#rainwater — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #rainwater, aggregated by home.social.
-
Research - #RainBarrels and Other Household Stormwater Strategies Are Working — For Now.
May 5, 2026
Excerpt: " 'When we talk about #CircularEconomy, most people think about #recycling waste and materials. But the concept of circular economy also applies to water. Here we're talking about installing #rainwater #cisterns, reusing water from the sink to flush toilets and using water-efficient appliances. While those may seem like small steps at the individual level, we found that if they are widely adopted, they can have a significant collective impact,' said Fernanda Cruz Rios, PhD, an assistant professor in the College of Engineering, who was a co-author of the research. 'They help reduce demand on the municipal supply, and the energy needed to treat and distribute that water. But what we found was that these strategies offer a real double benefit. In areas like #PhiladelphiaPA and #CamdenME, that are particularly vulnerable due to their proximity to large bodies of water, we were able to see a meaningful reduction in flooding volumes when circular water strategies were adopted.'
"Despite the ongoing compliance efforts, the cities of Philadelphia and Camden have around 16 billion gallons of combined #sewer overflow, according to reports from their respective water utilities.
"Over the last two and a half decades, Camden has established a stormwater management plan, including decentralized strategies, an upgrade to #stormwater infrastructure and storm water management modeling. To understand the overall impact of these efforts, in hopes of applying findings to other vulnerable urban areas, the Drexel team created a computer model of stormwater movement using data from Cramer Hill, a neighborhood of Camden in the state’s 'coastal hazard zone' that is highly susceptible to tidal and storm-surge flooding.
"The researchers structured the model so that it could quantify the distinct effects of outdoor strategies (cisterns and rain barrels) and indoor strategies — efficient fixtures and reusing sink wash water (#greywater) for toilet flushing. It simulated and measured the effect of 16 different combinations of strategies, ranging from rain barrels of different sizes, to varying levels of adoption of water-efficient fixtures and greywater reuse."Each scenario was simulated using precipitation and tidal data from 2014 as a baseline and flooding measurements projected at locations across the neighborhood and at five stormwater outfall areas that contribute to combined sewer overflow discharges into the #DelawareRiver.
The results show that the combination of retrofitting homes with #WaterEfficientFixtures as well as installing rain barrels and practicing greywater reuse, when adopted by 75% of households, could reduce the volume of combined sewer overflows by as much as 11% and the volume of #floodwaters by up to 13%.
" 'This finding is an important and encouraging piece of information for municipalities that are facing similar challenges,' Marques said. 'Although broad adoption of these measures can be challenging to achieve, confirmation of its effectiveness may help to make the case.' "
#SolarPunkSunday #ClimateChangeAdaptation #Graywater #StormwaterSeparation #StormwaterReduction #WaterCisterns #UrbanPlanning #WaterUse #WaterIsLife #ClimateChange
-
Research - #RainBarrels and Other Household Stormwater Strategies Are Working — For Now.
May 5, 2026
Excerpt: " 'When we talk about #CircularEconomy, most people think about #recycling waste and materials. But the concept of circular economy also applies to water. Here we're talking about installing #rainwater #cisterns, reusing water from the sink to flush toilets and using water-efficient appliances. While those may seem like small steps at the individual level, we found that if they are widely adopted, they can have a significant collective impact,' said Fernanda Cruz Rios, PhD, an assistant professor in the College of Engineering, who was a co-author of the research. 'They help reduce demand on the municipal supply, and the energy needed to treat and distribute that water. But what we found was that these strategies offer a real double benefit. In areas like #PhiladelphiaPA and #CamdenME, that are particularly vulnerable due to their proximity to large bodies of water, we were able to see a meaningful reduction in flooding volumes when circular water strategies were adopted.'
"Despite the ongoing compliance efforts, the cities of Philadelphia and Camden have around 16 billion gallons of combined #sewer overflow, according to reports from their respective water utilities.
