Peer-reviewed papers, field reports, and data-driven insights powering agricultural transformation.
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Agricscience Ghana research spans five critical domains that together address the full complexity of agricultural sustainability.
Investigating microbiome dynamics, carbon sequestration, and regenerative practices to restore degraded agricultural soils across tropical and arid regions.
Developing drought-tolerant crop varieties, heat-resistant farming systems, and early warning tools for climate-vulnerable agricultural communities.
Researching efficient irrigation technologies, groundwater management, and rainwater harvesting systems optimized for smallholder farm contexts.
Applying machine learning, remote sensing, and IoT to build affordable precision agriculture tools accessible to resource-constrained farmers.
Studying the intersection of crop diversity, post-harvest loss, and nutritional outcomes to build more equitable and resilient food supply chains.
Analyzing market structures, policy impacts, and livelihood data to advocate for evidence-based agricultural reform and fair trade practices.
Making the case for feeding ourselves through local participation nationwide
Challenges in developing farming practices geared toward local cosumption and afoordability
A mixed-methods study examining the socioeconomic factors influencing irrigation technology adoption and its impact on small scale farmers.
Developing accessible AI-powered diagnostic tools that enable farmers to identify plant diseases using only a smartphone camera.
Policy recommendations for multilateral development banks and national governments on directing climate finance toward smallholder adaptation.
A controlled study comparing nutrient profiles, microbial activity, and crop yields between indigenous composting practices and modern techniques.
We welcome research partnerships, data sharing, and collaborative fieldwork with institutions committed to agricultural sustainability.
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