Tree Planting
Tree Planting
Tree growing in Desa'a, Ethiopia
Desa’a forest reserve, Tigray region, Ethiopia
Desa’a forest reserve, Tigray region, Ethiopia


23,123
Ha under restoration
22,498,698
Trees growing
104
Species regenerating

16,642
Families benefiting

4,757
People trained
Low
Low
Low
Moderate
Moderate
Moderate
High
High
High
Very High
Very High
Very High
Carbon Impact
Carbon Impact
Carbon Impact
Measures the project's effectiveness in removing or avoiding CO₂
Measures the project's effectiveness in removing or avoiding CO₂
Co-benefits
Co-benefits
Co-benefits
Assesses the positive impact on biodiversity, local communities, and ecosystem resilience.
Assesses the positive impact on biodiversity, local communities, and ecosystem resilience.
Data Transparency & Governance
Data Transparency & Governance
Data Transparency & Governance
Evaluates project accountability, monitoring accuracy, and the reliability of reported outcomes.
Evaluates project accountability, monitoring accuracy, and the reliability of reported outcomes.


Dries Grasveld
Head of Climate Projects
Let's schedule a short chat to see how we can help you.
Overview
Update 2024
Update 2023
Why this project?
The Desa’a Forest is one of the oldest remaining dry Afromontane forests in Ethiopia. Over 26,000 people live below the poverty line here, relying on the forest for water and energy and to feed their cattle. This ambitious—and award-winning - project aims to restore and protect the arid Afromontane and bring water back to this region, which is directly threatened by desertification coming from the north, and lift the rural communities out of extreme poverty. WeForest's goal is to create a world where communities and nature sustainably thrive together to stop global warming in our lifetime.
Combating climate change
The Desa’a forest reserve is home to many threatened species and plays an important role in climate adaptation and water supply in a region directly threatened by desertification from the north and east. Currently, 74% of the forest has disappeared, and the remaining 26% is severely degraded. Forest-dependent communities gather wood, trees, leaves, and undergrowth from the forest for fuel, and combined with the use of traditional, inefficient stoves, it means the annual pressure for fuelwood is estimated to represent more than 23K tons. The immediate consequence is erosion of topsoil and a significant reduction of agricultural yields for smallholder farmers. Even more alarming is the possible long-term impact on local cloud formation and rainfall, causing more frequent droughts and food insecurity.
The tree planting and restoration methods ensure that resources such as soil and water are improved by the presence of the trees, which also sequester carbon as they grow. This process is carried out all year round and serves to promote the natural succession of the forest. Carbon sequestration activities also contribute to reduced erosion, lower landslide risk, and flood or drought mitigation.
Co-benefits
WeForest has been working since 2016 to directly restore and protect nearly 40,000 ha of the forest through Assisted Natural Regeneration (ANR) and Enrichment Planting. They select species that serve multiple purposes in the forest and for the communities, generating a combination of social, economic, and environmental benefits. Examples are olive (Olea europaea), juniper (Juniperus procera), and briar root (Erica arborea), which are combined with different grass species for fodder and to reduce erosion. Furthermore, soil and water conservation structures are built to reduce runoff and improve soil infiltration.
By combining forest restoration with livelihood improvement programs, WeForest focuses on improving natural resource governance and the socio-economic resilience of communities living in and around the forest, with a special focus on women, the landless, subsistence farmers, and youth. Examples of income-generating activities are beekeeping, poultry, sheep, high-value trees and vegetable seeds, efficient cookstoves, solar lights, and the employment of forest guards. The project also establishes and strengthens rural schools’ environmental clubs.
Project Gallery


























Location
Project Partner

This project is run by WeForest, a non-profit organization that was established in 2010. WeForest’s mission is to create a world where communities and nature sustainably thrive together to stop global warming in our lifetime. WeForest works towards this goal by conserving and restoring the ecological integrity of forests. Their goal is to reach over 100 million trees—equivalent to around 85.000 hectares—restored or conserved by the end of 2024, thereby making a significant contribution to the UN Decade on Ecosystem Restoration.
United Nations' Sustainable Development Goals

Livelihood improvement programmes improve the social economic resilience of communities living in and around the forest.

Implementation of agroforestry methods for smallholder farmers to grow cash crops for food security, nutrition and consistent income while natural resources such as soil and water.

Special focus on women-headed families living close to the forest, through increase of employment in tree nurseries and training in sheep-rearing.

Bringing back water by conserving existing soil and water resources and establish water harvesting structures before the rains – including trenches, half-moon basins, percolation ponds and terraces – to replenish groundwater, help infiltration and stop heavy topsoil from washing away.

Distribution of solar lamps, reduction of fuelwood consumption by 30% through energy efficient cookstoves (Tikkikil stoves) and increase access to local, sustainable fuelwood supply from the buffer zone. Distribute solar lamps.