"Over the last two and a half decades, Camden has established a stormwater management plan, including decentralized strategies, an upgrade to #stormwater infrastructure and storm water management modeling. To understand the overall impact of these efforts, in hopes of applying findings to other vulnerable urban areas, the Drexel team created a computer model of stormwater movement using data from Cramer Hill, a neighborhood of Camden in the state’s 'coastal hazard zone' that is highly susceptible to tidal and storm-surge flooding.
"The researchers structured the model so that it could quantify the distinct effects of outdoor strategies (cisterns and rain barrels) and indoor strategies — efficient fixtures and reusing sink wash water (#greywater) for toilet flushing. It simulated and measured the effect of 16 different combinations of strategies, ranging from rain barrels of different sizes, to varying levels of adoption of water-efficient fixtures and greywater reuse."Each scenario was simulated using precipitation and tidal data from 2014 as a baseline and flooding measurements projected at locations across the neighborhood and at five stormwater outfall areas that contribute to combined sewer overflow discharges into the #DelawareRiver.
The results show that the combination of retrofitting homes with #WaterEfficientFixtures as well as installing rain barrels and practicing greywater reuse, when adopted by 75% of households, could reduce the volume of combined sewer overflows by as much as 11% and the volume of #floodwaters by up to 13%.
" 'This finding is an important and encouraging piece of information for municipalities that are facing similar challenges,' Marques said. 'Although broad adoption of these measures can be challenging to achieve, confirmation of its effectiveness may help to make the case.' "
#SolarPunkSunday #ClimateChangeAdaptation #Graywater #StormwaterSeparation #StormwaterReduction #WaterCisterns #UrbanPlanning #WaterUse #WaterIsLife #ClimateChange
-
Research - #RainBarrels and Other Household Stormwater Strategies Are Working — For Now.
May 5, 2026
Excerpt: " 'When we talk about #CircularEconomy, most people think about #recycling waste and materials. But the concept of circular economy also applies to water. Here we're talking about installing #rainwater #cisterns, reusing water from the sink to flush toilets and using water-efficient appliances. While those may seem like small steps at the individual level, we found that if they are widely adopted, they can have a significant collective impact,' said Fernanda Cruz Rios, PhD, an assistant professor in the College of Engineering, who was a co-author of the research. 'They help reduce demand on the municipal supply, and the energy needed to treat and distribute that water. But what we found was that these strategies offer a real double benefit. In areas like #PhiladelphiaPA and #CamdenME, that are particularly vulnerable due to their proximity to large bodies of water, we were able to see a meaningful reduction in flooding volumes when circular water strategies were adopted.'
"Despite the ongoing compliance efforts, the cities of Philadelphia and Camden have around 16 billion gallons of combined #sewer overflow, according to reports from their respective water utilities.
"Over the last two and a half decades, Camden has established a stormwater management plan, including decentralized strategies, an upgrade to #stormwater infrastructure and storm water management modeling. To understand the overall impact of these efforts, in hopes of applying findings to other vulnerable urban areas, the Drexel team created a computer model of stormwater movement using data from Cramer Hill, a neighborhood of Camden in the state’s 'coastal hazard zone' that is highly susceptible to tidal and storm-surge flooding.
"The researchers structured the model so that it could quantify the distinct effects of outdoor strategies (cisterns and rain barrels) and indoor strategies — efficient fixtures and reusing sink wash water (#greywater) for toilet flushing. It simulated and measured the effect of 16 different combinations of strategies, ranging from rain barrels of different sizes, to varying levels of adoption of water-efficient fixtures and greywater reuse."Each scenario was simulated using precipitation and tidal data from 2014 as a baseline and flooding measurements projected at locations across the neighborhood and at five stormwater outfall areas that contribute to combined sewer overflow discharges into the #DelawareRiver.
The results show that the combination of retrofitting homes with #WaterEfficientFixtures as well as installing rain barrels and practicing greywater reuse, when adopted by 75% of households, could reduce the volume of combined sewer overflows by as much as 11% and the volume of #floodwaters by up to 13%.
