Articles Tagged: Stormwater Management

For much of the last century, stormwater management followed a simple philosophy: collect runoff as quickly as possible and move it downstream through pipes, ditches, culverts, and channels. Success was often measured by how rapidly water could be removed from streets and developed areas. That appro…

Rain gardens are among the most recognizable and effective forms of green infrastructure. Although they often resemble attractive landscaped planting beds, a properly designed rain garden is a carefully engineered stormwater management system. Every component, from the shape of the basin to the soil…

Stormwater management has traditionally focused on one primary goal, moving runoff away from roads, buildings, and neighborhoods as quickly as possible. While this approach successfully reduces flooding, it often leaves behind landscapes dominated by pavement, pipes, and manicured turf that provide …

Stormwater drainage systems are among the most critical yet overlooked components of rural infrastructure. Hidden beneath roads, driveways, fields, and stream crossings, culverts and drainage pipes quietly transport runoff away from roadways and developed areas. Many rural drainage systems were inst…

When most people think about stormwater pollution, they think of sediment, nutrients, oils, trash, or road salt. However, heat itself can be a pollutant. Thermal pollution occurs when stormwater runoff becomes significantly warmer than the natural receiving waters it eventually enters. Elevated wate…

In stormwater management, some of the most serious failures begin as subtle warning signs that are easy to overlook unless someone is paying close attention. A cross culvert that appears nearly full on a dry day, with no recent rainfall to explain elevated water levels, is one of those warning signs…

Stormwater runoff can cause fish kills through a combination of physical, chemical, and biological mechanisms that alter aquatic environments beyond the tolerance limits of fish and other aquatic organisms. These impacts are often rapid, episodic, and closely tied to precipitation events, especially…

*Author's note: The primary image paired with this article depicts a road with a paved wing - Richmond Hill Drive in Queensbury, NY, to be precise - while flooded during a pre-thaw heavy rain event. A winged road with adequate drainage would not normally retain that amount of stormwater. If you …

As communities look for sustainable ways to manage stormwater, bioswales have become one of the most effective and visually appealing tools in the green infrastructure toolbox. They blend natural processes with engineered design to slow, filter, and infiltrate stormwater before it reaches local wate…

When addressing a drainage problem, one of the most important decisions is whether to move water away through a traditional catch basin and pipe system or to manage it on-site using a dry well. Both approaches are widely used and effective when applied in the right context, but selecting the wrong s…

Is a Catch Basin Appropriate Here? Before a catch basin is installed, it is important to step back and ask a simple but often overlooked question, what purpose is it actually going to serve at this location? Catch basins are frequently installed out of habit or because “there has always been o…

A Look at the English Brook Delta in Lake George, New York Sediment is a natural part of any water system, but when it accumulates faster than a system can handle, it begins to change the waterbody in ways that are both visible and subtle. Excess sediment alters water clarity, transports nutrients, …