Congressional leaders across both parties are taking action to build climate resilience, and for good reason.
Natural disasters and extreme weather know no political affiliations or geographic boundaries, and are impacting all Americans with greater severity. Our country desperately needs investments in infrastructure that can withstand these disasters, while also increasing public safety, lowering the cost of disaster recovery, and spurring job and economic growth. Read More
Update, July 1, 2020: North Carolina’s Senate and House unanimously passed HB 1087. We thank Rep. Bell, Rep. McGrady and Sen. Newton for their leadership in advancing this important piece of legislation. Gov. Cooper signed HB 1087 on July 1, 2020. EDF staff will be working with Division of Mitigation Services staff and stakeholders to develop the program. Read our statement in response here.
Earlier this month, North Carolina released its first Climate Risk Assessment and Resilience Plan to prepare for more intense rain events and flooding. In particular, the plan emphasizes natural infrastructure as a means to reduce flooding and provide other benefits.
On the heels of the plan’s release, North Carolina’s General Assembly is expected to pass a bill that contains a measure to create a faster, more efficient path for investing in projects that reduce flooding, protecting downstream communities while also empowering the private sector to employ more North Carolinians.
Once passed, HB 1087 will go to Gov. Roy Cooper for his signature. If signed, the bill would not only help North Carolina implement natural infrastructure projects with greater urgency, but it would also create the nation’s first market for natural infrastructure projects to address flooding.
Update: North Carolina Governor Roy Cooper released the state’s first Climate Risk Assessment and Resilience Plan on June 2, 2020. See our statement in response here.
Earlier this month, Tropical Storm Arthur brushed by North Carolina’s Outer Banks two weeks before the official start of hurricane season and in the midst of the coronavirus pandemic. While damage was minimal, the storm was an urgent reminder of the state’s need to build climate resilience.
As North Carolina recovers from a slate of recent hurricanes, state officials are moving quickly to build resilience ahead of future storms. Gov. Cooper is expected to release the state’s first resilience plan in early June, providing a framework that will help the state move quickly toward a more resilient future. Read More
In mid-May, Tropical Storm Arthur skirted North Carolina’s coast before veering into the Atlantic. While damage was minimal, this marked the sixth straight year that a named storm developed in the Atlantic before the official start of hurricane season on June 1.
Experts are predicting this year to be a very active hurricane season, and even more concerning, researchers from NOAA and the University of Wisconsin at Madison just released a study that found climate change is causing more intense and dangerous hurricanes. Their research indicates that the likelihood of a tropical cyclone becoming a Category 3 or stronger storm has increased 8% per decade as a result of climate change. Read More
Earlier this year, New York Gov. Andrew Cuomo presented an ambitious challenge to the state Legislature: Pass a $3 billion bond to boost climate resilience and mitigate the impacts of sea level rise while preserving the state’s natural resources.
Last month, at the height of the coronavirus, the Legislature responded, passing a budget bill that included the Restore Mother Nature Bond Act.
The measure is expected to go to voters in the fall. If a majority approves the bond, it will put New York on a path to building lasting resilience, while also stimulating the economy, creating jobs and benefiting the state’s most vulnerable communities. Read More
This blog post is co-authored with colleagues from National Audubon Society, the National Wildlife Federation, The Nature Conservancy and Ocean Conservancy.
On April 20, 2010, the BP Deepwater Horizon oil rig exploded, killing 11 men and spewing an estimated 134 million gallons of oil into the Gulf of Mexico over the following 87 days. It was the largest oil spill in U.S. history, and it wreaked incredible harm on the ecosystem, wildlife and communities of the Gulf. Read More
Hurricane season is just around the corner, but experts are already predicting an above-average season.
Researchers at Colorado State University and meteorologists at Accuweather each released predictions indicating that the 2020 Atlantic hurricane season could be cause for concern with the potential for up to nine hurricanes and an “above-average probability for major hurricanes making landfall along the continental United States.”
Adding additional concern, water temperatures in the Gulf of Mexico are currently extremely warm, creating a recipe for intensifying storms. Read More
With spring underway, thousands of brown pelicans are returning to nest on Queen Bess Island — a bird rookery island south of New Orleans in Louisiana’s Barataria Bay. What may seem like an ordinary annual event is actually quite remarkable, and a promising sign of recovery and resilience for Louisiana’s state bird.
Brown pelicans have returned to nest on Queen Bess Island following a massive restoration project. Photo credit: Halle Parker, National Audubon Society.
Coastal states are particularly vulnerable to climate change, and that is especially true in New Jersey. To better understand and plan for this risk, the New Jersey Department of Environmental Protection (NJDEP) released a new report by Rutgers University that examines the state’s historical rates of sea level rise and updates future projections.
The report finds that sea level has increased at a higher-than-average rate for the Garden State, and seas could rise by an additional six feet by 2100.
Nearly eight years after Superstorm Sandy devastated the state, this and other report findings can help state planners and policymakers take proactive measures to help build resilience and mitigate impacts from rising seas and future storms. Read More
