Enhancing Carbon Sinks

Enhancing Carbon Sinks

Enhancing carbon sinks refers to the protection, restoration, and sustainable management of natural ecosystems, such as forests, wetlands, and soils, to increase their capacity to sequester and store atmospheric CO₂ in biomass and soils.

Earth’s oceans and land-based ecosystems are essential carbon sinks, absorbing over half of global carbon emissions and playing a critical role in regulating the climate. However, major natural carbon sinks, particularly tropical forests in the Amazon, Congo Basin, and Southeast Asia, are under severe stress from deforestation, land degradation, and climate-related pressures. Some are approaching ecological tipping points, where their ability to store carbon may be permanently compromised.

Through its programming, CARE is implementing targeted interventions that blend scientific knowledge, innovative financing, capacity building, and community-led action. These efforts aim to strengthen the ability of local communities to protect, restore, and enhance the ecosystems that serve as critical carbon sinks.

To support meaningful increases in carbon storage and broader climate resilience, CARE promotes a range of nature-based solutions, including:

  • Reforestation to expand forest cover and enhance carbon storage in biomass and soils
  • Agroforestry to integrate trees into farming systems, diversify local incomes through sustainable production, and increase long-term carbon storage in biomass and soils
  • Restoration of tidal wetland systems to strengthen coastal community resilience and maximize carbon storage in biomass and sediments.
Ghana

Country Description

Ghana is a lower-middle-income country in West Africa with a coast along the Atlantic Ocean. It has two main ecological zones: the southern region (30%) is predominantly forest whilst the remaining 70% of the country is part of the Northern Savannah Ecological Zone and is drier. Average annual rainfall in the south is almost double that experienced in the north (World Bank Group, 2023).

Climate change poses a significant threat to Ghana due to sea level rise in the south and Sahelian climate effects in the north (Ghana EPA, 2020). Average temperatures are expected to increase by 2.3°C to 5.3°C by the end of the century (World Bank Group, 2021). Ghana is vulnerable to intense and complex droughts, flooding, increasing aridity, and faces a high degree of risk to hazards and disasters. The key climate change impacts in Ghana will be in the health sector due to the rise in infectious disease and agricultural sectors resulting from changes in rainfall and flooding along the coastal areas (World Bank Group, 2023). More than 70% of the country’s land area is used for agriculture, a sector which employs 45% of Ghana’s population (World Bank, Group 2021). Most of the agricultural production takes place in the Northern Savannah Ecological Zone, where poverty rates are close to 45% (compared to a national average of 10%) and where the effects of climate change are expected to be most severe (ibid.). ¼ of the population lives along the coast in highly urbanized areas like Accra which are vulnerable to extreme flooding (ibid.).

Ghana has invested in a range of adaptation measures and climate related projects including sea defense projects along the coastline, building the resilience of smallholder farmers, and improving flood risk and waste management in Accra (Ghana EPA, 2020).

CARE Ghana’s resilience approach focuses on reducing the impact of hazards, enhancing people’s ability to accommodate the immediate impact of shocks and stresses and improving capacity to adapt to frequent floods, drought and other climatic conditions. CARE Ghana’s work at the community level is driven by a participatory Community-Based Adaptation (CBA) approach, involving community awareness-raising, training and decision making, to identify appropriate adaptation responses to the challenges faced by communities. Beyond the community level, CARE Ghana works with key partners and civil society organizations to influence policy formulation and implementation at the national and sub national level.

Climate Justice project
12
Active Climate Justice project
7
Closed Climate Justice project
5
People directly reached via Climate Justice project in FY24
73,505
People impacted via CJ project since 2021
1,595

EXPLORE

Other Themes

Donate for people and the planet

Help the CARE Climate and Resilience Academy share tools for change.

$
 
Personal Info

Credit Card Info
This is a secure SSL encrypted payment.

Donation Total: $25 One Time

This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.