Climate change is often discussed through global temperatures, greenhouse-gas emissions and international climate agreements. But for communities, climate change is experienced in much more immediate ways: changing rainfall patterns, floods, droughts, heat, pressure on water resources, disrupted livelihoods and damage to infrastructure. This is where climate resilience becomes important. Climate resilience is not simply about recovering after a climate-related shock. It is about strengthening the ability of people, communities, institutions and economies to prepare for, withstand, adapt to and recover from climate-related stresses and shocks. For Africa, this conversation is particularly important. The continent faces significant climate-related risks while also pursuing major development priorities, including poverty reduction, food security, economic growth, infrastructure development and improved access to education and essential services. Building resilience therefore cannot be separated from development. At the Centre for Climate, Education, and Development Research (CCEDR), we see climate resilience as a space where research, education, development and community action must come together. What Is Climate Resilience? Climate resilience refers to the capacity of people, communities, institutions and systems to anticipate climate-related risks, reduce their vulnerability, cope with impacts and adapt to changing conditions. It is closely connected to climate adaptation. Adaptation involves adjustments that help people and systems respond to actual or expected climate impacts. Resilience is broader: it considers not only how a community responds to a particular shock, but also the underlying conditions that determine whether people can prepare, absorb losses, recover and adapt over time. The distinction matters. A community may recover from a flood, for example, but if the same homes, roads and drainage systems remain exposed to repeated flooding, recovery alone does not necessarily create resilience. Building resilience means asking a deeper question: What can be changed today so that the next climate shock causes less disruption? That may involve better infrastructure, stronger early-warning systems, diversified livelihoods, improved access to information, ecosystem protection, social protection, effective institutions and community-led planning. The World Bank similarly identifies access to infrastructure, social services, income and targeted adaptation measures as important components of resilience. (World Bank) Why Climate Resilience Matters in Africa Africa’s climate risks are closely connected to its development challenges. Climate-related shocks can affect agriculture, water availability, health, infrastructure, education, businesses and household incomes. The consequences are not experienced equally: vulnerability can depend on income, location, livelihood, access to services and the capacity of institutions to respond. The World Bank notes that climate shocks can threaten livelihoods and economic stability, while context-specific adaptation can help communities reduce exposure, absorb shocks and recover more effectively. (World Bank) This means climate resilience should not be viewed solely as an environmental issue. It is also a development issue. If a farmer loses a harvest because of changing rainfall patterns, the consequences can extend beyond the farm. Household income may decline. Food security may be affected. Children may face disruptions to education. Local businesses can experience lower demand. Communities may require additional support to recover. A climate shock can therefore become a development setback. Climate Resilience Starts With Communities National policies and international climate commitments are important, but resilience is ultimately experienced at the local level. Communities understand their environments, livelihoods and vulnerabilities in ways that may not always be captured by national datasets. This makes local knowledge an important component of climate resilience. Across Africa, adaptation initiatives have demonstrated the value of combining scientific knowledge with community experience. UNEP, for example, has documented projects involving farmers and communities that combine adaptation measures with local knowledge, ecosystem management and practical interventions. (UNEP – UN Environment Programme) Community participation also helps ensure that interventions respond to actual needs. A solution designed without understanding local conditions may be technically sound but difficult to maintain or unsuitable for the people expected to use it. Resilience therefore works best when communities are not treated simply as beneficiaries, but as participants in identifying problems, developing solutions and evaluating results. 1. Resilient Livelihoods Livelihoods are one of the most important dimensions of climate resilience. Many households depend directly or indirectly on climate-sensitive activities, including agriculture, fisheries, livestock and natural-resource-based enterprises. When climate conditions change, these livelihoods can become more vulnerable. Building resilience can involve: Diversifying income sources Improving access to climate information Supporting climate-smart agricultural practices Strengthening financial resilience Improving access to markets Developing skills for alternative livelihoods Strengthening local value chains The objective is not necessarily to eliminate climate risk—which is often impossible—but to reduce the extent to which a climate shock becomes a long-term economic crisis. 2. Resilient Infrastructure and Basic Services Infrastructure is another major part of resilience. Roads, drainage systems, schools, healthcare facilities, water systems, housing and electricity infrastructure all influence how communities experience climate shocks. Poorly planned infrastructure can increase vulnerability, while resilient infrastructure can reduce disruption. For example, effective drainage can reduce flood impacts, while reliable water systems can help communities cope with periods of water stress. The World Bank’s work on adaptation highlights infrastructure, early-warning systems, disaster preparedness and recovery as important elements of resilience-building. (World Bank) This reinforces an important principle: Climate resilience should be incorporated into development planning from the beginning, rather than added after a disaster occurs. 3. Climate Information and Early Warning Information can save lives, protect livelihoods and improve decision-making. Communities need information that is not only accurate but also accessible and actionable. Early-warning systems can provide information about hazards such as floods, storms, droughts and extreme weather, allowing people and institutions to take preventive action. But producing a forecast is only one part of the process. The information must reach the people who need it, in a form they can understand and act upon. The World Bank identifies stronger climate information systems and early warning as important components of people-centred climate resilience efforts in Africa. (World Bank) This creates an important role for research and communication: turning climate information into usable knowledge. 4. Healthy Ecosystems Can Strengthen Resilience Nature itself can provide important forms of protection. Wetlands, forests, mangroves, soils and other ecosystems can contribute to water management, flood