Mechanisms of Flood-Induced Levee Breaching in Marumori Town During the 2019 Hagibis Typhoon
Visit sourceDirectly analyzes flooding caused by a named extreme storm event.
Changing atmospheric temperatures affects water temperature and has adverse impact on a wide range of aquatic life.
Extreme weather events such as flooding, hurricanes, and storm surge put extra pressure on coastal defenses and adjoining regions. Forecasting and warning services for natural disasters can help save lives but often require installation of flood forecasting and warning systems, along with decision support systems.
EFDC+ accurately models fresh and saline water interactions in estuaries and river systems allowing users to develop well calibrated models of their systems and evaluate the impacts of predicted climatic changes. In turn, EFDC+ may be modified to support flood forecasting systems in real-time systems.
Directly analyzes flooding caused by a named extreme storm event.
“Infrequent high-precipitation events” is explicitly the studied phenomenon.
Directly about modeling cyclone/hurricane events.
Direct hurricane case study.
Directly framed around hurricane-season preparedness.
Flood control is the explicit subject, tying to extreme rainfall/flood events.
Flood control is the explicit subject, tying to extreme rainfall/flood events.
Climate change is an accepted reality, so most infrastructure development and maintenance will require the evaluation of possible impacts of climate change.