Restoring peat bogs in the Cairngorms
To restore approximately 10,000 acres of bog within the area of concern, which covers approximately 60,000 hectares of land within Scotland's Cairngorms National Park.
To restore approximately 10,000 acres of bog within the area of concern, which covers approximately 60,000 hectares of land within Scotland's Cairngorms National Park.
The pilot project aims to reduce the impact of climate change on marginalized communities by providing localized, water-sensitive interventions that address issues related to sanitation and water management.
The project aims to protect and restore the biodiversity of the Duwa and Sutebwo forests and to increase household incomes, contributing to poverty reduction in 41 local communities in the district of Tominian.
This project aims to reverse the deterioration of soil fertility and natural resources, contributing to reduce household hunger in the Talensi District, Ghana.
The Medmerry scheme realigned a section of coast to deliver better protection from coastal flooding for local people and to provide intertidal habitat for nature.
The ongoing urban resilience project aims to improve living standard and resilience to extreme natural events through supplying flood management, water, and sanitation infrastructure.
Xinyu is adopting an integrated approach to flood control and waste management that seeks to safeguard communities against warming temperatures and increased precipitation.
The project proposes an integrated people-centered approach, with a particular focus on women, to address the triple crisis – poverty, climate change, and nature – at the local level.
The aim of the Ten Billion Tree Tsunami project is to restore a previously deforested area and contribute to Khyber Pakhtunkhwa’s Green Growth Initiative. Two approaches of protected natural regeneration and planned afforestation were set in motion. Moreover, the project aims to support livelihoods, encourage eco-tourism, community engagement and generate jobs through conservation.
The project invests in climate-proof infrastructure to improve urban environments and climate resilience for the Bao Ninh peninsula and along the Co Co river. The aim is developing climate-proofing structures through improvements to stormwater and flood management, erosion prevention, and salinity control.