A team of researchers, including four from the University of Calgary, believe they are one step closer to helping predict when The Big One might next happen.
This study describes a model to predict canopy water content during drought and heat waves, which could enable the development of fire danger forecasting models that include the role of vegetation in their calculations.
This study examines how a unique coupled computer modeling approach can accurately recreate the coastal flooding that occurred during Hurricane Florence, demonstrating that it is more accurate than traditional modeling approaches.
A new study led by SMU suggests bringing “good fire” back to the U.S. and other wildfire fire-prone areas, as Native Americans once did, could potentially blunt the role of climate in triggering today’s wildfires.
This study discusses how precipitation anomalies brought about by climate change particularly hurt the poorest, especially in countries that heavily rely on the agricultural sector.
Simulations suggest that waves in the atmosphere above northern Africa influence the intensity, timing, and location of formation of Atlantic tropical cyclones.
