Category Archives: Rainwater Catchment

Rainwater Catchment

Stormwater is a Visible Component at Botanical Garden

swamp-lily-474446_640A Florida nonprofit organization has constructed and enacted a sustainable plan to capture rainwater for reuse in irrigation. In the true spirit of “it takes a village”, the Naples Botanical Gardens put together a robust team of professionals to develop its master building plan. According to an article in the Naples (Florida) News, the team included landscape architects, garden professionals, a restoration ecologist and a civil engineer.

Throughout the development, the team addressed the unglamorous topic of stormwater management by bringing it to the forefront and highlighting its importance in managing a sustainable lifestyle.

Stormwater becomes a visible component of the landscape.

“Stormwater isn’t sexy,” says Deputy Director Chad Washburn, pointing out that managing stormwater is vital to the project. “We are in the habit of hiding stormwater runoff, but whether visitors realize it or not, we are showcasing it at Naples Botanical Garden.”

Visitors are greeted in the parking lot by a collection of rain gardens and three “bioswales”. According to Rain Garden Network, a rain garden is a shallow depression that is planted with deep-rooted native plants and grasses. The garden should be positioned near a runoff source like a downspout, driveway or sump pump to capture rainwater runoff and stop the water from reaching the sewer system.

The runoff is captured during the rainy season and saved for reuse during drier times, giving the gardens much needed water to allow species like gumbo-limbo, cypress, leather fern, swamp lilies and palmettos to survive and thrive.

How-to, Rainwater Catchment

Build a Rainwater Collection System – Throwback Thursday

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slimline tanksHere is a series of articles previously published by RainBank, on how to build a rainwater collection system.

The first post in the series focused on how all rainwater collection systems begin at the roof and gutters. Regardless of purpose, i.e. irrigation, supplementation or drinking, debris must be removed before storing rainwater.

The second, third, fourth and fifth posts in the series talked about tank types, tank sizes, how to keep water clean and kinds of filters to consider for your system.

In post six of the how-to build a rainwater collection system series, we cover managing aesthetics so your system fits into your landscaping  design.

If you’re interested in learning about how to install a rainwater collection system, take a look back at these helpful articles.

If you want to continue to read about rainwater collection and harvesting, remember to click the box below, to receive an email when a new post is launched on this blog.  Thanks for reading!

Rainwater Catchment, Rainwater Harvesting Education

Washington State Drought Emergency

Governor InsleeOn May 15, Washington Governor Jay Inslee declared a statewide drought emergency.

In his announcement, Governor Inslee states, “We’re really starting to feel the pain from this snowpack drought. Impacts are already severe in several areas of the state. Difficult decisions are being made about what crops get priority water and how best to save fish.”

With the snowpack at 16% of normal, the runoff is expected to be the lowest in 64 years. The Department of Ecology has requested 9.5 million in drought relief. Much of the drought relief will be spent on agriculture and department of fish and wildlife in the way of emergency drought applications for farmers and funding action now for fish passage.

A small amount of emergency relief will through conservation education. To little to late? While the response from the Governor’s office has been timely for the current drought, RainBank Rainwater Systems president Ken Blair, along with the American Rainwater Catchment Systems Association (ARCSA) have been providing education about water conservation for years.

“We have experienced pretty much normal rainfall amounts this year, it is the lack of snowpack that will be the issue this summer”, explains Blair. Storage and use of roof runoff helps reduce the demand on our local reservoirs and aquifers 100 % of the time, leaving more available water during dry periods. With the use of rainwater collection, both for residential and commercial application, demand is lowered and storage is increased. This does not do much for irrigation in agriculture but it does supplement domestic use and enhances in stream flow rates. A simple rainwater collection system can yield enough water from the roof to supplement or fully support a residence with its water demand. Commercial application can be used for non potable usage and mitigate much of the building’s water demand.

RainBank Rainwater Systems applauds Governor Inslee in being proactive in his delegation of this water emergency, but encourages more education in conservation methods for future water shortages. Education and implementation will help assure water for the future.