Study: African forests hold more carbon than we thought
African tropical mountain forests are carbon-rich, are rich in biodiversity and also store as much carbon per hectare as those found in African lowlands.
My research interests, at the interphase between natural and social sciences, have focused on tropical forest ecology, carbon stocks, ethnobotany, forest use by local communities and forest conservation. I have been involved in several multidisciplinary collaborative research projects, in over ten countries in Africa. Apart from publishing in peer-reviewed journals, I am involved in disseminating results to wider audiences (from local communities to policy makers) and in science outreach, as I believe ‘science should be useful to people’. I am committed to capacity building in Africa, teaching in short courses and being an advisor for several African PhD students. My current research project focuses on African montane forests and assesses ecosystem services, threats and potential management strategies.
African tropical mountain forests are carbon-rich, are rich in biodiversity and also store as much carbon per hectare as those found in African lowlands.
Warming temperatures have either killed the African baobab trees directly or have made them weaker and more susceptible to drought, diseases, fire or wind.