Investigating the role of critical interfaces for regulating the storage, transport, and transformations of material such as water, sediment, carbon, and nutrients.
Learn More About the CINetThis CINet project hones in on the role of “Critical Interfaces” that play a dominant role in overall functioning of the landscape resulting from the intertwined of hydrological, biological, ecological, geological, and chemical processes.
CO2 exchange rates between land and air gives us insight into soil health
How material from IML's entering the upper corridor affect areas downstream
Gas and moisture comparisons at the root zone shows impact of crops
Measuring in-stream environmental factors with state-of-the-art equipment
Researchers looked at all the main sites being used in the CINet project
CINet utilizes many different types of instruments to gather information
Researchers and staff are installing soil gas cups and sensors in a prairie
Critical interfaces serve as transition areas (or boundary layers) for the transmission of material and gaseous fluxes.
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Twitter: @CINetCluster @CINetJScientist
Instagram: @CINetCluster
YouTube: CINet Junior Scientist Council
Flickr: CI Net
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