Ethiopian drylands grew forest cover from 1.9% to over 22% in 9 years
A study in Ethiopia shows that forest cover in drylands increased from 1.9% to over 22% in nine years through natural regeneration and active tree planting. These efforts significantly reduced topsoil loss, demonstrating the effectiveness of environmental restoration programs.
Why it matters
The findings provide a scalable model for combating desertification and soil erosion in vulnerable dryland regions globally.
In 2015, trees covered just 1.9% of these Ethiopian drylands; nine years later, helping old roots regrow pushed forest cover above 22%.A comprehensive study evaluating land restoration in the Kembata Tembaro district of central Ethiopia shows that protecting wild growth and planting new trees have significantly reduced severe topsoil loss across dry, hilly areas.The research was published in the scientific journal Scientific Reports by lead author Melese Wondatir Sisay. The investigation evaluated the real-world impact of the REDD+ Investment Program, an environmental initiative launched in 2015 with funding support from the Norwegian government.
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