Completed Plants, Animals & Ecology Food & Agriculture

Mitigating rodent impacts on health and well-being in rural Madagascar

In plain English

AI plain-English summary

Rodents in rural Madagascar destroy enough stored grain to feed entire villages, and the diseases they carry kill thousands of people each year. Current pest control efforts rarely address both food loss and infection risk at the same time, and methods that work in one region often fail when transplanted to different ecological or cultural settings. This project will test whether locally adapted rodent management—combining traps, habitat changes, and community practices—can simultaneously reduce crop damage and lower the transmission of several rodent-borne infections, including those spread through direct contact, contaminated food, and fleas. The researchers will work with farming communities to identify which socio-cultural habits, such as storing grain inside homes, increase exposure to rodents, and then co-design control strategies that fit local routines. By measuring the costs of management against the savings from saved grain and fewer illnesses, the team will produce a practical cost-benefit model that policymakers in Madagascar and other low-income countries can use to decide where and how to intervene. If successful, the approach could be scaled up through national agricultural and health programmes, turning a chronic threat to food security and public health into a manageable problem.

View original technical description
In low-income countries, rodents have very significant impacts on health and well-being. Annually cereals lost to rodents could feed hundreds of millions of people, whilst rodent-borne infections (RBI) kill thousands. A major research challenge is developing holistic rodent management strategies that deliver both improved food security and reduced disease burdens, and are sustainable for communities. I will work with health and agricultural stakeholders and communities to fill key knowledge gaps and adapt and test innovative management techniques developed in the agricultural sector, primarily in Asia, to other ecological and socio-cultural contexts. Working in Madagascar, I will combine empirical and modelling studies to explore how localised control impacts on the risk from a range of RBI with contrasting transmission routes, determining in what circumstances control increases or decreases risk. I will test the cost-efficiency of different strategies, using an approach that incorporates agricultural losses, disease burdens and management costs. With communities I will explore the impacts of socio-cultural practices, identifying opportunities and constraints for community-led control. To optimise management strategies, adaptive research experiments will be co-developed and evaluated with communities and stakeholders. Active engagement with national and international stakeholders throughout the project will facilitate scaling up and policy impact.

View the original record at the funder ↗

Researchers

André Spiegel (EPMC Awardee)Graeme Paton (EPMC Awardee)Sandra Telfer (EPMC Awardee)

Related Research

Grants with similar aims, by meaning.

The health and well-being effects of pest rodent management strategies in rural Madagascar
Optimising rodent control strategies in rural Madagascar to increase agricultural productivity and reduce zoonotic disease risk
Developing effective rodent control strategies to reduce disease risk in ecologically and culturally diverse rural landscapes
Developing effective rat control for rural Madagascar landscapes: using individual based modelling to inform strategies
Optimising invasive species control to reduce zoonotic disease risk and agricultural losses in Madagascar

Original classification

Senior Research Fellowship Renewal

Plain English summaries and category classifications on this site are generated by AI and may not perfectly reflect the original research.