The Susquehanna Shale Hills CZO focuses on the following question: How does water sculpt a landscape on shale bedrock?
The Susquehanna Shale Hills CZO focuses on the following question: How does water sculpt a landscape on shale bedrock? To answer this question requires us to solve many important issues in hydrology, geomorphology, ecology, soil science, geophysics and geochemistry. For example, we are monitoring water and solute fluxes to identify what controls the hydrologic and elemental budgets of the catchment. By identifying and studying the primary flow pathways for energy, water, and solutes, we are determining the rates and mechanisms of important hydrological, ecological, and geochemical processes. Our research promotes understanding of how the forested catchment evolves over multiple timescales ranging from the meteorological to the geological.
View people and their activity per working group (foci and/or discipline based).
View people, news, events, publications, etc aggregated by discipline tag within and across CZOs. Most content is interdisciplinary and tagged with 2-3 disciplines.
Biogeochemistry
e.g. carbon, nitrogen
Biology / Ecology
e.g. vegetation, ecosystems
Biology / Molecular
e.g. microbes, DNA
Climatology / Meteorology
e.g. weather, air pressure
Data Management / CyberInfrastructure
e.g. databases, Q/A, portals
Engineering / Method Development
e.g. wireless networks
Geochemistry / Mineralogy
e.g. elements, isotopes
Geology / Chronology
e.g. bedrock, age dating
Geomorphology
e.g. landscape, sediment transport
Geophysics
e.g. seismic, radar, resistivity
GIS / Remote Sensing
e.g. maps, elevation, LiDAR
Hydrology
e.g. discharge, groundwater
Modeling / Computational Science
e.g. models, algorithms
Outreach / Education Research
e.g. assessment, interviews
Social Science
e.g. land-use history
Soil Science / Pedology
e.g. genesis, classification
Water Chemistry
e.g. surface water, solutes