GIS for Climate-Resilient Agriculture in Jamaica Introduction Agriculture is the science and practice of cultivating crops and rearing livestock for food, raw materials, and economic livelihood. It remains one of the most critical sectors for food security, employment, and rural development, particularly in developing countries. Geographic Information Systems (GIS), on the other hand, refer to computer-based tools used to capture, store, analyze, and visualize spatial or geographic data. When combined, agriculture and GIS form a powerful partnership that can transform how food is produced, managed, and sustained, especially in the face of climate change. Climate-resilient agriculture is the use of farming practices that can adapt to and recover from climate impacts like droughts, floods and hurricanes while GIS supports this by mapping risks, analyzing environmental conditions, and guiding data-driven decisions for more resilient agricultural planning. The Importance of Agriculture in Jamaica Agriculture plays a vital role in Jamaica’s economy and social structure. It supports rural livelihoods, contributes to national food security, and reduces dependence on imports. The sector also provides employment for thousands of Jamaicans and underpins agro-processing industries. In a country like Jamaica, where a significant portion of the population depends directly or indirectly on farming, strengthening agriculture is essential for sustainable development and economic resilience. Climate Change and Its Impact on Agriculture in SIDS Small Island Developing States (SIDS), including Jamaica, are among the most vulnerable to climate change. Rising temperatures, changing rainfall patterns, prolonged droughts, stronger hurricanes, and sea-level rise all threaten agricultural productivity. These challenges result in reduced crop yields, increased pest and disease outbreaks, soil degradation, and disruptions to farming cycles. Climate Change and Agriculture in Jamaica In Jamaica, the effects of climate change are already evident. Farmers are experiencing: These impacts reduce productivity, increase costs, and threaten food security. Smallholder farmers, who form the backbone of Jamaica’s agricultural sector, are particularly vulnerable due to limited resources and adaptive capacity. The GCF ADAPT Jamaica Initiative To address these challenges, the Green Climate Fund (GCF), in partnership with the Food and Agriculture Organization (FAO), has approved a US$50 million (approximately JMD $8 billion) project titled “ADAPT Jamaica: Enhancing Climate Change Resilience of Vulnerable Smallholder Farmers.” This initiative focuses on six central parishes responsible for approximately 70% of Jamaica’s domestic food production. These parishes are Clarendon, Manchester, St. Ann, St. Catherine, St. Elizabeth, and Trelawny. The project aims to strengthen resilience through climate-smart agriculture, improved water management, better infrastructure, and enhanced capacity building for farmers. The Role of GIS in Supporting Agricultural Sustainability GIS must play a central role in the planning, implementation, and sustainability of this initiative. It enables: “GIS allows us to visualize complex agricultural and climate data in ways that make decision-making faster, more accurate, and more targeted,” says Luke Buchanan, Executive Director at the Mona GeoInformatics Institute (MGI). “By integrating geospatial tools into farming practices, we can directly support the resilience of smallholder farmers and strengthen Jamaica’s food security.” MGI’s Role: GIS, Drones, and Agricultural Innovation The Mona GeoInformatics Institute (MGI), at The University of the West Indies, Mona Campus (UWI Mona) through its expertise in GIS, GPS and drone technologies, is uniquely positioned to support agricultural transformation in Jamaica. Using drones, MGI can: GIS analysis combined with drone data can provide farmers and policymakers with real-time insights to improve productivity and sustainability. GIS in Food Storage and Logistics Post-harvest losses remain a major issue in agriculture. GIS can optimize: By mapping and analyzing logistics networks, GIS helps ensure food reaches markets efficiently and remains fresh longer. GIS and Climate-Smart Infrastructure GIS can also support the implementation of: These technologies help farmers manage drought, reduce operational costs, and build resilience against climate variability. Gender and GIS in Agriculture Women play a critical role in agriculture but often face unequal access to land, resources, and technology. GIS can help address these disparities by: Integrating gender considerations into GIS analysis ensures that development initiatives are inclusive and equitable. Conclusion The integration of GIS into agriculture is no longer optional, it is essential. In the context of climate change and national development, tools like GIS and drone technology provide the intelligence needed to build a resilient, efficient, and sustainable agricultural sector. Through initiatives like ADAPT Jamaica, and with the support of institutions like MGI and UWI Mona, Jamaica has a unique opportunity to leverage geospatial technology to secure its agricultural future and strengthen the livelihoods of its farmers. Contact us for more information:Email: info@monagis.comWeb: www.monagis.comPhone: (876) 816-8791 / (876) 671-7001Instagram: https://www.instagram.com/mgimona/
