#rainwater — Public Fediverse posts

Harvesting #rainwater from #rooftops could cut the number of heatwave days and reduce #aircon reliance

https://www.euronews.com/2026/08/09/harvesting-rainwater-from-rooftops-could-cut-the-number-of-heatwave-days-and-reduce-air-co #EU #climate

Harvesting #rainwater from #rooftops could cut the number of heatwave days and reduce #aircon reliance

https://www.euronews.com/2026/08/09/harvesting-rainwater-from-rooftops-could-cut-the-number-of-heatwave-days-and-reduce-air-co #EU #climate

Harvesting #rainwater from #rooftops could cut the number of heatwave days and reduce #aircon reliance

https://www.euronews.com/2026/08/09/harvesting-rainwater-from-rooftops-could-cut-the-number-of-heatwave-days-and-reduce-air-co #EU #climate

Harvesting #rainwater from #rooftops could cut the number of heatwave days and reduce #aircon reliance

https://www.euronews.com/2026/08/09/harvesting-rainwater-from-rooftops-could-cut-the-number-of-heatwave-days-and-reduce-air-co #EU #climate

Harvesting #rainwater from #rooftops could cut the number of heatwave days and reduce #aircon reliance

https://www.euronews.com/2026/08/09/harvesting-rainwater-from-rooftops-could-cut-the-number-of-heatwave-days-and-reduce-air-co #EU #climate

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

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

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, 2023

It'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

SimplyInfo.org: 15th Anniversary Report #FukushimaDaiichi

March 2, 2026

Excerpt: "This TV Asahi investigative report from March 2025 [linked below] paints a sobering picture of the enormous challenges still facing the decommissioning of Fukushima Daiichi, fourteen years after the accident. While #TEPCO achieved a milestone the previous November by extracting roughly 0.7 grams of #NuclearFuel debris for the first time, experts interviewed for the piece emphasized that debris removal is just one piece of a far more complex puzzle. Around 1,000 fuel assemblies
still remain in the spent fuel pools of Units 1 and 2, untouched since the accident, and officials from the Nuclear Damage Compensation and Decommissioning Facilitation Corporation (#NDF) described clearing these pools as the single most urgent priority — in part because another
#earthquake or #tsunami could strike at any time.

"Before large-scale debris removal can even begin, the area around the reactor buildings must be cleared of heavily contaminated structures and exhaust stacks to make room for the massive equipment required. Because humans cannot safely approach the highly radioactive debris, all removal work must be done remotely. Radiation levels outside the buildings remain dangerously high — a dosimeter near #Unit2 showed particularly elevated readings — and contaminated water continues to be generated at a rate of roughly 80 tons per day as #rainwater and #groundwater contact radioactive materials on site, despite TEPCO having already released about 80,000 tons of treated [but still radioactive] water into the ocean.

"Perhaps the most troubling concern raised in the article is what happens to the debris and #RadioactiveWaste after it is removed. Hiroshi Miyano, chairman of the Decommissioning Review Committee of the Atomic Energy Society of Japan, was blunt in his criticism, saying no serious thought has been given to managing this waste over the coming century or two.

"The Fukushima debris is uniquely complicated because it is a mixture of melted nuclear fuel and structural materials, and experts warned that removal may not even be possible until a concrete disposal plan is in place. General decommissioning superintendent Toyoshi Fukada warned that without proper storage facilities ready in advance, the entire decommissioning effort could eventually grind to a halt simply because there would be nowhere to put the waste."

Read more:
https://simplyinfo.org/2026/03/simplyinfo-org-15th-anniversary-report-fukushima-daiichi/

Asashi investigative report [pdf]:
https://www.dropbox.com/scl/fi/ysaf6a7hj62286sv4hoql/alps_water_d250130_14-j_translated.pdf?rlkey=3u397ndoafdtiq6fgjczg4a74&st=845tdf30&dl=0

#FukushimaIsntOver #TEPCOLies #RethinkNotRestart #NoNukes #NoNukesForAI #RenewablesNow #WaterIsLife #OceansAreLife #NuclearPlants #NuclearDisaster #Remember311

