Stone Living Lab Launches Major Expansion of Network That Monitors MA Coastal Conditions and Tracks Flooding
10 new flood sensors, 2 new offshore wave buoys expand the Lab’s Real-Time Monitoring Network’s climate data collection.
10 new flood sensors, 2 new offshore wave buoys expand the Lab’s Real-Time Monitoring Network’s climate data collection.
Professor Farshid Vahedifard and members of his research group from Tufts University joined the Stone Living Lab for a meeting where both labs shared previous and current research projects.
Due to Perigean Spring Tides and an offshore storm, overland flooding was observed at Tenean Beach in Dorchester. Read about what the Lab's Climate Change Observatory sensors picked up during these weather events!
Researchers from MIT's Self-Assembly Lab and Nepf Lab shared their work with the Stone Living Lab in an afternoon of research exchange, providing insights on how Living Seawalls panels could help reduce wave overtopping, and more.
The Stone Living Lab’s Real-time Monitoring Network, which includes Hohonu overland flood sensors installed throughout Boston Harbor and the Boston Harbor Islands, was featured by BBC News.
For the past year, scientists with the Stone Living Lab at UMass have been watching sea creatures take over a previously flat, concrete wall.
During the most recent Nor'Easter our team at the Stone Living Lab was busy gathering and analyzing data via instrumentation we've deployed as part of our Climate Change Observatory.
The Stone Living Lab's Co-Director Katie Dafforn presents to the Living Seawalls workshop in San Francisco.
With several “king tides” in the near-term forecast, the Stone Foundation is donating $10 million over the next five years to help a local lab expand its work on nature-based methods of adapting places like Boston Harbor to flooding from climate change.