2801 Sharon Turnpike; P.O. Box ABMillbrook NY 12545-0129, USA
Dr. Weathers' research focuses on quantifying how biology affects geochemistry and biogeochemical cycling across heterogeneous landscapes, and within and among multiple systems (air-land-water). Specific topics have included quantifying cross-boundary nutrient fluxes (e.g., nutrient and pollutant delivery and biogeochemistry from ocean to forest); how landscape and plant structure affect fog inputs—and how fog affects the biotic and abiotic maintenance of ecosystems; the importance of tree species, and their pests and pathogens, in controlling landscape biogeochemistry; and the effect of cyanobacteria on oligotrophic lake resilience.
Research associated within GLEON ranges from the impacts of major events (e.g., Hurricane Irene) on lake function around the globe to how high frequency data serve as a common language to link citizens, scientists, and students around the world in research, education, and outreach.
Exploring the importance of fogwater inputs to coastal ecosystems by quantifying inputs and identifying sources (marine vs. terrestrial) of nutrients, particularly nitrogen and water.
This project is primarily focused on understanding the ecology and nutrient cycling of Catskill forests and the responses of the forests to stresses such as air pollution and introduced pests.
This project is focused on the consequences of the invasion of the beech bark disease (BBD) in northern hardwood forests, which dominate the uplands of the northeastern U.S. and southeastern Canada.
Building on earlier research, which focused on how landscape features affect atmospheric deposition, we have developed a new modeling approach for scaling point measurements of atmospheric deposition to whole landscapes in Acadia and Great Smoky National Parks.
Fundamentals of Ecosystem ScienceAcademic Press, 2013
Ecosystem Function in Heterogeneous LandscapesSpringer-Verlag New York, Inc., 2005
Cary Institute of Ecosystem Studies | Millbrook, New York 12545 | Tel (845) 677-5343