Welcome Address from the Executive Director
Welcome to the NSPRI Postharvest Information Portal — a dedicated knowledge platform for farmers, researchers, and all stakeholders committed to …
Explore cutting-edge research on grain storage, pest management, mycotoxins, and food security from Nigeria's leading stored products research institute.
Welcome to the NSPRI Postharvest Information Portal — a dedicated knowledge platform for farmers, researchers, and all stakeholders committed to …
Unfavorable storage conditions trigger permanent chemical changes in nutrients — carbohydrates oxidize, fats turn rancid, and vitamins degrade under heat.
Atmospheric composition — the balance of O2, CO2, and N2 — directly controls biochemical reactions in storage, making modified atmosphere storage highly effective.
A comprehensive reference table of Safe Moisture Content (SMC) thresholds for 11 major crop types from maize to fish products.
Every commodity has a Safe Moisture Content (SMC) threshold — storing below this level prevents mold damage and preserves quality during long-term storage.
Temperature directly governs shelf life by controlling biochemical reaction rates — lower temperatures slow physiological breakdown and extend storage life.
Postharvest losses are classified into direct losses (physical damage) and indirect losses (systemic costs), both significantly impacting food security.
Standardized quality assessments combining sensory, instrumental, and laboratory evaluations ensure food safety and optimal market value for perishables.
Perishable commodities are classified into three value chains: Roots & Tubers, Fruits & Vegetables, and Livestock & Fisheries.
Perishable agricultural products face postharvest losses of 30–50% in developing nations due to infrastructure deficits and improper handling practices.