Bay Area Residents Face Reality of Rising King Tides Due to Climate Change.
Residents of the Bay Area are bracing themselves for more frequent and intense king tides, which were recently exacerbated by a storm that brought record-high tides to the region. The phenomenon, where the moon's gravitational pull combines with atmospheric pressure to create exceptionally high tides, has been linked to rising sea levels caused by climate change.
Larkspur resident Ari Gorman described his experience during one of these events, saying "We had to kind of swim in and out" as water flooded garages. The repeated flooding raises concerns about the long-term resilience of homes and infrastructure in the region.
Experts warn that king tides will become more common due to sea level rise, with some areas expecting an additional 4 feet of water during high tide. The UC Santa Cruz Center for Coastal Climate Resilience has projected a scenario where San Mateo County faces significant impacts from rising sea levels during a 100-year storm.
Professor Mike Beck, Director of the center, emphasizes that king tides provide valuable insights into future sea levels and their potential consequences. "The strong winds will be pushing those tidal waters even higher up on us," he said. As part of the solution to this problem, Professor Beck advocates for nature-based solutions like wetlands, which can help mitigate the effects of rising sea levels.
In San Francisco, king tides led to flooding on the Embarcadero. The Port of San Francisco has a resilience plan in place with other city agencies and is working with the U.S. Army Corps of Engineers to adapt its waterfront infrastructure to address sea level rise over time.
However, experts stress that this will require a coordinated effort across cities and governments. "We are going to need to defend better," Professor Beck said, "and we should be using nature-based solutions whenever possible."
As climate change continues to exacerbate king tides in the Bay Area, residents must prepare for more frequent flooding events and advocate for long-term resilience measures.
Residents of the Bay Area are bracing themselves for more frequent and intense king tides, which were recently exacerbated by a storm that brought record-high tides to the region. The phenomenon, where the moon's gravitational pull combines with atmospheric pressure to create exceptionally high tides, has been linked to rising sea levels caused by climate change.
Larkspur resident Ari Gorman described his experience during one of these events, saying "We had to kind of swim in and out" as water flooded garages. The repeated flooding raises concerns about the long-term resilience of homes and infrastructure in the region.
Experts warn that king tides will become more common due to sea level rise, with some areas expecting an additional 4 feet of water during high tide. The UC Santa Cruz Center for Coastal Climate Resilience has projected a scenario where San Mateo County faces significant impacts from rising sea levels during a 100-year storm.
Professor Mike Beck, Director of the center, emphasizes that king tides provide valuable insights into future sea levels and their potential consequences. "The strong winds will be pushing those tidal waters even higher up on us," he said. As part of the solution to this problem, Professor Beck advocates for nature-based solutions like wetlands, which can help mitigate the effects of rising sea levels.
In San Francisco, king tides led to flooding on the Embarcadero. The Port of San Francisco has a resilience plan in place with other city agencies and is working with the U.S. Army Corps of Engineers to adapt its waterfront infrastructure to address sea level rise over time.
However, experts stress that this will require a coordinated effort across cities and governments. "We are going to need to defend better," Professor Beck said, "and we should be using nature-based solutions whenever possible."
As climate change continues to exacerbate king tides in the Bay Area, residents must prepare for more frequent flooding events and advocate for long-term resilience measures.