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This study was conducted to determine the effect on growth and reproductive performance of supplementing dried Centrosema pubescens leaf meal to Archachatina marginata snails. A total of 80 growing, medium-sized A. marginata snails were used. Twenty snails were randomly assigned to one of the four experimental diets as T 1 , T 2 , T 3 , and T 4 containing 0%, 5%, 10%, and 15% dietary inclusion levels of dried C. pubescens leaves, respectively. Each diet constituted a treatment and each treatment was replicated four times with five snails per replicate. Results showed that snails under T 4 had the highest (P < .05) final body weight, average weight gain, and daily weight gain (346.89, 47.60, and 0.85 g, respectively) with the best feed conversion to meat rate of 2.12. The weekly feed intake and average body weight gain revealed the superiority of dietary T 4 in supporting the growth of snails more efficiently than other dietary treatments (T 1 , T 2 , and T 3) used in this study. The number of eggs laid, percentage fertility, and hatchability were highest (P < .05) for snails fed dietary T 4 with the least (P < .05) embryo mortality of 2.22%. Archachatina marginata snails fed 15% dietary inclusion of dried C. pubescens leaves (T 4) were the best in growth and reproductive performance.

Climate change and agriculture are intertwined with one having significant impact on the other. Hence, taking cognizance of the relevance of agriculture to man's survival, it has become important to interrogate the effect of climate change on agricultural sustainability. This work therefore embarks on a sub-sectorial assessment of the agricultural sector in the face of rising threats due to climate change. Majorly, the agricultural sector is divided into four sub-sectors.

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