The presence of trees, due to framework planting and ANR practices, sequester carbon as they grow naturally.

Strong regeneration programme that protects more than 13.5 million trees, plants more than 70 native vegetation species and aims to restore 38000 ha of land.

Strong partnership with several partners, including WeForest Ethiopia, TBOARD EFCCC, Tigray Plan and Finance, Mekelle University, EEFRI.
TABLE OF CONTENTS
Project Highlights
Project Gallery
Location
Project Partner
UN Goals
Overview
Update 2024
Update 2023
Why this project?
The Desa’a Forest is one of the oldest remaining dry Afromontane forests in Ethiopia. Over 26,000 people live below the poverty line here, relying on the forest for water and energy and to feed their cattle. This ambitious—and award-winning - project aims to restore and protect the arid Afromontane and bring water back to this region, which is directly threatened by desertification coming from the north, and lift the rural communities out of extreme poverty. WeForest's goal is to create a world where communities and nature sustainably thrive together to stop global warming in our lifetime.
Combating climate change
The Desa’a forest reserve is home to many threatened species and plays an important role in climate adaptation and water supply in a region directly threatened by desertification from the north and east. Currently, 74% of the forest has disappeared, and the remaining 26% is severely degraded. Forest-dependent communities gather wood, trees, leaves, and undergrowth from the forest for fuel, and combined with the use of traditional, inefficient stoves, it means the annual pressure for fuelwood is estimated to represent more than 23K tons. The immediate consequence is erosion of topsoil and a significant reduction of agricultural yields for smallholder farmers. Even more alarming is the possible long-term impact on local cloud formation and rainfall, causing more frequent droughts and food insecurity.
The tree planting and restoration methods ensure that resources such as soil and water are improved by the presence of the trees, which also sequester carbon as they grow. This process is carried out all year round and serves to promote the natural succession of the forest. Carbon sequestration activities also contribute to reduced erosion, lower landslide risk, and flood or drought mitigation.
Co-benefits
WeForest has been working since 2016 to directly restore and protect nearly 40,000 ha of the forest through Assisted Natural Regeneration (ANR) and Enrichment Planting. They select species that serve multiple purposes in the forest and for the communities, generating a combination of social, economic, and environmental benefits. Examples are olive (Olea europaea), juniper (Juniperus procera), and briar root (Erica arborea), which are combined with different grass species for fodder and to reduce erosion. Furthermore, soil and water conservation structures are built to reduce runoff and improve soil infiltration.
By combining forest restoration with livelihood improvement programs, WeForest focuses on improving natural resource governance and the socio-economic resilience of communities living in and around the forest, with a special focus on women, the landless, subsistence farmers, and youth. Examples of income-generating activities are beekeeping, poultry, sheep, high-value trees and vegetable seeds, efficient cookstoves, solar lights, and the employment of forest guards. The project also establishes and strengthens rural schools’ environmental clubs.
Project Gallery


























Location
Project Partner

This project is run by WeForest, a non-profit organization that was established in 2010. WeForest’s mission is to create a world where communities and nature sustainably thrive together to stop global warming in our lifetime. WeForest works towards this goal by conserving and restoring the ecological integrity of forests. Their goal is to reach over 100 million trees—equivalent to around 85.000 hectares—restored or conserved by the end of 2024, thereby making a significant contribution to the UN Decade on Ecosystem Restoration.
United Nations' Sustainable Development Goals

Livelihood improvement programmes improve the social economic resilience of communities living in and around the forest.

Implementation of agroforestry methods for smallholder farmers to grow cash crops for food security, nutrition and consistent income while natural resources such as soil and water.

Special focus on women-headed families living close to the forest, through increase of employment in tree nurseries and training in sheep-rearing.

Bringing back water by conserving existing soil and water resources and establish water harvesting structures before the rains – including trenches, half-moon basins, percolation ponds and terraces – to replenish groundwater, help infiltration and stop heavy topsoil from washing away.

Distribution of solar lamps, reduction of fuelwood consumption by 30% through energy efficient cookstoves (Tikkikil stoves) and increase access to local, sustainable fuelwood supply from the buffer zone. Distribute solar lamps.

The presence of trees, due to framework planting and ANR practices, sequester carbon as they grow naturally.

Strong regeneration programme that protects more than 13.5 million trees, plants more than 70 native vegetation species and aims to restore 38000 ha of land.

Strong partnership with several partners, including WeForest Ethiopia, TBOARD EFCCC, Tigray Plan and Finance, Mekelle University, EEFRI.
TABLE OF CONTENTS
Project Highlights
Project Gallery
Location
Project Partner
UN Goals
Other projects
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