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Abstract
The increasing demand for sustainable food production and environmental conservation has necessitated the development of eco-friendly agricultural structures. This study focuses on the design and construction of an eco-friendly minimizing ecological impact. The project integrates locally available and biodegradable materials such as bamboo, palm fronds, and recycled mesh to
create a cost-effective and environmentally sustainable housing system. The screen house was designed to provide an ideal microclimate—maintaining adequate humidity, temperature, and ventilation—to enhance the growth, breeding, and survival rates of Achatina species. Solar-powered lighting and a rainwater harvesting system were incorporated to reduce energy consumption and promote resource efficiency. Performance evaluation of the structure showed improved snail growth rate, reduced mortality, and minimal pest invasion compared to conventional open systems. The results demonstrate that eco-friendly screen houses offer a production. practical, low-cost, and sustainable solution for small- and medium-scale snail farmers, aligning with global efforts toward green agricultural innovations and climate-smart animal
create a cost-effective and environmentally sustainable housing system. The screen house was designed to provide an ideal microclimate—maintaining adequate humidity, temperature, and ventilation—to enhance the growth, breeding, and survival rates of Achatina species. Solar-powered lighting and a rainwater harvesting system were incorporated to reduce energy consumption and promote resource efficiency. Performance evaluation of the structure showed improved snail growth rate, reduced mortality, and minimal pest invasion compared to conventional open systems. The results demonstrate that eco-friendly screen houses offer a production. practical, low-cost, and sustainable solution for small- and medium-scale snail farmers, aligning with global efforts toward green agricultural innovations and climate-smart animal
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