" 'This finding is an important and encouraging piece of information for municipalities that are facing similar challenges,' Marques said. 'Although broad adoption of these measures can be challenging to achieve, confirmation of its effectiveness may help to make the case.' "
#SolarPunkSunday #ClimateChangeAdaptation #Graywater #StormwaterSeparation #StormwaterReduction #WaterCisterns #UrbanPlanning #WaterUse #WaterIsLife #ClimateChange
-
Research - #RainBarrels and Other Household Stormwater Strategies Are Working — For Now.
May 5, 2026
Excerpt: " 'When we talk about #CircularEconomy, most people think about #recycling waste and materials. But the concept of circular economy also applies to water. Here we're talking about installing #rainwater #cisterns, reusing water from the sink to flush toilets and using water-efficient appliances. While those may seem like small steps at the individual level, we found that if they are widely adopted, they can have a significant collective impact,' said Fernanda Cruz Rios, PhD, an assistant professor in the College of Engineering, who was a co-author of the research. 'They help reduce demand on the municipal supply, and the energy needed to treat and distribute that water. But what we found was that these strategies offer a real double benefit. In areas like #PhiladelphiaPA and #CamdenME, that are particularly vulnerable due to their proximity to large bodies of water, we were able to see a meaningful reduction in flooding volumes when circular water strategies were adopted.'
"Despite the ongoing compliance efforts, the cities of Philadelphia and Camden have around 16 billion gallons of combined #sewer overflow, according to reports from their respective water utilities.
"Over the last two and a half decades, Camden has established a stormwater management plan, including decentralized strategies, an upgrade to #stormwater infrastructure and storm water management modeling. To understand the overall impact of these efforts, in hopes of applying findings to other vulnerable urban areas, the Drexel team created a computer model of stormwater movement using data from Cramer Hill, a neighborhood of Camden in the state’s 'coastal hazard zone' that is highly susceptible to tidal and storm-surge flooding.
"The researchers structured the model so that it could quantify the distinct effects of outdoor strategies (cisterns and rain barrels) and indoor strategies — efficient fixtures and reusing sink wash water (#greywater) for toilet flushing. It simulated and measured the effect of 16 different combinations of strategies, ranging from rain barrels of different sizes, to varying levels of adoption of water-efficient fixtures and greywater reuse."Each scenario was simulated using precipitation and tidal data from 2014 as a baseline and flooding measurements projected at locations across the neighborhood and at five stormwater outfall areas that contribute to combined sewer overflow discharges into the #DelawareRiver.
The results show that the combination of retrofitting homes with #WaterEfficientFixtures as well as installing rain barrels and practicing greywater reuse, when adopted by 75% of households, could reduce the volume of combined sewer overflows by as much as 11% and the volume of #floodwaters by up to 13%.
" 'This finding is an important and encouraging piece of information for municipalities that are facing similar challenges,' Marques said. 'Although broad adoption of these measures can be challenging to achieve, confirmation of its effectiveness may help to make the case.' "
#SolarPunkSunday #ClimateChangeAdaptation #Graywater #StormwaterSeparation #StormwaterReduction #WaterCisterns #UrbanPlanning #WaterUse #WaterIsLife #ClimateChange
-
Research - #RainBarrels and Other Household Stormwater Strategies Are Working — For Now.
May 5, 2026
Excerpt: " 'When we talk about #CircularEconomy, most people think about #recycling waste and materials. But the concept of circular economy also applies to water. Here we're talking about installing #rainwater #cisterns, reusing water from the sink to flush toilets and using water-efficient appliances. While those may seem like small steps at the individual level, we found that if they are widely adopted, they can have a significant collective impact,' said Fernanda Cruz Rios, PhD, an assistant professor in the College of Engineering, who was a co-author of the research. 'They help reduce demand on the municipal supply, and the energy needed to treat and distribute that water. But what we found was that these strategies offer a real double benefit. In areas like #PhiladelphiaPA and #CamdenME, that are particularly vulnerable due to their proximity to large bodies of water, we were able to see a meaningful reduction in flooding volumes when circular water strategies were adopted.'
