#greywater — Public Fediverse posts

How smarter garden planning can help #Australian homes adapt to #ClimateChange

7 August 2026

"Why Australian gardens are under pressure

Walk outside on a January afternoon in most Australian cities and the difference is unmistakable. It's hotter than it used to be. The soil cracks earlier. The grass gives up faster. These aren't just impressions — rainfall patterns have shifted, heatwaves hit harder and linger longer and water restrictions keep tightening across the country. The backyard is where all of that lands first.

Rethinking the traditional Australian garden

The classic Australian backyard – big lawn, English hedge, maybe a rose bed – made sense when rainfall was more predictable and council water restrictions were rare. That’s not most people’s reality anymore. But scrapping the garden entirely isn’t the answer either. What actually works is rethinking how the space is put together from the ground up.

Why #NativePlants outperform exotics in Australian conditions

#KangarooPaw, #grevillea, #NativeGrasses, #DwarfWattles — these plants didn’t arrive here from somewhere with mild summers and reliable rain. They evolved in Australian conditions over millions of years. Poor soil, fire, long dry spells: that’s their home turf. Imported species are working against the climate; natives are working with it.

Structural planting and layering

Look at any bush community and you’ll notice the same pattern: big trees up top, shrubs in the middle, groundcover keeping the soil shaded and cool. The best contemporary Australian garden designers borrow this logic directly. Layers trap moisture, buffer heat and give the garden a structure that holds up through even a brutal February.

Designing for heat: Shade, airflow and cool zones

A #ShadedGarden can sit several degrees cooler than an exposed one. That’s not a small thing when the mercury is nudging 42°C. Trees on the north and west sides of a house do double duty: they block the worst of the afternoon sun in summer, then drop their leaves in winter and let the warmth through. One tree, planted in the right spot, changes the feel of an entire outdoor space.

Airflow matters too. A courtyard ringed by solid timber fencing and dense hedges can turn into an oven by mid-afternoon. Gaps in plantings, open pergola structures, permeable screens — small decisions that let a breeze through make a real difference to how usable the space actually is.

Water-smart garden planning for a drier future

- Group plants with similar water needs together to reduce waste.
- Choose deep-rooted native groundcovers over lawn in low-traffic zones.
- Use #mulch generously — 8 to 10 cm of organic mulch can halve soil moisture loss.
Design for rainwater capture: swales, rain gardens and permeable paving keep water on-site rather than funnelling it into drains.
- Consider #GreyWater reuse systems planned into the garden layout from the beginning.

Planning before planting: Why design matters more than ever

Most garden mistakes happen at the nursery, not in the ground. Someone sees a plant they like, buys it, takes it home and finds out three years later it’s blocking a window or dying in soil it can’t handle. Starting with a layout – even a rough one – means working out sun angles, shade requirements and water zones before any money gets spent.

Tools have caught up with that need. Homeowners can now use landscape design software – like GardenBox 3D, a downloadable desktop app with a free trial – to build a 3D version of their plot and move things around before touching a shovel. That kind of visual pass almost always turns up something: a western wall screaming out for deciduous screening, a shadowed corner that’s actually perfect for a seat, a slope that could hold a rain garden if anyone had thought to look at it.

Creating a private sanctuary that also works hard

There's a persistent myth that climate-conscious gardens are all mulch and drought-tolerant grasses. Some of the most visually striking contemporary gardens in the country – Victorian country retreats, terraces in inner Sydney, suburban blocks in Brisbane – are also among the most environmentally sensible. #Photinia hedges, native #LillyPilly, a simple bench sitting in the right patch of shade: it doesn't take much to make a space feel genuinely worth spending time in.

Small gardens, big impact

You don't need a half-acre to make a difference. Pull up a strip of concrete and put in a native bed. Add one tree to a bare courtyard. Replace that thirsty privet hedge with something that actually belongs here. None of these are dramatic renovations. But when enough households in the same suburb do it, the cumulative effect on heat and water use is measurable.

Thinking ahead: Planning for the next 20 years, not the next season

The tree you plant this year might not hit its stride for 15 years. That’s the reality of garden time. And the climate those trees grow into will be different from the one we have now — hotter summers, less predictable winters, probably longer dry stretches between rains. Choosing species with that in mind, building soil that can absorb a downpour and then hold moisture for weeks afterward, leaving room for the garden to adapt — that’s the thinking that separates a good garden from one that needs replacing in a decade.

Getting the planning right – whether that’s with a landscape designer, a neighbour who knows their plants, or just an afternoon with a decent garden planning tool – pays off many times over. It’s cheaper than ripping things out and starting again. And in the climate Australians are now gardening in, there’s less and less room for expensive mistakes."

Source:
https://independentaustralia.net/about-ia/sponsored-display/how-smarter-garden-planning-can-help-australian-homes-adapt-to-climate-change,21399

#SolarPunkSunday #ClimateChangeGardening #Gardening #GardenPlanning #Australia

How smarter garden planning can help #Australian homes adapt to #ClimateChange

7 August 2026

"Why Australian gardens are under pressure

Walk outside on a January afternoon in most Australian cities and the difference is unmistakable. It's hotter than it used to be. The soil cracks earlier. The grass gives up faster. These aren't just impressions — rainfall patterns have shifted, heatwaves hit harder and linger longer and water restrictions keep tightening across the country. The backyard is where all of that lands first.

Rethinking the traditional Australian garden

The classic Australian backyard – big lawn, English hedge, maybe a rose bed – made sense when rainfall was more predictable and council water restrictions were rare. That’s not most people’s reality anymore. But scrapping the garden entirely isn’t the answer either. What actually works is rethinking how the space is put together from the ground up.

Why #NativePlants outperform exotics in Australian conditions

#KangarooPaw, #grevillea, #NativeGrasses, #DwarfWattles — these plants didn’t arrive here from somewhere with mild summers and reliable rain. They evolved in Australian conditions over millions of years. Poor soil, fire, long dry spells: that’s their home turf. Imported species are working against the climate; natives are working with it.

Structural planting and layering

Look at any bush community and you’ll notice the same pattern: big trees up top, shrubs in the middle, groundcover keeping the soil shaded and cool. The best contemporary Australian garden designers borrow this logic directly. Layers trap moisture, buffer heat and give the garden a structure that holds up through even a brutal February.

Designing for heat: Shade, airflow and cool zones

A #ShadedGarden can sit several degrees cooler than an exposed one. That’s not a small thing when the mercury is nudging 42°C. Trees on the north and west sides of a house do double duty: they block the worst of the afternoon sun in summer, then drop their leaves in winter and let the warmth through. One tree, planted in the right spot, changes the feel of an entire outdoor space.

Airflow matters too. A courtyard ringed by solid timber fencing and dense hedges can turn into an oven by mid-afternoon. Gaps in plantings, open pergola structures, permeable screens — small decisions that let a breeze through make a real difference to how usable the space actually is.

Water-smart garden planning for a drier future

- Group plants with similar water needs together to reduce waste.
- Choose deep-rooted native groundcovers over lawn in low-traffic zones.
- Use #mulch generously — 8 to 10 cm of organic mulch can halve soil moisture loss.
Design for rainwater capture: swales, rain gardens and permeable paving keep water on-site rather than funnelling it into drains.
- Consider #GreyWater reuse systems planned into the garden layout from the beginning.

