Ecology and Environmental Justice Research across the LTER Network: long-term and multi-scale understandings of past, present and future
Grass lands data Integration of aboveground net primary productivity across sites and time
The influence of changes in terrestrial plant community structure on aquatic ecosystem function across the LTER network
Synthesis Riparian zones help maintain regional biodiversity,4 and we hypothesize that alterations to these ecotones could have large impacts on aquatic ecosystem function. Two examples from LTER sites illustrate this hypothesis. Current declines in eastern hemlock (Tsuga canadensis) resulting from woolly adelgid (Adelges tsugae) infestations are altering riparian tree community composition5 and ecosystem function6 in… Read more »
Toward a synthesis of LTER studies of small mammal populations and communities in arid and semiarid ecosystems
DIRT – continuation of C1 meetings
The response of watershed nitrogen retention to large-scale climate disturbance across the LTER network.
Cross-site Synthesis of Soil Microbial Enzymes in Response to N Deposition
Importance of Consumer-driven Nutrient Recycling in Streams Across a Climatic Gradient – San Juan, PR
Continuation of Fertilization Synthesis
Shrub Dynamics: A Cross-Site Examination for Patterns & Consequences
Disturbance & Variance: Detecting Change in Terrestrial & Aquatic Ecosystems
Proposal for ASM workshop follow-up (coPIs: Rusak, Fraterrigo and Turner) Disturbance and Variance: Detecting change in terrestrial and aquatic ecosystems Rationale and Conceptual Framework Populations, communities, and ecosystems vary in space and time. Variability is a fundamental property of natural systems, and its quantification and interpretation cross boundaries between many different disciplines. However, our understanding… Read more »








