Active Pregnancy, Children & Inherited Conditions Climate, Earth & Environment

Assessing the effectiveness of Heat Adaptation & Heat Reduction Interventions for vulnerable population in urban and rural settings of a low- and middle- income country

In plain English

AI plain-English summary

In Pakistan, a team will test whether a bundle of simple measures—education, behaviour change, and structural upgrades like shade or cooling—can reduce heat-related illness in vulnerable groups. The cluster randomised trial will target children, pregnant women, elderly people, and outdoor labourers in both urban and rural settings. This matters because South Asia is one of the regions hardest hit by rising global temperatures and more frequent extreme heat events. Yet there is little rigorous evidence on what community-level interventions actually work in low- and middle-income countries, especially for the most vulnerable populations. If the heat adaptation bundle proves effective, the findings could directly inform heat action plans in Pakistan and other similar settings. The project also measures secondary outcomes such as household temperature, dehydration, sleep quality, pregnancy outcomes (including low birthweight and stillbirths), and mental health. A cost-effectiveness analysis will help policymakers decide whether to scale up the approach. The team will also assess generalisability to other low- and middle-income countries, making the results relevant for global heat resilience planning.

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Climate change has resulted in increased average global temperatures and increased number, duration and intensity of extreme heat events with South Asia emerging as one of the worst affected regions. The objectives of this study are to 1)synthesize global evidence-base of community interventions for heat adaptation/reduction strategies; 2)conduct an assessment of feasibility and acceptance of possible interventions through community participation and pilot testing; 3)evaluate a heat adaptation and reduction bundle (HAB) comprising of education, behavioural change and incentivized structural interventions through a cluster randomized controlled trial(cRCT). The intervention will be implemented in a representative urban and rural setting of Pakistan and target children, women including pregnant women, and other vulnerable adult labourers and elderly. The cRCT will primarily evaluate the impact of HAB on heat-related illnesses and a range of secondary outcomes including standardized heat measurements at household level, physiological strain, dehydration, thermal comfort/sensation, sleep hygiene, pregnancy outcomes (gestational weight gain, low birthweight, preterm births, stillbirths), mental health and overall cost effectiveness 4)assess the feasibility, and generalisability of scaling up the trial findings. This project will emphasize capacity building and gender equity and findings will be disseminated to relevant policy makers and researchers globally for potential uptake in other LMICs.

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Researchers

Ana Bonell (EPMC Awardee)Christopher Burman (EPMC Awardee)Jai Das (EPMC Awardee)Joseph Augustin (EPMC Awardee)Shaukat Ali (EPMC Awardee)Simon Cousens (EPMC Awardee)Zulfiqar Bhutta (EPMC Awardee)

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Original classification

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