Planning before planting: Why design matters more than ever

Most garden mistakes happen at the nursery, not in the ground. Someone sees a plant they like, buys it, takes it home and finds out three years later it’s blocking a window or dying in soil it can’t handle. Starting with a layout – even a rough one – means working out sun angles, shade requirements and water zones before any money gets spent.

Tools have caught up with that need. Homeowners can now use landscape design software – like GardenBox 3D, a downloadable desktop app with a free trial – to build a 3D version of their plot and move things around before touching a shovel. That kind of visual pass almost always turns up something: a western wall screaming out for deciduous screening, a shadowed corner that’s actually perfect for a seat, a slope that could hold a rain garden if anyone had thought to look at it.

Creating a private sanctuary that also works hard

There's a persistent myth that climate-conscious gardens are all mulch and drought-tolerant grasses. Some of the most visually striking contemporary gardens in the country – Victorian country retreats, terraces in inner Sydney, suburban blocks in Brisbane – are also among the most environmentally sensible. #Photinia hedges, native #LillyPilly, a simple bench sitting in the right patch of shade: it doesn't take much to make a space feel genuinely worth spending time in.

Small gardens, big impact

You don't need a half-acre to make a difference. Pull up a strip of concrete and put in a native bed. Add one tree to a bare courtyard. Replace that thirsty privet hedge with something that actually belongs here. None of these are dramatic renovations. But when enough households in the same suburb do it, the cumulative effect on heat and water use is measurable.

Thinking ahead: Planning for the next 20 years, not the next season

The tree you plant this year might not hit its stride for 15 years. That’s the reality of garden time. And the climate those trees grow into will be different from the one we have now — hotter summers, less predictable winters, probably longer dry stretches between rains. Choosing species with that in mind, building soil that can absorb a downpour and then hold moisture for weeks afterward, leaving room for the garden to adapt — that’s the thinking that separates a good garden from one that needs replacing in a decade.

Getting the planning right – whether that’s with a landscape designer, a neighbour who knows their plants, or just an afternoon with a decent garden planning tool – pays off many times over. It’s cheaper than ripping things out and starting again. And in the climate Australians are now gardening in, there’s less and less room for expensive mistakes."

Source:
https://independentaustralia.net/about-ia/sponsored-display/how-smarter-garden-planning-can-help-australian-homes-adapt-to-climate-change,21399

#SolarPunkSunday #ClimateChangeGardening #Gardening #GardenPlanning #Australia

How smarter garden planning can help #Australian homes adapt to #ClimateChange

7 August 2026

"Why Australian gardens are under pressure

Walk outside on a January afternoon in most Australian cities and the difference is unmistakable. It's hotter than it used to be. The soil cracks earlier. The grass gives up faster. These aren't just impressions — rainfall patterns have shifted, heatwaves hit harder and linger longer and water restrictions keep tightening across the country. The backyard is where all of that lands first.

Rethinking the traditional Australian garden

The classic Australian backyard – big lawn, English hedge, maybe a rose bed – made sense when rainfall was more predictable and council water restrictions were rare. That’s not most people’s reality anymore. But scrapping the garden entirely isn’t the answer either. What actually works is rethinking how the space is put together from the ground up.

Why #NativePlants outperform exotics in Australian conditions

#KangarooPaw, #grevillea, #NativeGrasses, #DwarfWattles — these plants didn’t arrive here from somewhere with mild summers and reliable rain. They evolved in Australian conditions over millions of years. Poor soil, fire, long dry spells: that’s their home turf. Imported species are working against the climate; natives are working with it.

Structural planting and layering

Look at any bush community and you’ll notice the same pattern: big trees up top, shrubs in the middle, groundcover keeping the soil shaded and cool. The best contemporary Australian garden designers borrow this logic directly. Layers trap moisture, buffer heat and give the garden a structure that holds up through even a brutal February.

Designing for heat: Shade, airflow and cool zones

A #ShadedGarden can sit several degrees cooler than an exposed one. That’s not a small thing when the mercury is nudging 42°C. Trees on the north and west sides of a house do double duty: they block the worst of the afternoon sun in summer, then drop their leaves in winter and let the warmth through. One tree, planted in the right spot, changes the feel of an entire outdoor space.

Airflow matters too. A courtyard ringed by solid timber fencing and dense hedges can turn into an oven by mid-afternoon. Gaps in plantings, open pergola structures, permeable screens — small decisions that let a breeze through make a real difference to how usable the space actually is.

Water-smart garden planning for a drier future

- Group plants with similar water needs together to reduce waste.
- Choose deep-rooted native groundcovers over lawn in low-traffic zones.
- Use #mulch generously — 8 to 10 cm of organic mulch can halve soil moisture loss.
Design for rainwater capture: swales, rain gardens and permeable paving keep water on-site rather than funnelling it into drains.
- Consider #GreyWater reuse systems planned into the garden layout from the beginning.

Planning before planting: Why design matters more than ever

Most garden mistakes happen at the nursery, not in the ground. Someone sees a plant they like, buys it, takes it home and finds out three years later it’s blocking a window or dying in soil it can’t handle. Starting with a layout – even a rough one – means working out sun angles, shade requirements and water zones before any money gets spent.

Tools have caught up with that need. Homeowners can now use landscape design software – like GardenBox 3D, a downloadable desktop app with a free trial – to build a 3D version of their plot and move things around before touching a shovel. That kind of visual pass almost always turns up something: a western wall screaming out for deciduous screening, a shadowed corner that’s actually perfect for a seat, a slope that could hold a rain garden if anyone had thought to look at it.

Creating a private sanctuary that also works hard

There's a persistent myth that climate-conscious gardens are all mulch and drought-tolerant grasses. Some of the most visually striking contemporary gardens in the country – Victorian country retreats, terraces in inner Sydney, suburban blocks in Brisbane – are also among the most environmentally sensible. #Photinia hedges, native #LillyPilly, a simple bench sitting in the right patch of shade: it doesn't take much to make a space feel genuinely worth spending time in.

Small gardens, big impact

You don't need a half-acre to make a difference. Pull up a strip of concrete and put in a native bed. Add one tree to a bare courtyard. Replace that thirsty privet hedge with something that actually belongs here. None of these are dramatic renovations. But when enough households in the same suburb do it, the cumulative effect on heat and water use is measurable.

Thinking ahead: Planning for the next 20 years, not the next season

The tree you plant this year might not hit its stride for 15 years. That’s the reality of garden time. And the climate those trees grow into will be different from the one we have now — hotter summers, less predictable winters, probably longer dry stretches between rains. Choosing species with that in mind, building soil that can absorb a downpour and then hold moisture for weeks afterward, leaving room for the garden to adapt — that’s the thinking that separates a good garden from one that needs replacing in a decade.

Getting the planning right – whether that’s with a landscape designer, a neighbour who knows their plants, or just an afternoon with a decent garden planning tool – pays off many times over. It’s cheaper than ripping things out and starting again. And in the climate Australians are now gardening in, there’s less and less room for expensive mistakes."