"Despite the ongoing compliance efforts, the cities of Philadelphia and Camden have around 16 billion gallons of combined #sewer overflow, according to reports from their respective water utilities.
"Over the last two and a half decades, Camden has established a stormwater management plan, including decentralized strategies, an upgrade to #stormwater infrastructure and storm water management modeling. To understand the overall impact of these efforts, in hopes of applying findings to other vulnerable urban areas, the Drexel team created a computer model of stormwater movement using data from Cramer Hill, a neighborhood of Camden in the state’s 'coastal hazard zone' that is highly susceptible to tidal and storm-surge flooding.
"The researchers structured the model so that it could quantify the distinct effects of outdoor strategies (cisterns and rain barrels) and indoor strategies — efficient fixtures and reusing sink wash water (#greywater) for toilet flushing. It simulated and measured the effect of 16 different combinations of strategies, ranging from rain barrels of different sizes, to varying levels of adoption of water-efficient fixtures and greywater reuse."Each scenario was simulated using precipitation and tidal data from 2014 as a baseline and flooding measurements projected at locations across the neighborhood and at five stormwater outfall areas that contribute to combined sewer overflow discharges into the #DelawareRiver.
The results show that the combination of retrofitting homes with #WaterEfficientFixtures as well as installing rain barrels and practicing greywater reuse, when adopted by 75% of households, could reduce the volume of combined sewer overflows by as much as 11% and the volume of #floodwaters by up to 13%.
" 'This finding is an important and encouraging piece of information for municipalities that are facing similar challenges,' Marques said. 'Although broad adoption of these measures can be challenging to achieve, confirmation of its effectiveness may help to make the case.' "
#SolarPunkSunday #ClimateChangeAdaptation #Graywater #StormwaterSeparation #StormwaterReduction #WaterCisterns #UrbanPlanning #WaterUse #WaterIsLife #ClimateChange
-
#HarvestingRainwater with Brad Lancaster: How to Create Livable Desert Cities
by Crime Pays But Botany Doesn't
Jun 9, 2026Part 1 of a 3 Video Series
"In this episode we see the incredible work that Brad Lancaster and his community are doing to make the #DunbarSpring Neighborhood in #TucsonAZ a cooler, more pleasant and human-friendly place to live by using plants as infrastructure and creating a #FoodForest using #NativePlants that are adapted to deal with the desert heat perfectly because they evolved there.
"This video shows us how what Brad and his community have done serve as a model as to what could be down to make cities all over the globe more livable, illustrating how human development and nature do not have to be mutually exclusive. Filming this video and seeing that Brad and his people have done made me feel in something I haven't felt in a long time : hope."
Watch:
https://www.youtube.com/watch?v=wN6t8xwpYZ8#SolarPunkSunday #ClimateChangeAdaptation #Rainwater #GreenerCities #Basins #NativeVegetation #WaterStructures #LocalEcology #HeatIslands
-
Building #Resilience in Your #Garden for Challenges
April 17, 2024 by Hellen James
"Gardening can be incredibly rewarding, but it’s not without its challenges. From unpredictable weather patterns to pests and diseases, maintaining a thriving garden requires resilience. In this article, we’ll explore practical strategies to build resilience in your garden, ensuring it can withstand whatever challenges come its way.
Takeaways
1. Choose resilient plant varieties suited to your climate and soil conditions.
2. Improve soil health with #compost, #WormCastings, and cover crops to support plant resilience.
3. Implement water-efficient strategies such as #DripIrrigation and #rainwater harvesting to conserve water.
4. Utilize #NaturalPestControl methods like introducing beneficial insects and #CompanionPlanting.
5. Adapt to changing climate conditions by incorporating climate-resilient gardening practices.
6. Plan and prepare for each season to optimize plant growth and resilience.
7. Foster #biodiversity through companion planting and native plant selections to enhance garden resilience.
8. Create microclimates to tailor growing conditions to the specific needs of your plants.
9. #Mulch to suppress weeds, regulate soil temperature, and retain moisture for improved resilience.
