Costal areas are home to the highest concentration of human populations, highlighting the need to help people living in these areas adapt. The combination of rising sea levels, coastal erosion, and extreme weather events, such as tropical cyclones, means that coastal areas will be particularly vulnerable to the effects of climate change. How communities adapt depends on the context of the area. In some cases, ecosystem-based adaptation measures like mangrove reforestation may be appropriate, while in urban contexts, physical infrastructure options such as sea walls may be the most efficient means of protecting the people and businesses in coastal zones.

Direct Access Program for Financing Climate Change Adaptation Projects to Increase the Adaptive Capacity and Climate Resilience of Indigenous and Afro-descendant Communities in the Marine Coastal Region of the Municipalities of Juan Francisco Bulnes and Brus Laguna in Honduras

Honduras - Latin America & Caribbean

Increasing socio-ecological resilience in the Uruguayan coastal zone and strengthening the adaptive capacity of its infrastructure: REACC COSTAS

Uruguay - Latin America & Caribbean

Strengthening the Adaptive Capacity of Coastal Communities of Fiji to Climate Change through Nature-Based Seawalls

Fiji - Asia-Pacific

Enhancing the adaptation capability of coastal community in facing the impacts of climate change in Negeri (village), Asilulu, Ureng and Lima of Leihitu District Maluku Tengah Regency Maluku Province

Indonesia - Asia-Pacific

Central Maluku consists of small islands vulnerable to even the smallest of ecological changes. As an archipelago, this area greatly depends on the ocean; both as source of living and connecting route between areas. Weather and seasons are among the factors influencing

Enhancing Climate Change Resilience of Coastal Communities of Zanzibar

Tanzania, United Republic of - Africa

In Zanzibar, one of the two countries that form the United Republic of Tanzania (URT), climate variability has caused prolonged dry periods and unpredictable rainfall pattern making crop cultivation unproductive. Freshwater resources are also in limited supply mainly dependent on seasonal rains that store water in inefficient groundwater aquifers consisting of freshwater lenses floating on

Enhancing the Resilience of Belize’s Coastal Communities to Climate Change Impacts

Belize - Latin America & Caribbean

Reducing vulnerability and increasing resilience of coastal communities in the Saloum Islands (Dionewar and Fadial)

Senegal - Africa

Climate change and climate variability are impeding development efforts on Dionewar Island on the west coast of Senegal. Under the combined effects of climate change and human activities, over 38% of the mangrove swamp in the Saloum estuary has disappeared according to the estimates. This degradation has led to significant ecological and economic losses. One

Enhancing the Climate Resilience of vulnerable island communities in Federated States of Micronesia

Micronesia, Federated States of - Asia-Pacific

The Federated States of Micronesia (FSM), a group of approximately 600 islands, is located near the Equator about 4,000 km southwest of the Hawaiian Islands in the Western Pacific Ocean. Areas of small island countries, such as the FSM, exceed well over 5000 mm of precipitation annually which makes them some of the wettest places

Adaptation to the Impacts of Climate Change on Peru’s Coastal Marine Ecosystem and Fisheries

Peru - Latin America & Caribbean

Peru sustains the most productive fisheries in the world, yielding nearly 10% of world's fish catch. The main driving factor for this enormous productivity is the physical and chemical characteristics of its coastal upwelling, which allow the efficient growth of primary producers, high survival rates of larvae and the efficient trophic transfer to foraging fish

Conservation and Management of Coastal Resources as a Potential Adaptation Strategy for Sea Level Rise

India - Asia-Pacific

The Krishna delta, home to about 4.5 million people, is located in the state of Andhra Pradesh on the southeast coast of India. The project region is highly vulnerable to the predicted changes in the climatic condition and sea level rise and associated extreme events such as cyclones and floods. The cumulative effect of sea level rise