Terrestrial Hydrology Group
L o a d i n g
Our research includes land surface - atmosphere interactions for climate models and watershed models; impacts of climate change on hydrologic and water resource systems; and remote sensing of hydrologic systems. This web site describes our current research projects, the people in our research group, the models and the data that we use, our recent publications and our resources.
Available DatasetsShowing 3 of 3 results
- This archive contains estimates of runoff to the ocenas for all river outlets globally, excluding Greenland and Antarctica, based on routing through the simulated topological network at 30-minute spatial resolution (STN-30p, version 6.01; 2004–07) flow network [Vörösmarty et al. 2000; downloaded from Water Systems Analysis Group (2007)] at 1/2-degree latitude-by-longitude resolution using the Lohmann et al. (1996, 1998) routing model. The data set is a hybrid of simulated and observed streamflow for 4 model-method combinations, as described in Clark et al., J. Hydrometeor. (2015).1Licence not specifiedalmost 2 years ago
- A global dataset of Palmer Drought Severity Index (PDSI) and potential evporation (PE) at 1.0-degree, monthly resolution.1Licence not specifiedalmost 2 years ago
- This dataset provides near-surface meteorological data for driving land surface models and other terrestrial modeling systems. It blends reanalysis data with observations and disaggregates in time and space. The dataset is currently available at 1.0 degree (plus 0.5 and 0.25 degree), 3-hourly (plus daily and monthly) resolution globally for 1948-2008. Experimental updates include a 1901-2012 version (that will become V2), real-time updates, higher resolution versions for Africa (that assimilates all available gauge data) and future climate projections based on bias-corrected climate model output1Licence not specifiedalmost 2 years ago
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Updated