Tag: stormwater (page 1 of 3)

Local Government Financial Resilience and Preparation Before a Natural Disaster

The 2017 U.S. Atlantic hurricane season is officially the most expensive ever, amounting to $202.6 billion in damages across the Atlantic basin. This record-breaking hurricane season brought some of the most catastrophic storms in recent memory. As Hurricane Katrina reshaped New Orleans in 2005, the destruction induced by Harvey, Irma, and Maria will have lasting consequences for cities and towns in Texas, Florida, and Puerto Rico. The devastation is likely to be even more long-lasting for many of the hardest hit small islands across the Caribbean. And hurricanes are not the only natural disasters with a hefty price tag; drought, freezing temperatures, severe storms, wildfires, and winter storms cause billions of dollars in damages every year.

As a result of rapid urbanization, climate change, and increases in population and material wealth continue to mount, municipalities are becoming extremely vulnerable to natural disasters, making it necessary for local governments to become more resilient to catastrophes. Natural disaster resiliency often focuses on the built environment and hazard mitigation, but what about weathering the storm from a financial perspective? The following tips can help a local government be financially resilient in the face of a natural disaster: Continue reading

Staying Up to Date with North Carolina Stormwater Utility Fees

In order to better understand the stormwater finance and governance landscape, the Environmental Finance Center at the University of North Carolina at Chapel Hill recently inventoried and analyzed the stormwater fees used by 74 municipalities and three counties charging stormwater utility fees across North Carolina . These fees are used to fund programs and activities that improve surface water quality, help meet regulatory requirements, and address a variety of critical stormwater and drainage management needs.  Before a deep dive into North Carolina stormwater fees, we’ve provided a review of some relevant terminology: Continue reading

Five Communication Tips for Stormwater Incentive Programs

Stormwater incentive programs are a creative tool used by some towns and cities to encourage community participation in stormwater management practices. Many of the incentive programs encourage citizens to install green stormwater infrastructure projects on their property. Stormwater ‘incentive’ programs can be found in municipalities across the United States and can take on a variety of formats; rebates, grants, cost sharing, and loans are some of the most popular methods. These programs usually offer incentives for both commercial and residential property owners, and they encourage projects like rain gardens, cisterns, rain barrels, green roofs, bioswales, permeable pavers, and native tree plantings.

Projects like this help improve the water quality of impacted water bodies by preventing pollutants from entering waterways and mitigating flooding problems in impacted areas. While the benefit of using these practices is substantial, offering financial incentives tends to boost interest from property owners to participate in such programs.  Continue reading

Environmental Impact Bonds: Realistic Expectations for a Promising Trend

Guest post by Reed Perry, a Master of Environmental Management candidate at the Duke University Nicholas School of the Environment.

A $25 million dollar Environmental Impact Bond (EIB) issued by DC Water last year has captured the attention of environmental groups, investment firms, and policymakers alike. The nation’s first of its kind, this bond was announced in September 2016 and was followed by a buzz of excitement and inquiry. But what exactly is an EIB, and how plausible is its application for your organization’s project? Continue reading

Four Ways Water Utilities Can Weather a Hurricane

Millions of United States citizens continue to battle the effects of massive hurricanes this month. Many have lost electric and water service. As water and wastewater utilities struggle to get their systems up and running again, some are in a better position than others. What makes a utility more resilient in the face of this type of natural disaster?

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