10. Embrace #SustainableGardening practices to build long-term #resilience and environmental #stewardship.Full article:
https://unifiedgarden.com/building-resilience-in-your-garden-for-challenges/#SolarPunkSunday #GardeningChallenges #ClimateChangeGardening #EnvironmentalStewardship #RainwaterHarvesting #BuildingResiliency #FoodSecurity
-
My solar powered water pump has finally stopped working, the silicone tubing in the peristaltic pump has degraded and started to leak.
Considering this version has been outside since 2023 and has been pumping unfiltered rain water I think it's done pretty well.
The good news is that if I replace the silicone tubing Ill be able to rebuild it and get it working again. I might simplify the control circuitry as it got a bit complicated.
Then it can get back to helping me avoid carrying water up from the bottom to the top as it's a 2.5M climb and I'm a little lazy.
-
The #depaving groups reclaiming #UrbanGreenSpace
by Jennifer Cole, Mar 21, 2026
"It took two years, but finally, in 2025, Jean Norwood’s dream of turning the parking lot at #MorningstarMissionary Baptist Church in #PortlandOR, into a play area for children and a #FoodGarden with #FruitTrees came true. Working with Norwood to bring her vision to reality was #DepavePortland. Since 2008, the Portland-based nonprofit has been digging up paved surfaces, freeing the trapped soil underneath and #regreening the newly reclaimed space.
"There are an estimated 2 billion parking places in the United States, an area comparable in size to the entire state of Vermont. That figure does not include #sidewalks, schoolyards or other paved surfaces, which, along with #CarParks, trap heat, intensifying the urban #HeatIsland effect in some cases by up to 10 degrees Fahrenheit compared with surrounding areas. '#Asphalt makes your space hotter in the summertime, and colder in the wintertime,' Norwood says.
"When asphalt is removed and the soil beneath is exposed, those dynamics begin to reverse. The ground can absorb and store #carbon, and #rainwater is able to filter into the soil rather than running off into sewers. #Trees and #gardens can be planted that provide shade and a #habitat is created for #birds, #insects and other #wildlife.
"This was Norwood’s dream for the parking lot at Morningstar. Going from concrete to fruit trees, though, takes patience. 'First,' she says, 'there was about six months of planning and submitting requests for permitting.'
"Depave guided Norwood and the church through all of it, even seeking out grants to help cover costs. When it came time to depave the parking lot, volunteers recruited by Depave used crowbars, shovels, bare hands and wheelbarrows to lift out the pavement and daylight the soil beneath. Depave also worked with Morningstar on finding contractors to build the play area and raised #GardenBeds, and on choosing the plants for each newly #regreened space. It’s a process Depave has perfected at more than 82 sites across Portland."
https://www.rewildingmag.com/the-depaving-groups-reclaiming-urban-green-space/
#SolarPunkSunday #MoreGreenCities #GreenerCities #RewildingCities #MoreParksLessParkingLots #WildlifeHabitat
-
Or one could #DIY... I keep one of my rainbarrels on a platform, and it helps with water flow!
Best Stands for #RainBarrels to Maximize #WaterHarvesting
Post published:February 13, 2026
"Raising a rain barrel off the ground improves access to the spigot, enhances drainage, and protects the barrel from damp ground. This guide highlights reliable stands designed for 45, 50, and 55-gallon barrels, focusing on durability, load capacity, and weather resistance. The selections below draw from top-rated options that balance robustness with practical design, helping you choose a stand that fits your weather, terrain, and watering needs."
Learn more (Contains affiliate links):
https://theyogicgarden.com/best-stand-for-rain-barrel/#SolarPunkSunday #WaterHarvesters #RainwaterCollection #RainwaterHarvesting #WaterCollection #Gardening #Rainwater #WaterIsLife
-
Some good tips here...
