Sharing Knowledge to Rebuild Tropical Forests and Landscapes
Tropical forests contain a huge amount of biological diversity, play a key role in human health, offer a vast array of ecosystem services and have become central to global debates on climate change.
But extensive deforestation and degradation are causing a significant decline in the biological diversity and the ecosystem goods and services provided by them. And, in many African countries there is a notable connection between degradation and the inability of decision makers – and the larger society – to access existing scientific knowledge and innovations that could help reverse the impacts of forest degradation. Read more…
Genes the means to screen future forest scene
Forest ecosystem restoration is a critical component in tackling climate change, combatting biodiversity loss and desertification, and for providing products and services that support livelihoods at a local level.
For those reasons, restoring and rehabilitating forests and degraded lands will be one of the major environmental challenges of this century.
But, as a recent thematic study coordinated by Bioversity International, a IUFRO Member Organization, for the Food and Agriculture Organization of the United Nations – Genetic Considerations in Ecosystem Restoration Using Native Tree Species – notes, there is more to forest restoration than simply planting trees.