Secondary succession meets forest fragmentation
Things I am working on, but sadly nothing come out yet...
Photo by Maxwell Wilson.
Things I am working on, but sadly nothing come out yet...
Photo by Maxwell Wilson.
Non-random fragmentation effect
The non-random distribution patterns of forest fragments, with remaining forest fragments mostly located in less productive areas, can have a profound effect on which tree species will disappear from a landscape. We aim to study this possible impact with the aim of informing local authorities and tree species conservation agencies in the tropics in general how to best preserve biodiversity within production landscapes.
The non-random distribution patterns of forest fragments, with remaining forest fragments mostly located in less productive areas, can have a profound effect on which tree species will disappear from a landscape. We aim to study this possible impact with the aim of informing local authorities and tree species conservation agencies in the tropics in general how to best preserve biodiversity within production landscapes.
Spatial distribution pattern of functional traits
The underlying process driving species distribution patterns are still not clear. Here, with a traits-based approach, we aim to quantify the importance of topography in a 20 ha plot in Southwest Yunnan, China. We found that plant functional traits are not randomly distributed but follow environmental gradients, particularly topography. This is quite meaningful for the design nature reserves and evaluation of conservation efficiency.
The underlying process driving species distribution patterns are still not clear. Here, with a traits-based approach, we aim to quantify the importance of topography in a 20 ha plot in Southwest Yunnan, China. We found that plant functional traits are not randomly distributed but follow environmental gradients, particularly topography. This is quite meaningful for the design nature reserves and evaluation of conservation efficiency.