SimplyInfo.org: 15th Anniversary Report #FukushimaDaiichi

March 2, 2026

Excerpt: "This TV Asahi investigative report from March 2025 [linked below] paints a sobering picture of the enormous challenges still facing the decommissioning of Fukushima Daiichi, fourteen years after the accident. While #TEPCO achieved a milestone the previous November by extracting roughly 0.7 grams of #NuclearFuel debris for the first time, experts interviewed for the piece emphasized that debris removal is just one piece of a far more complex puzzle. Around 1,000 fuel assemblies
still remain in the spent fuel pools of Units 1 and 2, untouched since the accident, and officials from the Nuclear Damage Compensation and Decommissioning Facilitation Corporation (#NDF) described clearing these pools as the single most urgent priority — in part because another
#earthquake or #tsunami could strike at any time.

"Before large-scale debris removal can even begin, the area around the reactor buildings must be cleared of heavily contaminated structures and exhaust stacks to make room for the massive equipment required. Because humans cannot safely approach the highly radioactive debris, all removal work must be done remotely. Radiation levels outside the buildings remain dangerously high — a dosimeter near #Unit2 showed particularly elevated readings — and contaminated water continues to be generated at a rate of roughly 80 tons per day as #rainwater and #groundwater contact radioactive materials on site, despite TEPCO having already released about 80,000 tons of treated [but still radioactive] water into the ocean.

"Perhaps the most troubling concern raised in the article is what happens to the debris and #RadioactiveWaste after it is removed. Hiroshi Miyano, chairman of the Decommissioning Review Committee of the Atomic Energy Society of Japan, was blunt in his criticism, saying no serious thought has been given to managing this waste over the coming century or two.

"The Fukushima debris is uniquely complicated because it is a mixture of melted nuclear fuel and structural materials, and experts warned that removal may not even be possible until a concrete disposal plan is in place. General decommissioning superintendent Toyoshi Fukada warned that without proper storage facilities ready in advance, the entire decommissioning effort could eventually grind to a halt simply because there would be nowhere to put the waste."

Read more:
https://simplyinfo.org/2026/03/simplyinfo-org-15th-anniversary-report-fukushima-daiichi/

Asashi investigative report [pdf]:
https://www.dropbox.com/scl/fi/ysaf6a7hj62286sv4hoql/alps_water_d250130_14-j_translated.pdf?rlkey=3u397ndoafdtiq6fgjczg4a74&st=845tdf30&dl=0

#FukushimaIsntOver #TEPCOLies #RethinkNotRestart #NoNukes #NoNukesForAI #RenewablesNow #WaterIsLife #OceansAreLife #NuclearPlants #NuclearDisaster #Remember311

SimplyInfo.org: 15th Anniversary Report #FukushimaDaiichi

March 2, 2026

Excerpt: "This TV Asahi investigative report from March 2025 [linked below] paints a sobering picture of the enormous challenges still facing the decommissioning of Fukushima Daiichi, fourteen years after the accident. While #TEPCO achieved a milestone the previous November by extracting roughly 0.7 grams of #NuclearFuel debris for the first time, experts interviewed for the piece emphasized that debris removal is just one piece of a far more complex puzzle. Around 1,000 fuel assemblies
still remain in the spent fuel pools of Units 1 and 2, untouched since the accident, and officials from the Nuclear Damage Compensation and Decommissioning Facilitation Corporation (#NDF) described clearing these pools as the single most urgent priority — in part because another
#earthquake or #tsunami could strike at any time.

"Before large-scale debris removal can even begin, the area around the reactor buildings must be cleared of heavily contaminated structures and exhaust stacks to make room for the massive equipment required. Because humans cannot safely approach the highly radioactive debris, all removal work must be done remotely. Radiation levels outside the buildings remain dangerously high — a dosimeter near #Unit2 showed particularly elevated readings — and contaminated water continues to be generated at a rate of roughly 80 tons per day as #rainwater and #groundwater contact radioactive materials on site, despite TEPCO having already released about 80,000 tons of treated [but still radioactive] water into the ocean.

