Models play a key role in advancing our understanding of how the Critical Zone forms, operates, and evolves. CZOs provide an important opportunity to improve various models by using integrated measurements to parameterize, test and develop new representations of CZO processes. The CZOs seek to extend and improve process specific models, such as the response of vegetation to water stress, as well as fully coupled models of atmospheric-hydrologic-ecologic and geomorphic processes. Comprehensive data sets from the CZOs provide a unique opportunity to evaluate models at different temporal and spatial scales and across a range of environmental settings. Models also provide a mechanism to generalize and extend observation-based results beyond the CZOs. CZO models will allow the prediction of the Critical Zone response to future climate and land use changes.The CZO modeling strategy can be generally categorized by two approaches: conceptual and numerical models.
08 Feb 2018 (Boulder) - The CZO's own Dr. Noah Molotch, director of CWEST, appeared on KGNU during a piece on snow depth and Snow Telemetry (SNOTEL). KGNU is an...
03 Nov 2017 (Shale Hills) - During the week of October 30th, Penn State and SSHCZO hosted 15 scientists from the China Geological Survey, with interests ranging from saltwater...
30 Oct 2017 (National, Boulder, Calhoun, Catalina-Jemez, Christina, Eel, IML, Luquillo, Reynolds, Shale Hills, Sierra) - Water Resources Research published a new special collection in September 2017 featuring concentration-discharge research from multiple CZOs.
03 Oct 2017 (Sierra) - Five master's students at the UCSB Bren School are incentivizing restoration strategies for private landholders with Sierra RCD.
19 Jul 2017 (Sierra) - Wonder what soils and sponges have in common? Or why some trees in the Sierra Nevada are dying while others are surviving? Find out in our new comic.