Source:
https://independentaustralia.net/about-ia/sponsored-display/how-smarter-garden-planning-can-help-australian-homes-adapt-to-climate-change,21399

#SolarPunkSunday #ClimateChangeGardening #Gardening #GardenPlanning #Australia

How smarter garden planning can help #Australian homes adapt to #ClimateChange

7 August 2026

"Why Australian gardens are under pressure

Walk outside on a January afternoon in most Australian cities and the difference is unmistakable. It's hotter than it used to be. The soil cracks earlier. The grass gives up faster. These aren't just impressions — rainfall patterns have shifted, heatwaves hit harder and linger longer and water restrictions keep tightening across the country. The backyard is where all of that lands first.

Rethinking the traditional Australian garden

The classic Australian backyard – big lawn, English hedge, maybe a rose bed – made sense when rainfall was more predictable and council water restrictions were rare. That’s not most people’s reality anymore. But scrapping the garden entirely isn’t the answer either. What actually works is rethinking how the space is put together from the ground up.

Why #NativePlants outperform exotics in Australian conditions

#KangarooPaw, #grevillea, #NativeGrasses, #DwarfWattles — these plants didn’t arrive here from somewhere with mild summers and reliable rain. They evolved in Australian conditions over millions of years. Poor soil, fire, long dry spells: that’s their home turf. Imported species are working against the climate; natives are working with it.

Structural planting and layering

Look at any bush community and you’ll notice the same pattern: big trees up top, shrubs in the middle, groundcover keeping the soil shaded and cool. The best contemporary Australian garden designers borrow this logic directly. Layers trap moisture, buffer heat and give the garden a structure that holds up through even a brutal February.

Designing for heat: Shade, airflow and cool zones

A #ShadedGarden can sit several degrees cooler than an exposed one. That’s not a small thing when the mercury is nudging 42°C. Trees on the north and west sides of a house do double duty: they block the worst of the afternoon sun in summer, then drop their leaves in winter and let the warmth through. One tree, planted in the right spot, changes the feel of an entire outdoor space.

Airflow matters too. A courtyard ringed by solid timber fencing and dense hedges can turn into an oven by mid-afternoon. Gaps in plantings, open pergola structures, permeable screens — small decisions that let a breeze through make a real difference to how usable the space actually is.

Water-smart garden planning for a drier future

- Group plants with similar water needs together to reduce waste.
- Choose deep-rooted native groundcovers over lawn in low-traffic zones.
- Use #mulch generously — 8 to 10 cm of organic mulch can halve soil moisture loss.
Design for rainwater capture: swales, rain gardens and permeable paving keep water on-site rather than funnelling it into drains.
- Consider #GreyWater reuse systems planned into the garden layout from the beginning.

Planning before planting: Why design matters more than ever

Most garden mistakes happen at the nursery, not in the ground. Someone sees a plant they like, buys it, takes it home and finds out three years later it’s blocking a window or dying in soil it can’t handle. Starting with a layout – even a rough one – means working out sun angles, shade requirements and water zones before any money gets spent.

Tools have caught up with that need. Homeowners can now use landscape design software – like GardenBox 3D, a downloadable desktop app with a free trial – to build a 3D version of their plot and move things around before touching a shovel. That kind of visual pass almost always turns up something: a western wall screaming out for deciduous screening, a shadowed corner that’s actually perfect for a seat, a slope that could hold a rain garden if anyone had thought to look at it.

Creating a private sanctuary that also works hard

There's a persistent myth that climate-conscious gardens are all mulch and drought-tolerant grasses. Some of the most visually striking contemporary gardens in the country – Victorian country retreats, terraces in inner Sydney, suburban blocks in Brisbane – are also among the most environmentally sensible. #Photinia hedges, native #LillyPilly, a simple bench sitting in the right patch of shade: it doesn't take much to make a space feel genuinely worth spending time in.

Small gardens, big impact

You don't need a half-acre to make a difference. Pull up a strip of concrete and put in a native bed. Add one tree to a bare courtyard. Replace that thirsty privet hedge with something that actually belongs here. None of these are dramatic renovations. But when enough households in the same suburb do it, the cumulative effect on heat and water use is measurable.

Thinking ahead: Planning for the next 20 years, not the next season

The tree you plant this year might not hit its stride for 15 years. That’s the reality of garden time. And the climate those trees grow into will be different from the one we have now — hotter summers, less predictable winters, probably longer dry stretches between rains. Choosing species with that in mind, building soil that can absorb a downpour and then hold moisture for weeks afterward, leaving room for the garden to adapt — that’s the thinking that separates a good garden from one that needs replacing in a decade.

Getting the planning right – whether that’s with a landscape designer, a neighbour who knows their plants, or just an afternoon with a decent garden planning tool – pays off many times over. It’s cheaper than ripping things out and starting again. And in the climate Australians are now gardening in, there’s less and less room for expensive mistakes."

Source:
https://independentaustralia.net/about-ia/sponsored-display/how-smarter-garden-planning-can-help-australian-homes-adapt-to-climate-change,21399

#SolarPunkSunday #ClimateChangeGardening #Gardening #GardenPlanning #Australia

How smarter garden planning can help #Australian homes adapt to #ClimateChange

7 August 2026

"Why Australian gardens are under pressure

Walk outside on a January afternoon in most Australian cities and the difference is unmistakable. It's hotter than it used to be. The soil cracks earlier. The grass gives up faster. These aren't just impressions — rainfall patterns have shifted, heatwaves hit harder and linger longer and water restrictions keep tightening across the country. The backyard is where all of that lands first.

Rethinking the traditional Australian garden

The classic Australian backyard – big lawn, English hedge, maybe a rose bed – made sense when rainfall was more predictable and council water restrictions were rare. That’s not most people’s reality anymore. But scrapping the garden entirely isn’t the answer either. What actually works is rethinking how the space is put together from the ground up.

Why #NativePlants outperform exotics in Australian conditions

#KangarooPaw, #grevillea, #NativeGrasses, #DwarfWattles — these plants didn’t arrive here from somewhere with mild summers and reliable rain. They evolved in Australian conditions over millions of years. Poor soil, fire, long dry spells: that’s their home turf. Imported species are working against the climate; natives are working with it.

Structural planting and layering

Look at any bush community and you’ll notice the same pattern: big trees up top, shrubs in the middle, groundcover keeping the soil shaded and cool. The best contemporary Australian garden designers borrow this logic directly. Layers trap moisture, buffer heat and give the garden a structure that holds up through even a brutal February.

Designing for heat: Shade, airflow and cool zones

A #ShadedGarden can sit several degrees cooler than an exposed one. That’s not a small thing when the mercury is nudging 42°C. Trees on the north and west sides of a house do double duty: they block the worst of the afternoon sun in summer, then drop their leaves in winter and let the warmth through. One tree, planted in the right spot, changes the feel of an entire outdoor space.

Airflow matters too. A courtyard ringed by solid timber fencing and dense hedges can turn into an oven by mid-afternoon. Gaps in plantings, open pergola structures, permeable screens — small decisions that let a breeze through make a real difference to how usable the space actually is.

Water-smart garden planning for a drier future

- Group plants with similar water needs together to reduce waste.
- Choose deep-rooted native groundcovers over lawn in low-traffic zones.
- Use #mulch generously — 8 to 10 cm of organic mulch can halve soil moisture loss.
Design for rainwater capture: swales, rain gardens and permeable paving keep water on-site rather than funnelling it into drains.
- Consider #GreyWater reuse systems planned into the garden layout from the beginning.

