and pipes are placed where they are least likely to be affected by shifting sands or erosion.