5 results — topic: East River watershed

Dataset

Cold-Air Pooling Maps for Colorado (100 m) and the East River Watershed Region (30 m)

Cold-air pooling (CAP) mapped across Colorado at 100m resolution and the region surrounding the East River watershed, CO at 30m resolution. Classifications were determined using a Python implementation of the algorithm originally developed in Lundquist et al., 2008, applied to digital elevation mode

Cramblitt, John, Lundquist, Jessica2025DOI: 10.5281/zenodo.17168090
Dataset

Colorado Cold-Air Pooling Maps and SNOTEL Station Classifications

This dataset contains maps of cold-air pooling (CAP) across Colorado at 100m resolution (Colorado_100m.nc) and the region surrounding the East River watershed, CO at 30m resolution (EastRiver_30m.nc). Classifications were determined using a Python implementation of the algorithm originally developed

Cramblitt, John, Lundquist, Jessica2025DOI: 10.5281/zenodo.17168089
Dataset

Colorado Cold-Air Pooling Maps and SNOTEL Station Classifications

This dataset contains maps of cold-air pooling (CAP) across Colorado at 100m resolution (Colorado_100m.nc) and the region surrounding the East River watershed, CO at 30m resolution (EastRiver_30m.nc). Classifications were determined using a Python implementation of the algorithm originally developed

Cramblitt, John, Lundquist, Jessica2025DOI: 10.5281/zenodo.17393408
Dataset

Colorado Cold-Air Pooling Maps and SNOTEL Station Classifications

This dataset contains maps of cold-air pooling (CAP) across Colorado at 100m resolution (Colorado_100m.nc) and the region surrounding the East River watershed, CO at 30m resolution (EastRiver_30m.nc). Classifications were determined using a Python implementation of the algorithm originally developed

Cramblitt, John, Lundquist, Jessica2025DOI: 10.5281/zenodo.17459995
Dataset

Dissolved Oxygen and Temperature Data from the Hyporheic Zone of the East River Watershed July 2017 to October 2018

Dissolved oxygen (DO) is critical for aquatic ecosystems. Our focus is on the long-term DO dynamics in hyporheic zone of rivers, which are a function of both transport (hydrologic exchange between river and hyporheic zone) and uptake by biogeochemical reactions or respiration. The study site is the

Ruby Ghosh, Charles McIntire, Michael Freeman2023DOI: 10.15485/1972219Cited 1 times