Planning before planting: Why design matters more than ever

Most garden mistakes happen at the nursery, not in the ground. Someone sees a plant they like, buys it, takes it home and finds out three years later it’s blocking a window or dying in soil it can’t handle. Starting with a layout – even a rough one – means working out sun angles, shade requirements and water zones before any money gets spent.

Tools have caught up with that need. Homeowners can now use landscape design software – like GardenBox 3D, a downloadable desktop app with a free trial – to build a 3D version of their plot and move things around before touching a shovel. That kind of visual pass almost always turns up something: a western wall screaming out for deciduous screening, a shadowed corner that’s actually perfect for a seat, a slope that could hold a rain garden if anyone had thought to look at it.

Creating a private sanctuary that also works hard

There's a persistent myth that climate-conscious gardens are all mulch and drought-tolerant grasses. Some of the most visually striking contemporary gardens in the country – Victorian country retreats, terraces in inner Sydney, suburban blocks in Brisbane – are also among the most environmentally sensible. #Photinia hedges, native #LillyPilly, a simple bench sitting in the right patch of shade: it doesn't take much to make a space feel genuinely worth spending time in.

Small gardens, big impact

You don't need a half-acre to make a difference. Pull up a strip of concrete and put in a native bed. Add one tree to a bare courtyard. Replace that thirsty privet hedge with something that actually belongs here. None of these are dramatic renovations. But when enough households in the same suburb do it, the cumulative effect on heat and water use is measurable.

Thinking ahead: Planning for the next 20 years, not the next season

The tree you plant this year might not hit its stride for 15 years. That’s the reality of garden time. And the climate those trees grow into will be different from the one we have now — hotter summers, less predictable winters, probably longer dry stretches between rains. Choosing species with that in mind, building soil that can absorb a downpour and then hold moisture for weeks afterward, leaving room for the garden to adapt — that’s the thinking that separates a good garden from one that needs replacing in a decade.

Getting the planning right – whether that’s with a landscape designer, a neighbour who knows their plants, or just an afternoon with a decent garden planning tool – pays off many times over. It’s cheaper than ripping things out and starting again. And in the climate Australians are now gardening in, there’s less and less room for expensive mistakes."

Source:
https://independentaustralia.net/about-ia/sponsored-display/how-smarter-garden-planning-can-help-australian-homes-adapt-to-climate-change,21399

#SolarPunkSunday #ClimateChangeGardening #Gardening #GardenPlanning #Australia

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.' "

Read more:
https://drexel.edu/news/archive/2026/May/decentralized-stormwater-management-coastal-urban-areas-combined-sewer

#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.' "

Read more:
https://drexel.edu/news/archive/2026/May/decentralized-stormwater-management-coastal-urban-areas-combined-sewer

#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.' "

Read more:
https://drexel.edu/news/archive/2026/May/decentralized-stormwater-management-coastal-urban-areas-combined-sewer

#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.' "

Read more:
https://drexel.edu/news/archive/2026/May/decentralized-stormwater-management-coastal-urban-areas-combined-sewer

#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.' "

Read more:
https://drexel.edu/news/archive/2026/May/decentralized-stormwater-management-coastal-urban-areas-combined-sewer

#SolarPunkSunday #ClimateChangeAdaptation #Graywater #StormwaterSeparation #StormwaterReduction #WaterCisterns #UrbanPlanning #WaterUse #WaterIsLife #ClimateChange

#ShortBreak #shorts #DoomScrollBreak #GoodToKnow #advice #AdviceWithAnn #household #plumbing #water #drinkingwater #greywater

(On Madeira we have something similar. After the meter the city water pipe splits. One pipe directly feeds the kitchen, the other a 1000L IBC-tank outside. The returning pipe feeds the 150l water boiler and the bathroom.
The city water replaced the formerly used levada - open irrigation channel coming down from the hills - as water source.)

https://www.youtube.com/shorts/EzVLdxKzj5I

#ShortBreak #shorts #DoomScrollBreak #GoodToKnow #advice #AdviceWithAnn #household #plumbing #water #drinkingwater #greywater

(On Madeira we have something similar. After the meter the city water pipe splits. One pipe directly feeds the kitchen, the other a 1000L IBC-tank outside. The returning pipe feeds the 150l water boiler and the bathroom.
The city water replaced the formerly used levada - open irrigation channel coming down from the hills - as water source.)

https://www.youtube.com/shorts/EzVLdxKzj5I

#ShortBreak #shorts #DoomScrollBreak #GoodToKnow #advice #AdviceWithAnn #household #plumbing #water #drinkingwater #greywater

(On Madeira we have something similar. After the meter the city water pipe splits. One pipe directly feeds the kitchen, the other a 1000L IBC-tank outside. The returning pipe feeds the 150l water boiler and the bathroom.
The city water replaced the formerly used levada - open irrigation channel coming down from the hills - as water source.)

https://www.youtube.com/shorts/EzVLdxKzj5I

#ShortBreak #shorts #DoomScrollBreak #GoodToKnow #advice #AdviceWithAnn #household #plumbing #water #drinkingwater #greywater

(On Madeira we have something similar. After the meter the city water pipe splits. One pipe directly feeds the kitchen, the other a 1000L IBC-tank outside. The returning pipe feeds the 150l water boiler and the bathroom.
The city water replaced the formerly used levada - open irrigation channel coming down from the hills - as water source.)

https://www.youtube.com/shorts/EzVLdxKzj5I

#ShortBreak #shorts #DoomScrollBreak #GoodToKnow #advice #AdviceWithAnn #household #plumbing #water #drinkingwater #greywater

(On Madeira we have something similar. After the meter the city water pipe splits. One pipe directly feeds the kitchen, the other a 1000L IBC-tank outside. The returning pipe feeds the 150l water boiler and the bathroom.
The city water replaced the formerly used levada - open irrigation channel coming down from the hills - as water source.)

https://www.youtube.com/shorts/EzVLdxKzj5I

Be grateful for your home's sewer line. These guys carried big jerry cans of gray water mixed with bits of stuff (no poop) to dump it into the gutter along the public road.

#Africa #Madagascar #Antananarivo #Greywater #HalfHeartedFanatic

Be grateful for your home's sewer line. These guys carried big jerry cans of gray water mixed with bits of stuff (no poop) to dump it into the gutter along the public road.

#Africa #Madagascar #Antananarivo #Greywater #HalfHeartedFanatic

Be grateful for your home's sewer line. These guys carried big jerry cans of gray water mixed with bits of stuff (no poop) to dump it into the gutter along the public road.

#Africa #Madagascar #Antananarivo #Greywater #HalfHeartedFanatic

Be grateful for your home's sewer line. These guys carried big jerry cans of gray water mixed with bits of stuff (no poop) to dump it into the gutter along the public road.

#Africa #Madagascar #Antananarivo #Greywater #HalfHeartedFanatic

Be grateful for your home's sewer line. These guys carried big jerry cans of gray water mixed with bits of stuff (no poop) to dump it into the gutter along the public road.

