SNAIL

Snail farming has emerged as a sustainable form of micro-livestock production in sub-Saharan Africa, providing animal protein and income diversification opportunities for smallholder farmers. However, productivity remains low in many farming systems due to inadequate rearing environments that fail to replicate the humid, shaded, and cool natural habitats of snails. This study, titled Modification of the Microenvironment Around a Screen House Used for Snail Production, investigates how targeted environmental modifications can improve snail growth and survival. The study was designed to evaluate key microclimatic variables including temperature, humidity, and soil moisture around screen houses modified using shading materials, mulching, water sprinkling, and windbreaks. The African giant land snail (Achatina marginata) served as the experimental species due to its economic significance. Data on snail growth performance, mortality rate, and activity patterns were collected and analyzed using descriptive statistics and inferential tests. Preliminary findings indicate that microenvironmental modifications create more stable and favorable conditions, leading to reduced mortality and improved weight gain among snails.