How to Set Up a #RainwaterCollection System & 8 #DIY Ideas
Written by Author Lindsay Sheehan Published on March 26, 2021
"This technology can be traced back some 12,000 years in human history, and it makes just as much sense today to take advantage of a precious resource that freely falls from above.
The simplest #RainwaterHarvesting system involves a basic #RainBarrel situated next to your home.
[...]
Gutters made from coated aluminum and vinyl are the best choice for rainwater collection. Galvanized steel gutters are suitable for non-potable systems.
Avoid using gutters made with copper or lead materials."
Learn more:
https://www.ruralsprout.com/rainwater-collection/#SolarPunkSunday #Rainwater #WaterIsLife #WaterHarvesters #RainHarvest #ClimateChangeGardening
-
So, before I start posting about #RainwaterCollection and #RainwaterHarvesting, I wanted to point out that while collecting rainwater is legal in most countries (though there can be local restrictions/regulations), there are some states in the #UnitedStates that restrict or prohibit #Rainwater collection.
Can You Go To Jail for Collecting Rainwater?
By Kiersten Hickman
Updated on Nov. 24, 2023It's fine in most states, but some have stricter rules!
"While most states permit rainwater harvesting and some even encourage it, other states have specific rules and regulations around the topic. These states specify the uses of the water. For example, if the water can be collected for “non-potable” purposes, it means the water is not suitable for drinking but can be used for other things. Potable means it’s safe for drinking, cooking and bathing.
Here are a few with specific rules governing rainwater harvesting.
- #Alaska (rainwater okay, but groundwater is regulated)
- #Arkansas (legal with some regulation)
- #California (legal unless using it for landscaping)
- #Colorado (limited to 110 gallons per day)
- #Illinois (legal with some regulation)
- #Kansas (#WaterRights required, except for domestic use)
- #Louisiana (#cisterns must have covers)
- #Nevada (used to be illegal, but is legal with some restrictions
- #NorthCarolina (regulated)
- #Ohio (regulated for drinking)
- #Oregon (no longer illegal)
- #Texas (regulated)
- #Utah (rules about amounts)
- #WashingtonState (strict rules)Learn more:
https://www.familyhandyman.com/article/collecting-rain-water-in-these-states-could-be-illegal/More about the status of individual states:
https://4perfectwater.com/blog/rainwater-harvesting-laws#SolarPunkSunday #WaterIsLife #WaterCollection #UnitedStates
-
Ooooh...! Some really cool tips here! Well-thought out!
#ClimateChangeGardening: 12 strategies for a #resilient #garden
by Niki Jabbour
"#ClimateChange gardening is a set of tactics that make our yards and gardens more resilient to extreme weather as well as reduce our personal impacts on the climate. There are several ways to approach climate change gardening. You can use sustainable and organic gardening practices that put soil, #biodiversity, and #pollinators first. You can also plan to reduce plastic waste, up-cycle materials, and collect #rainwater.
3 reasons to care about climate change gardening
"Climate change gardening influences the health and success of your garden. When you nurture your soil, foster biodiversity, and support pollinators you create a garden that is more resilient to the challenges of climate change. Here are 3 reasons to care about climate change gardening.
- Extreme weather – The impact of weather related challenges like droughts, storms, precipitation, flooding, and above or below normal temperatures can be reduced with climate change gardening strategies.
- Pollinators, birds, and beneficial insects – Climate change can affect pollinators and birds in various ways. Weather extremes can impact migration timing and success, host plant growth and bloom time, disease and pest issues, and habitat and food supply.
- Non-native invasive pests and plants – With a longer growing season, invasive plants, pests, and diseases will move north and potentially affect plant health and crop yields."Read more [tips include #NoTill gardening]:
https://savvygardening.com/climate-change-gardening/
#ClimateChange #GardenGuidance #ClimateChangeGardening #Resiliency #GardenGuides #SolarPunkSunday #FoodSecurity #WaterManagement #PestManagement