#Africa #Madagascar #Antananarivo #Greywater #HalfHeartedFanatic

Gardeners urged to follow this 1 rule when watering plants in May https://www.allforgardening.com/1760710/gardeners-urged-to-follow-this-1-rule-when-watering-plants-in-may/ #garden #gardening #GardeningAdvice #GardeningNews #GardeningRule #GardeningTips #GreyWater #horticulture #HowToUseRecycledWater #PlantWatering #plants #RecycledWater #RHSAdvice #RoyalHorticulturalSociety #WaterRecycling #WateringRule

Gardeners urged to follow this 1 rule when watering plants in May https://www.allforgardening.com/1760710/gardeners-urged-to-follow-this-1-rule-when-watering-plants-in-may/ #garden #gardening #GardeningAdvice #GardeningNews #GardeningRule #GardeningTips #GreyWater #horticulture #HowToUseRecycledWater #PlantWatering #plants #RecycledWater #RHSAdvice #RoyalHorticulturalSociety #WaterRecycling #WateringRule

512 Pixels: xAI’s Memphis Water Treatment Plant ‘on an Indefinite Pause’. “Part of xAI’s deal with the city of Memphis included an $80 million greywater facility designed to reduce the amount of water the company needs for cooling its data centers. The Mid-South sits atop the Memphis Sand Aquifer that provides us with some of the very best water in the country. It is our best natural […]

512 Pixels: xAI’s Memphis Water Treatment Plant ‘on an Indefinite Pause’. “Part of xAI’s deal with the city of Memphis included an $80 million greywater facility designed to reduce the amount of water the company needs for cooling its data centers. The Mid-South sits atop the Memphis Sand Aquifer that provides us with some of the very best water in the country. It is our best natural […]

512 Pixels: xAI’s Memphis Water Treatment Plant ‘on an Indefinite Pause’. “Part of xAI’s deal with the city of Memphis included an $80 million greywater facility designed to reduce the amount of water the company needs for cooling its data centers. The Mid-South sits atop the Memphis Sand Aquifer that provides us with some of the very best water in the country. It is our best natural […]

512 Pixels: xAI’s Memphis Water Treatment Plant ‘on an Indefinite Pause’. “Part of xAI’s deal with the city of Memphis included an $80 million greywater facility designed to reduce the amount of water the company needs for cooling its data centers. The Mid-South sits atop the Memphis Sand Aquifer that provides us with some of the very best water in the country. It is our best natural […]

512 Pixels: xAI’s Memphis Water Treatment Plant ‘on an Indefinite Pause’. “Part of xAI’s deal with the city of Memphis included an $80 million greywater facility designed to reduce the amount of water the company needs for cooling its data centers. The Mid-South sits atop the Memphis Sand Aquifer that provides us with some of the very best water in the country. It is our best natural […]

How To Build A #DIY #Greywater System (Complete Guide)

January 9, 2022 by Dylan Crosbie

"Welcome to our complete guide to building your DIY greywater system!

A greywater system will decrease your carbon footprint, save water and decrease your utility bills. The system recycles water from your home and allows you to use it again for irrigation and flushing toilets.

It can be a simple, low-tech system that will be cost-effective in the long run and lower your water usage by up to 40%."

Learn more:
https://climatebiz.com/diy-greywater-system/

#SolarPunkSunday #Solarpunk #PracticalSolarPunk #Graywater #GreywaterSystems #WaterConservation #WaterIsLife #LoTech #LowTech

How To Build A #DIY #Greywater System (Complete Guide)

January 9, 2022 by Dylan Crosbie

"Welcome to our complete guide to building your DIY greywater system!

A greywater system will decrease your carbon footprint, save water and decrease your utility bills. The system recycles water from your home and allows you to use it again for irrigation and flushing toilets.

It can be a simple, low-tech system that will be cost-effective in the long run and lower your water usage by up to 40%."

Learn more:
https://climatebiz.com/diy-greywater-system/

#SolarPunkSunday #Solarpunk #PracticalSolarPunk #Graywater #GreywaterSystems #WaterConservation #WaterIsLife #LoTech #LowTech

How To Build A #DIY #Greywater System (Complete Guide)

January 9, 2022 by Dylan Crosbie

"Welcome to our complete guide to building your DIY greywater system!

A greywater system will decrease your carbon footprint, save water and decrease your utility bills. The system recycles water from your home and allows you to use it again for irrigation and flushing toilets.

It can be a simple, low-tech system that will be cost-effective in the long run and lower your water usage by up to 40%."

Learn more:
https://climatebiz.com/diy-greywater-system/

#SolarPunkSunday #Solarpunk #PracticalSolarPunk #Graywater #GreywaterSystems #WaterConservation #WaterIsLife #LoTech #LowTech

How To Build A #DIY #Greywater System (Complete Guide)

January 9, 2022 by Dylan Crosbie

"Welcome to our complete guide to building your DIY greywater system!

A greywater system will decrease your carbon footprint, save water and decrease your utility bills. The system recycles water from your home and allows you to use it again for irrigation and flushing toilets.

It can be a simple, low-tech system that will be cost-effective in the long run and lower your water usage by up to 40%."

Learn more:
https://climatebiz.com/diy-greywater-system/

#SolarPunkSunday #Solarpunk #PracticalSolarPunk #Graywater #GreywaterSystems #WaterConservation #WaterIsLife #LoTech #LowTech

How To Build A #DIY #Greywater System (Complete Guide)

January 9, 2022 by Dylan Crosbie

"Welcome to our complete guide to building your DIY greywater system!

A greywater system will decrease your carbon footprint, save water and decrease your utility bills. The system recycles water from your home and allows you to use it again for irrigation and flushing toilets.

It can be a simple, low-tech system that will be cost-effective in the long run and lower your water usage by up to 40%."

Learn more:
https://climatebiz.com/diy-greywater-system/

#SolarPunkSunday #Solarpunk #PracticalSolarPunk #Graywater #GreywaterSystems #WaterConservation #WaterIsLife #LoTech #LowTech

Well, I did NOT finish my #SolarPunk jobs list. But it's on my To Do list... Next week, I'll plan on focusing on #WaterStorage and #Reuse -- #Greywater, #Rainbarrels, #Cisterns, etc., since #Maine is still experiencing a #Drought (despite all the snow), and other places are as well. I know I'll be pestering our Town Manager about getting some rainbarrels and #GreenMachine composters at cost for the local residents.

Boosting some posts from yesterday. I hope you'll join us next #SolarPunkSunday!

[Image source: altered, decommidified screenshot from a Chobani commercial. Found via oneearth.org/solarpunk ]

Well, I did NOT finish my #SolarPunk jobs list. But it's on my To Do list... Next week, I'll plan on focusing on #WaterStorage and #Reuse -- #Greywater, #Rainbarrels, #Cisterns, etc., since #Maine is still experiencing a #Drought (despite all the snow), and other places are as well. I know I'll be pestering our Town Manager about getting some rainbarrels and #GreenMachine composters at cost for the local residents.

Boosting some posts from yesterday. I hope you'll join us next #SolarPunkSunday!

