In this new publication “How climate change and fire exclusion drive wildfire regimes at actionable scales” , the authors modeled the drivers that dominate fire regimes at management-relevant scales, finding that spatial estimates of soil aridity can provide a relatively simple, first-order indicator of where in a watershed fire regime is climate vs. fuel-limited andContinue reading “New Publication: climate vs. fuel-limitations in watershed fire regimes”
Author Archives: ecohydrolab
Tenure for Kennedy
Congratulations to our collaborator and friend Dr. Maureen Kennedy on her newly granted tenure!
New publication: interactions between biophysical & climatic parameters and fuel treatments
This new publication from Burke et al. uses RHESSys to model effects across a range of variables.
New publication on urban energy balance
The authors examine urban energy flux variability across landcover and climate gradients of urbanized Los Angeles County.
Visualization and Ecohydrologic Models: Opening the Box
Naomi Tague and James Frew outline a framework for increasing the usefulness of ecohydrologic models through better visualization.
David Miller’s Defense
David Miller presented his defense entitled “Remote Sensing of Urban Vegetation during Drought in Southern California” on December 4th.
Tague Presents at Drylands, Deserts, and Desertification Conference
Last week, Naomi Tague presented “Understanding forests in a warming world through model-data integration” at Feeding the Drylands Conference.
Hanan’s commentary on Megafires
Dr. Erin Hanan wrote a timely commentary addresses the debate on fires in the West.
New Publication! Snow, runoff, and counteracting influences
This research highlights how runoff losses/gains due to changes in snow dynamics as a result of climate change are mediated by site specific conditions.
New Book: Mountains in the Greenhouse
Longtime Tague Team Lab collaborator Don McKenzie just published a new book – a great, accessible, science book for the public introduction to the mountains we study and enjoy so much.