"Perhaps the most troubling concern raised in the article is what happens to the debris and #RadioactiveWaste after it is removed. Hiroshi Miyano, chairman of the Decommissioning Review Committee of the Atomic Energy Society of Japan, was blunt in his criticism, saying no serious thought has been given to managing this waste over the coming century or two.

"The Fukushima debris is uniquely complicated because it is a mixture of melted nuclear fuel and structural materials, and experts warned that removal may not even be possible until a concrete disposal plan is in place. General decommissioning superintendent Toyoshi Fukada warned that without proper storage facilities ready in advance, the entire decommissioning effort could eventually grind to a halt simply because there would be nowhere to put the waste."

Read more:
https://simplyinfo.org/2026/03/simplyinfo-org-15th-anniversary-report-fukushima-daiichi/

Asashi investigative report [pdf]:
https://www.dropbox.com/scl/fi/ysaf6a7hj62286sv4hoql/alps_water_d250130_14-j_translated.pdf?rlkey=3u397ndoafdtiq6fgjczg4a74&st=845tdf30&dl=0

#FukushimaIsntOver #TEPCOLies #RethinkNotRestart #NoNukes #NoNukesForAI #RenewablesNow #WaterIsLife #OceansAreLife #NuclearPlants #NuclearDisaster #Remember311

SimplyInfo.org: 15th Anniversary Report #FukushimaDaiichi

March 2, 2026

Excerpt: "This TV Asahi investigative report from March 2025 [linked below] paints a sobering picture of the enormous challenges still facing the decommissioning of Fukushima Daiichi, fourteen years after the accident. While #TEPCO achieved a milestone the previous November by extracting roughly 0.7 grams of #NuclearFuel debris for the first time, experts interviewed for the piece emphasized that debris removal is just one piece of a far more complex puzzle. Around 1,000 fuel assemblies
still remain in the spent fuel pools of Units 1 and 2, untouched since the accident, and officials from the Nuclear Damage Compensation and Decommissioning Facilitation Corporation (#NDF) described clearing these pools as the single most urgent priority — in part because another
#earthquake or #tsunami could strike at any time.

"Before large-scale debris removal can even begin, the area around the reactor buildings must be cleared of heavily contaminated structures and exhaust stacks to make room for the massive equipment required. Because humans cannot safely approach the highly radioactive debris, all removal work must be done remotely. Radiation levels outside the buildings remain dangerously high — a dosimeter near #Unit2 showed particularly elevated readings — and contaminated water continues to be generated at a rate of roughly 80 tons per day as #rainwater and #groundwater contact radioactive materials on site, despite TEPCO having already released about 80,000 tons of treated [but still radioactive] water into the ocean.

"Perhaps the most troubling concern raised in the article is what happens to the debris and #RadioactiveWaste after it is removed. Hiroshi Miyano, chairman of the Decommissioning Review Committee of the Atomic Energy Society of Japan, was blunt in his criticism, saying no serious thought has been given to managing this waste over the coming century or two.

"The Fukushima debris is uniquely complicated because it is a mixture of melted nuclear fuel and structural materials, and experts warned that removal may not even be possible until a concrete disposal plan is in place. General decommissioning superintendent Toyoshi Fukada warned that without proper storage facilities ready in advance, the entire decommissioning effort could eventually grind to a halt simply because there would be nowhere to put the waste."

Read more:
https://simplyinfo.org/2026/03/simplyinfo-org-15th-anniversary-report-fukushima-daiichi/

Asashi investigative report [pdf]:
https://www.dropbox.com/scl/fi/ysaf6a7hj62286sv4hoql/alps_water_d250130_14-j_translated.pdf?rlkey=3u397ndoafdtiq6fgjczg4a74&st=845tdf30&dl=0

#FukushimaIsntOver #TEPCOLies #RethinkNotRestart #NoNukes #NoNukesForAI #RenewablesNow #WaterIsLife #OceansAreLife #NuclearPlants #NuclearDisaster #Remember311

SimplyInfo.org: 15th Anniversary Report #FukushimaDaiichi

March 2, 2026

Excerpt: "This TV Asahi investigative report from March 2025 [linked below] paints a sobering picture of the enormous challenges still facing the decommissioning of Fukushima Daiichi, fourteen years after the accident. While #TEPCO achieved a milestone the previous November by extracting roughly 0.7 grams of #NuclearFuel debris for the first time, experts interviewed for the piece emphasized that debris removal is just one piece of a far more complex puzzle. Around 1,000 fuel assemblies
still remain in the spent fuel pools of Units 1 and 2, untouched since the accident, and officials from the Nuclear Damage Compensation and Decommissioning Facilitation Corporation (#NDF) described clearing these pools as the single most urgent priority — in part because another
#earthquake or #tsunami could strike at any time.