[Image source: altered, decommidified screenshot from a Chobani commercial. Found via oneearth.org/solarpunk ]

Well, I did NOT finish my #SolarPunk jobs list. But it's on my To Do list... Next week, I'll plan on focusing on #WaterStorage and #Reuse -- #Greywater, #Rainbarrels, #Cisterns, etc., since #Maine is still experiencing a #Drought (despite all the snow), and other places are as well. I know I'll be pestering our Town Manager about getting some rainbarrels and #GreenMachine composters at cost for the local residents.

Boosting some posts from yesterday. I hope you'll join us next #SolarPunkSunday!

[Image source: altered, decommidified screenshot from a Chobani commercial. Found via oneearth.org/solarpunk ]

Well, I did NOT finish my #SolarPunk jobs list. But it's on my To Do list... Next week, I'll plan on focusing on #WaterStorage and #Reuse -- #Greywater, #Rainbarrels, #Cisterns, etc., since #Maine is still experiencing a #Drought (despite all the snow), and other places are as well. I know I'll be pestering our Town Manager about getting some rainbarrels and #GreenMachine composters at cost for the local residents.

Boosting some posts from yesterday. I hope you'll join us next #SolarPunkSunday!

[Image source: altered, decommidified screenshot from a Chobani commercial. Found via oneearth.org/solarpunk ]

Well, I did NOT finish my #SolarPunk jobs list. But it's on my To Do list... Next week, I'll plan on focusing on #WaterStorage and #Reuse -- #Greywater, #Rainbarrels, #Cisterns, etc., since #Maine is still experiencing a #Drought (despite all the snow), and other places are as well. I know I'll be pestering our Town Manager about getting some rainbarrels and #GreenMachine composters at cost for the local residents.

Boosting some posts from yesterday. I hope you'll join us next #SolarPunkSunday!

[Image source: altered, decommidified screenshot from a Chobani commercial. Found via oneearth.org/solarpunk ]

‘If you’re flushing the toilet with #greywater, people should know’: how #China turned rain into an asset
#Architects and designers have recycled ancient practice of collecting #rainwater to make buildings ecologically friendly https://www.theguardian.com/environment/2026/jan/16/grey-water-how-china-turned-rain-into-asset

‘If you’re flushing the toilet with #greywater, people should know’: how #China turned rain into an asset
#Architects and designers have recycled ancient practice of collecting #rainwater to make buildings ecologically friendly https://www.theguardian.com/environment/2026/jan/16/grey-water-how-china-turned-rain-into-asset

‘If you’re flushing the toilet with #greywater, people should know’: how #China turned rain into an asset
#Architects and designers have recycled ancient practice of collecting #rainwater to make buildings ecologically friendly https://www.theguardian.com/environment/2026/jan/16/grey-water-how-china-turned-rain-into-asset

‘If you’re flushing the toilet with #greywater, people should know’: how #China turned rain into an asset
#Architects and designers have recycled ancient practice of collecting #rainwater to make buildings ecologically friendly https://www.theguardian.com/environment/2026/jan/16/grey-water-how-china-turned-rain-into-asset

‘If you’re flushing the toilet with #greywater, people should know’: how #China turned rain into an asset
#Architects and designers have recycled ancient practice of collecting #rainwater to make buildings ecologically friendly https://www.theguardian.com/environment/2026/jan/16/grey-water-how-china-turned-rain-into-asset

Apparently chaotic gardening that is actually quite intentional:

We are digging the greywater channel deeper after adding a charcoal & rock base biofilter. This aims to reduce soil salting by minimizing water evaporation directly from the channel and forcing the water to be pulled *up* through the soil via the plant roots. Current seedlings in this basin are getting top water but when their roots can be expected to be slightly deeper they'll be left to only seek water from the saturated soil below. Initially I wanted to optimize for a proper floodplain but now I think intentionally incising the channel may be a strategy so long as matting roots can hold the bank against rains - we'll just have to see!

The squash mostly killed off by frost was pruned back, and the volunteer plants are frequently cut back and their stems used for mulch - you can see the slight mulch layer being built from vegetation in this site. The squash is trying to put on baby leaves again but the weather has been erratic so I'm fine if it just decomposes in place and doesn't come back, another round of beans, squash, and corn has been planted nearby and if the weather is conducive to getting a head start on the season we will have much more to harvest this fall.

The other side of the basin was seed blasted and is being mulched over with animal bedding and manure.

For this season this basin holds mostly cover crops sown for animal feed or milling, but when we can afford to we will be starting a series of trees in this basin to establish more permanent cover. Ultimately this will do more to avoid soil salting and nutrient loss, but for now simply establishing roots and working on soil restoration is a good start, especially where we can get a useful yield and bring down the cost to raise our animals.

#permaculture #earthworks #greywater #RanchoDeLaLibertad #Farming #SmallFarm #FoodSovereignty #NativeOwned #Indigenous #RegenerativeAg #Gardening

Apparently chaotic gardening that is actually quite intentional:

We are digging the greywater channel deeper after adding a charcoal & rock base biofilter. This aims to reduce soil salting by minimizing water evaporation directly from the channel and forcing the water to be pulled *up* through the soil via the plant roots. Current seedlings in this basin are getting top water but when their roots can be expected to be slightly deeper they'll be left to only seek water from the saturated soil below. Initially I wanted to optimize for a proper floodplain but now I think intentionally incising the channel may be a strategy so long as matting roots can hold the bank against rains - we'll just have to see!

The squash mostly killed off by frost was pruned back, and the volunteer plants are frequently cut back and their stems used for mulch - you can see the slight mulch layer being built from vegetation in this site. The squash is trying to put on baby leaves again but the weather has been erratic so I'm fine if it just decomposes in place and doesn't come back, another round of beans, squash, and corn has been planted nearby and if the weather is conducive to getting a head start on the season we will have much more to harvest this fall.

The other side of the basin was seed blasted and is being mulched over with animal bedding and manure.

For this season this basin holds mostly cover crops sown for animal feed or milling, but when we can afford to we will be starting a series of trees in this basin to establish more permanent cover. Ultimately this will do more to avoid soil salting and nutrient loss, but for now simply establishing roots and working on soil restoration is a good start, especially where we can get a useful yield and bring down the cost to raise our animals.

#permaculture #earthworks #greywater #RanchoDeLaLibertad #Farming #SmallFarm #FoodSovereignty #NativeOwned #Indigenous #RegenerativeAg #Gardening

Apparently chaotic gardening that is actually quite intentional:

We are digging the greywater channel deeper after adding a charcoal & rock base biofilter. This aims to reduce soil salting by minimizing water evaporation directly from the channel and forcing the water to be pulled *up* through the soil via the plant roots. Current seedlings in this basin are getting top water but when their roots can be expected to be slightly deeper they'll be left to only seek water from the saturated soil below. Initially I wanted to optimize for a proper floodplain but now I think intentionally incising the channel may be a strategy so long as matting roots can hold the bank against rains - we'll just have to see!

The squash mostly killed off by frost was pruned back, and the volunteer plants are frequently cut back and their stems used for mulch - you can see the slight mulch layer being built from vegetation in this site. The squash is trying to put on baby leaves again but the weather has been erratic so I'm fine if it just decomposes in place and doesn't come back, another round of beans, squash, and corn has been planted nearby and if the weather is conducive to getting a head start on the season we will have much more to harvest this fall.

