Tag: bioswale

Bioswales are landscape elements designed to remove silt and pollution from surface runoff water. They consist of a swaled drainage course with gently sloped sides (less than six percent) and filled with vegetation, compost and/or riprap.

Twenty-Year Engineering Assessment of an LID Facility in Boulder, CO

This article provides a summary of the evolution of small stormwater control facilities constructed approximately 20 years ago using low impact development (LID) principles at a 10,000-square-foot office site in Boulder, CO. This project was undertaken to demonstrate how surface stormwater controls designed as multifunctional systems can support regionally appropriate

College Stormwater Programs

College Stormwater Programs

Not too long ago, there were only two colleges in the United States where one could learn about stormwater management, notes Brant Keller, public works director for Griffin, GA.

Protecting Coastal Waters

Protecting Coastal Waters

San Diego, CA, is a city with scenic coastlines along the Pacific Ocean, a world-class zoo, a long association with the US Navy, a growing population and economy, and a lively tourism industry. Managing stormwater in this beautiful city involves dealing with a myriad of challenges.

Stormwater Goes to School

Not too long ago, there were only two colleges in the United States where one could learn about stormwater management, notes Brant Keller, public works director for Griffin, GA.

Issues With Clay? No Way!

Issues With Clay? No Way!

This article discusses a novel approach of using a sand lens to convey the stored volume of runoff gradually into the deeper layers of the soil, or to the water table, to overcome some of the design challenges resulting from clayey soils.

Moving Toward Green in Omaha

Moving Toward Green in Omaha

As Kermit the Frog is known for singing, sometimes it’s not easy being green. And sometimes it isn’t easy being—or implementing—green or gray infrastructure, at least when it comes to managing stormwater on a budget and under challenging conditions, such as those found in Omaha, NE.

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