"Before large-scale debris removal can even begin, the area around the reactor buildings must be cleared of heavily contaminated structures and exhaust stacks to make room for the massive equipment required. Because humans cannot safely approach the highly radioactive debris, all removal work must be done remotely. Radiation levels outside the buildings remain dangerously high — a dosimeter near #Unit2 showed particularly elevated readings — and contaminated water continues to be generated at a rate of roughly 80 tons per day as #rainwater and #groundwater contact radioactive materials on site, despite TEPCO having already released about 80,000 tons of treated [but still radioactive] water into the ocean.

"Perhaps the most troubling concern raised in the article is what happens to the debris and #RadioactiveWaste after it is removed. Hiroshi Miyano, chairman of the Decommissioning Review Committee of the Atomic Energy Society of Japan, was blunt in his criticism, saying no serious thought has been given to managing this waste over the coming century or two.

"The Fukushima debris is uniquely complicated because it is a mixture of melted nuclear fuel and structural materials, and experts warned that removal may not even be possible until a concrete disposal plan is in place. General decommissioning superintendent Toyoshi Fukada warned that without proper storage facilities ready in advance, the entire decommissioning effort could eventually grind to a halt simply because there would be nowhere to put the waste."

Read more:
https://simplyinfo.org/2026/03/simplyinfo-org-15th-anniversary-report-fukushima-daiichi/

Asashi investigative report [pdf]:
https://www.dropbox.com/scl/fi/ysaf6a7hj62286sv4hoql/alps_water_d250130_14-j_translated.pdf?rlkey=3u397ndoafdtiq6fgjczg4a74&st=845tdf30&dl=0

#FukushimaIsntOver #TEPCOLies #RethinkNotRestart #NoNukes #NoNukesForAI #RenewablesNow #WaterIsLife #OceansAreLife #NuclearPlants #NuclearDisaster #Remember311

Floating gardens, #CleanEnergy, and #CommunityFirst: Why '#solarpunk' #architecture gives us #ClimateOptimism

Dec 12, 2025

"Imagine floating towers teeming with lush greenery that look out over clean waterways overflowing with wildlife. As you glance down, you realize pedestrians outnumber cars — which fly on renewable energy — and people mill about in community gardens and meeting spaces as plants and solar panels alike drink in sunlight.

"Welcome to the dream world of a 'solarpunk' city.

"Solarpunk is derived from #cyberpunk, a genre of speculative fiction that was coined by author #BruceBethke in 1983 with the release of his sci-fi short story of the same name, which follows a group of young #RebelHackers.

"From there, cyberpunk spawned a slew of futuristic aesthetics, ideals, and stories. But solarpunk — a term which first sprang up online in 2008 — goes a step further than cyberpunk, and its fantastical subgenre steampunk, by encapsulating not just a style or genre, but an entire #SocialMovement.

"#JaySpringett is the co-administrator of solarpunks.net, a website that curates articles, stories, and artwork that are representative of the movement. Spend a minute scrolling on the site and common themes will emerge: #rewilding efforts, #gardening methods, #rainwater harvesting, #VisibleMending practices, and so much more. [Hey, that sounds a lot like what we cover on #SolarPunkSundays!]

" 'I have always considered solarpunk to be focused on the practical as opposed to the wishful thinking,' Springett told Built In, a Chicago software company. 'And it’s a discussion that’s becoming more and more prominent.' "

Read more:
https://www.goodgoodgood.co/articles/solar-punk-green-architecture-futuristic-design

#SolarPunkSunday #Decentralize #BuildingCommunity