The other side of the basin was seed blasted and is being mulched over with animal bedding and manure.

For this season this basin holds mostly cover crops sown for animal feed or milling, but when we can afford to we will be starting a series of trees in this basin to establish more permanent cover. Ultimately this will do more to avoid soil salting and nutrient loss, but for now simply establishing roots and working on soil restoration is a good start, especially where we can get a useful yield and bring down the cost to raise our animals.

#permaculture #earthworks #greywater #RanchoDeLaLibertad #Farming #SmallFarm #FoodSovereignty #NativeOwned #Indigenous #RegenerativeAg #Gardening

Apparently chaotic gardening that is actually quite intentional:

We are digging the greywater channel deeper after adding a charcoal & rock base biofilter. This aims to reduce soil salting by minimizing water evaporation directly from the channel and forcing the water to be pulled *up* through the soil via the plant roots. Current seedlings in this basin are getting top water but when their roots can be expected to be slightly deeper they'll be left to only seek water from the saturated soil below. Initially I wanted to optimize for a proper floodplain but now I think intentionally incising the channel may be a strategy so long as matting roots can hold the bank against rains - we'll just have to see!

The squash mostly killed off by frost was pruned back, and the volunteer plants are frequently cut back and their stems used for mulch - you can see the slight mulch layer being built from vegetation in this site. The squash is trying to put on baby leaves again but the weather has been erratic so I'm fine if it just decomposes in place and doesn't come back, another round of beans, squash, and corn has been planted nearby and if the weather is conducive to getting a head start on the season we will have much more to harvest this fall.

The other side of the basin was seed blasted and is being mulched over with animal bedding and manure.

For this season this basin holds mostly cover crops sown for animal feed or milling, but when we can afford to we will be starting a series of trees in this basin to establish more permanent cover. Ultimately this will do more to avoid soil salting and nutrient loss, but for now simply establishing roots and working on soil restoration is a good start, especially where we can get a useful yield and bring down the cost to raise our animals.

#permaculture #earthworks #greywater #RanchoDeLaLibertad #Farming #SmallFarm #FoodSovereignty #NativeOwned #Indigenous #RegenerativeAg #Gardening

Apparently chaotic gardening that is actually quite intentional:

We are digging the greywater channel deeper after adding a charcoal & rock base biofilter. This aims to reduce soil salting by minimizing water evaporation directly from the channel and forcing the water to be pulled *up* through the soil via the plant roots. Current seedlings in this basin are getting top water but when their roots can be expected to be slightly deeper they'll be left to only seek water from the saturated soil below. Initially I wanted to optimize for a proper floodplain but now I think intentionally incising the channel may be a strategy so long as matting roots can hold the bank against rains - we'll just have to see!

The squash mostly killed off by frost was pruned back, and the volunteer plants are frequently cut back and their stems used for mulch - you can see the slight mulch layer being built from vegetation in this site. The squash is trying to put on baby leaves again but the weather has been erratic so I'm fine if it just decomposes in place and doesn't come back, another round of beans, squash, and corn has been planted nearby and if the weather is conducive to getting a head start on the season we will have much more to harvest this fall.

The other side of the basin was seed blasted and is being mulched over with animal bedding and manure.

For this season this basin holds mostly cover crops sown for animal feed or milling, but when we can afford to we will be starting a series of trees in this basin to establish more permanent cover. Ultimately this will do more to avoid soil salting and nutrient loss, but for now simply establishing roots and working on soil restoration is a good start, especially where we can get a useful yield and bring down the cost to raise our animals.

#permaculture #earthworks #greywater #RanchoDeLaLibertad #Farming #SmallFarm #FoodSovereignty #NativeOwned #Indigenous #RegenerativeAg #Gardening

Beer made using recycled shower water hits the market

Two beers crafted using greywater from shower and laundry services in residential buildings “aren’t a gimmick”, claims California’s…
#NewsBeep #News #Environment #beer #California #environment #Green #greywater #Science #showerbeer #suatainability #Technology #UK #UnitedKingdom #us #USA
https://www.newsbeep.com/uk/287313/

https://www.europesays.com/ie/202662/ Beer made using recycled shower water hits the market #beer #California #Éire #Environment #green #greywater #IE #Ireland #Science #ShowerBeer #suatainability #Technology #US #usa

Where ‘#DayZeroDroughts’ could happen as soon as this decade

Story by Laura Paddison, September 23, 2025

Excerpt: "Cities are particularly at risk as booming populations increase demand on water resources already under pressure from #ClimateChange and mismanagement. Low-income communities are expected to be disproportionately affected, the study found.

"Some parts of the world, including the Mediterranean, southern Africa, Asia and Australia, are projected to endure more prolonged day-zero drought events with less time between each one, limiting their ability to recover, the report found. This can have devastating effects on agriculture and ecosystems, and for some particularly badly affected areas, it throws into question 'whether people might still be able to live there long term,' Franzke said.

The findings point to the clear need to speed up the clean energy transition, he said, as well as improve water management — huge amounts are wasted through leaky pipes, for example.

"The research should also guide industry, he added, pointing to the proliferation of water-guzzling #SemiconductorManufacturing and #DataCenters in water-stressed areas such as #Texas and #Arizona."

Read more:
https://www.msn.com/en-us/news/world/where-day-zero-droughts-could-happen-as-soon-as-this-decade/

#WaterIsLife #Rainbarrels #WaterManagement #GreywaterSystems #Greywater #Graywater #WaterConservation #NoWaterForAI #NoWaterForDatacenters #AISucks #ClimateChange #Drought #FossilFuels #DayZero

Where ‘#DayZeroDroughts’ could happen as soon as this decade

Story by Laura Paddison, September 23, 2025

Excerpt: "Cities are particularly at risk as booming populations increase demand on water resources already under pressure from #ClimateChange and mismanagement. Low-income communities are expected to be disproportionately affected, the study found.

"Some parts of the world, including the Mediterranean, southern Africa, Asia and Australia, are projected to endure more prolonged day-zero drought events with less time between each one, limiting their ability to recover, the report found. This can have devastating effects on agriculture and ecosystems, and for some particularly badly affected areas, it throws into question 'whether people might still be able to live there long term,' Franzke said.

The findings point to the clear need to speed up the clean energy transition, he said, as well as improve water management — huge amounts are wasted through leaky pipes, for example.

"The research should also guide industry, he added, pointing to the proliferation of water-guzzling #SemiconductorManufacturing and #DataCenters in water-stressed areas such as #Texas and #Arizona."

Read more:
https://www.msn.com/en-us/news/world/where-day-zero-droughts-could-happen-as-soon-as-this-decade/

#WaterIsLife #Rainbarrels #WaterManagement #GreywaterSystems #Greywater #Graywater #WaterConservation #NoWaterForAI #NoWaterForDatacenters #AISucks #ClimateChange #Drought #FossilFuels #DayZero

Where ‘#DayZeroDroughts’ could happen as soon as this decade

Story by Laura Paddison, September 23, 2025

Excerpt: "Cities are particularly at risk as booming populations increase demand on water resources already under pressure from #ClimateChange and mismanagement. Low-income communities are expected to be disproportionately affected, the study found.

