Projects Functional Diversity
Foliar defense operates uniquely from foliar growth in tropical forest canopies.
Biological invasion trumps environmental factors in determining forest function and structure in Hawaii
Mapped forest biodiversity underpins new gap analysis of forest protections in the Andes and Amazon region, and reveals the critical importance of indigenous lands for biodiversity protection.
Canopy foliar waxes and their isotopes change with elevation in patterns that inform numerous fields, from photosynthesis to paleoecology
Not all forests are created equal. The massive green swaths of Peru’s Andean and Amazonian forests host a more diverse array of life than previously thought — much of which has been hidden beyond the visible spectrum of light until now.
In August 2011, I climbed onto a small twin-propeller plane, crouching down to avoid smacking my head. The plane took off from Cusco, Peru, and was soon soaring over the Amazon rainforest. From the window, I could see a vast, unbroken layer of trees, greeting the horizon in every direction. It all looked the same—but it wasn’t. That seemingly uniform stretch of jungle contained many distinctive types of forest, each with its own distinctive climate and species. To the naked eye, the boundaries between these zones are invisible. We literally can’t see the forests for the trees.
Sometimes for a scientist, the disconnected pieces of years of research come together in a single, “really awesome” point in time.
Multiple environmental factors drive spatial variation in canopy nitrogen in Neotropical forests