An ArcGIS Online (AGOL) page containing historical and predictive maps developed by James Hatten of the USGS for the southwestern willow flycatcher habitat across the southwestern United States. The model outputs a range of probabilities for suitable and less suitable habitat in 20% probability classes. This project shows that the satellite model adequately predicts flycatcher habitat rangewide, but it lacks the ability to predict which patches will be occupied in a given year.
Seasonal variation in stomatal sensitivity to atmospheric aridity between native and non-native riparian tree species in the western US
Susan E. Bush1,2, Jessica S. Guo3, Kevin R.
Developing a Preliminary Classification Schema for Groundwater Dependent Ecosystems
Chad McKenna1, Milczarek, Mike2
The Upper San Pedro: Concerted Long-Term Measures to Preserve its Riparian Treasure
David C.
Challenges in mapping and evaluating groundwater dependent ecosystems in California
Christian Braudrick1 and Bruce Orr1
Assessment Of Russian Olive As An Ecogeomorphic Agent On The Powder River; Antonio Reveles-Hernandez
Assessment Of Russian Olive As An Ecogeomorphic Agent On The Powder River
Antonio
Cottonwood Trees Vary in their Leaf Hydraulic Architecture Traits when Grown at the Extreme Hot Edge of their Range
Comparison of Russian Olive, Tamarisk, and Cottonwood Plant Traits with Implications for River Morphodynamic Trajectories
Water Stress in Riparian Woodlands from Groundwater Decline and Climate Change –Ecosystem Indicators at Multiple Scales
John C. Stella1*, Jared Williams1, Christopher Kibler2, Melissa M.
An Innovative Partnership to Address Impacts from Colorado Legacy Mining:
The Colorado Abandoned Mine Collaboration
Tamarisk Beetle Monitoring: Spatial and Temporal Patterns of Diorhabda Carinulata Abundance and Tamarisk Defoliation in Grand County, Utah, 2007-2021