Cloud immersion and the future of tropical montane forests
Lead Research Organisation:
Manchester Metropolitan University
Department Name: Biology and Conservation Ecology
Abstract
Tropical montane forests are unique biodiversity rich ecosystems which provide water to tens of millions of people, alongside other services such as carbon
sequestration. Unfortunately, future increases in temperature, and the associated reduction in cloud immersion, could lead to the disappearance of these
ecosystems and the services they provide. However, little is known on how cloud immersion affects these forests at stand-level and macroecological scales,
particularly in Africa.
To address this, I will combine detailed field measurements in three African mountains with continent-wide analysis of the newly created AfriMont plot
database, and use state-of-the-art analysis methods to model cloud immersion from satellite images and climate re-analyses. I will (1) determine the importance
of cloud immersion for maintaining annual water inputs and tree growth, (2) quantify the consequences of future changes in cloud immersion for carbon stocks
and fluxes, and (3) assess how different dominant tree species respond to changes in cloud immersion.
CLOUDFOR is a highly interdisciplinary project (climate science, ecology, hydrology) which will generate key information of wide relevance for the
sustainable management of these forests - thanks to a targeted end-user engagement plan.
The high scientific quality and clear impact of the project will benefit the EU not only by generating new knowledge and high-profile publications, but also by
contributing to EU commitments within international treaties such as the Aichi Biodiversity targets and the Sustainable Development Goals.
sequestration. Unfortunately, future increases in temperature, and the associated reduction in cloud immersion, could lead to the disappearance of these
ecosystems and the services they provide. However, little is known on how cloud immersion affects these forests at stand-level and macroecological scales,
particularly in Africa.
To address this, I will combine detailed field measurements in three African mountains with continent-wide analysis of the newly created AfriMont plot
database, and use state-of-the-art analysis methods to model cloud immersion from satellite images and climate re-analyses. I will (1) determine the importance
of cloud immersion for maintaining annual water inputs and tree growth, (2) quantify the consequences of future changes in cloud immersion for carbon stocks
and fluxes, and (3) assess how different dominant tree species respond to changes in cloud immersion.
CLOUDFOR is a highly interdisciplinary project (climate science, ecology, hydrology) which will generate key information of wide relevance for the
sustainable management of these forests - thanks to a targeted end-user engagement plan.
The high scientific quality and clear impact of the project will benefit the EU not only by generating new knowledge and high-profile publications, but also by
contributing to EU commitments within international treaties such as the Aichi Biodiversity targets and the Sustainable Development Goals.
