The project envisions a resilient, high-yielding food forest rooted in regenerative practice. The site is a 0.4-acre part of a larger farm, designed using Syntropic Agroforestry and perennial plant guilds. The design aims to establish a self-sustaining food system that becomes increasingly productive while reducing external inputs over time.

The design began with mapping water flows and identifying rainwater harvesting potential within the agroforestry catchment. Recommendations focused on clearing key invasive species including Mimosa pudica, Chromolaena odorata, Parthenium hysterophorus, and Lantana camara through physical removal, followed by composting and strategic revegetation to prevent regrowth.

Syntropic agroforestry accelerates natural succession through dense planting, structured pruning, and grouping species by lifespan to create long term waves of harvest. Plant guilds were organized around central canopy trees, with phased planting that transitions from sun loving pioneer species to shade tolerant understory and groundcover as the system matures.

Soil improvement strategies included composting, mulching, chop and drop biomass cycling, and the integration of biochar to enhance fertility and nutrient retention. Earthworks supported passive monsoon irrigation, complemented by hand watering and clay pot systems.

While the client undertook on ground implementation, our team provided remote guidance and technical support throughout the process. Veggie beds were constructed first, to get an initial yield while establishing the more long-term tree-based systems. Glyricidia, growing abundantly on site, was suggested as the main component for mulching veggie beds.