"Some parts of the world, including the Mediterranean, southern Africa, Asia and Australia, are projected to endure more prolonged day-zero drought events with less time between each one, limiting their ability to recover, the report found. This can have devastating effects on agriculture and ecosystems, and for some particularly badly affected areas, it throws into question 'whether people might still be able to live there long term,' Franzke said.

The findings point to the clear need to speed up the clean energy transition, he said, as well as improve water management — huge amounts are wasted through leaky pipes, for example.

"The research should also guide industry, he added, pointing to the proliferation of water-guzzling #SemiconductorManufacturing and #DataCenters in water-stressed areas such as #Texas and #Arizona."

Read more:
https://www.msn.com/en-us/news/world/where-day-zero-droughts-could-happen-as-soon-as-this-decade/

#WaterIsLife #Rainbarrels #WaterManagement #GreywaterSystems #Greywater #Graywater #WaterConservation #NoWaterForAI #NoWaterForDatacenters #AISucks #ClimateChange #Drought #FossilFuels #DayZero

Where ‘#DayZeroDroughts’ could happen as soon as this decade

Story by Laura Paddison, September 23, 2025

Excerpt: "Cities are particularly at risk as booming populations increase demand on water resources already under pressure from #ClimateChange and mismanagement. Low-income communities are expected to be disproportionately affected, the study found.

"Some parts of the world, including the Mediterranean, southern Africa, Asia and Australia, are projected to endure more prolonged day-zero drought events with less time between each one, limiting their ability to recover, the report found. This can have devastating effects on agriculture and ecosystems, and for some particularly badly affected areas, it throws into question 'whether people might still be able to live there long term,' Franzke said.

The findings point to the clear need to speed up the clean energy transition, he said, as well as improve water management — huge amounts are wasted through leaky pipes, for example.

"The research should also guide industry, he added, pointing to the proliferation of water-guzzling #SemiconductorManufacturing and #DataCenters in water-stressed areas such as #Texas and #Arizona."

Read more:
https://www.msn.com/en-us/news/world/where-day-zero-droughts-could-happen-as-soon-as-this-decade/

#WaterIsLife #Rainbarrels #WaterManagement #GreywaterSystems #Greywater #Graywater #WaterConservation #NoWaterForAI #NoWaterForDatacenters #AISucks #ClimateChange #Drought #FossilFuels #DayZero

Where ‘#DayZeroDroughts’ could happen as soon as this decade

Story by Laura Paddison, September 23, 2025

Excerpt: "Cities are particularly at risk as booming populations increase demand on water resources already under pressure from #ClimateChange and mismanagement. Low-income communities are expected to be disproportionately affected, the study found.

"Some parts of the world, including the Mediterranean, southern Africa, Asia and Australia, are projected to endure more prolonged day-zero drought events with less time between each one, limiting their ability to recover, the report found. This can have devastating effects on agriculture and ecosystems, and for some particularly badly affected areas, it throws into question 'whether people might still be able to live there long term,' Franzke said.

The findings point to the clear need to speed up the clean energy transition, he said, as well as improve water management — huge amounts are wasted through leaky pipes, for example.

"The research should also guide industry, he added, pointing to the proliferation of water-guzzling #SemiconductorManufacturing and #DataCenters in water-stressed areas such as #Texas and #Arizona."

Read more:
https://www.msn.com/en-us/news/world/where-day-zero-droughts-could-happen-as-soon-as-this-decade/

#WaterIsLife #Rainbarrels #WaterManagement #GreywaterSystems #Greywater #Graywater #WaterConservation #NoWaterForAI #NoWaterForDatacenters #AISucks #ClimateChange #Drought #FossilFuels #DayZero

How Often Should You Wet Down Your #Compost Heap?

Compost needs more than rotting kitchen scraps to work well. It needs water, air, and a well-balanced ratio of organic matter. Wet down your compost heap as often as necessary to ensure it’s moist, aerated, and warm throughout the seasons.

by Jerad Bryant and Sarah Jay
Last updated: July 11, 2025

"Without water, compost will turn dry, brittle, and crumbly. It won’t contain tons of microbes and worms; it’ll be half of what it can be with regular watering. So, the question remains: how often should you wet down your compost heap?"

Learn more:
https://www.epicgardening.com/wet-compost-heap/

#SolarPunkSunday #ClimateChangeGardening #Gardening #Compost #Composting #Greywater #WaterConservation #WaterIsLife #SoilIsLife

How Often Should You Wet Down Your #Compost Heap?

Compost needs more than rotting kitchen scraps to work well. It needs water, air, and a well-balanced ratio of organic matter. Wet down your compost heap as often as necessary to ensure it’s moist, aerated, and warm throughout the seasons.

by Jerad Bryant and Sarah Jay
Last updated: July 11, 2025

"Without water, compost will turn dry, brittle, and crumbly. It won’t contain tons of microbes and worms; it’ll be half of what it can be with regular watering. So, the question remains: how often should you wet down your compost heap?"

Learn more:
https://www.epicgardening.com/wet-compost-heap/

#SolarPunkSunday #ClimateChangeGardening #Gardening #Compost #Composting #Greywater #WaterConservation #WaterIsLife #SoilIsLife

How Often Should You Wet Down Your #Compost Heap?

Compost needs more than rotting kitchen scraps to work well. It needs water, air, and a well-balanced ratio of organic matter. Wet down your compost heap as often as necessary to ensure it’s moist, aerated, and warm throughout the seasons.

by Jerad Bryant and Sarah Jay
Last updated: July 11, 2025

"Without water, compost will turn dry, brittle, and crumbly. It won’t contain tons of microbes and worms; it’ll be half of what it can be with regular watering. So, the question remains: how often should you wet down your compost heap?"

Learn more:
https://www.epicgardening.com/wet-compost-heap/

#SolarPunkSunday #ClimateChangeGardening #Gardening #Compost #Composting #Greywater #WaterConservation #WaterIsLife #SoilIsLife

How Often Should You Wet Down Your #Compost Heap?

Compost needs more than rotting kitchen scraps to work well. It needs water, air, and a well-balanced ratio of organic matter. Wet down your compost heap as often as necessary to ensure it’s moist, aerated, and warm throughout the seasons.

by Jerad Bryant and Sarah Jay
Last updated: July 11, 2025

"Without water, compost will turn dry, brittle, and crumbly. It won’t contain tons of microbes and worms; it’ll be half of what it can be with regular watering. So, the question remains: how often should you wet down your compost heap?"

Learn more:
https://www.epicgardening.com/wet-compost-heap/

#SolarPunkSunday #ClimateChangeGardening #Gardening #Compost #Composting #Greywater #WaterConservation #WaterIsLife #SoilIsLife

How Often Should You Wet Down Your #Compost Heap?

Compost needs more than rotting kitchen scraps to work well. It needs water, air, and a well-balanced ratio of organic matter. Wet down your compost heap as often as necessary to ensure it’s moist, aerated, and warm throughout the seasons.

by Jerad Bryant and Sarah Jay
Last updated: July 11, 2025

"Without water, compost will turn dry, brittle, and crumbly. It won’t contain tons of microbes and worms; it’ll be half of what it can be with regular watering. So, the question remains: how often should you wet down your compost heap?"

Learn more:
https://www.epicgardening.com/wet-compost-heap/

#SolarPunkSunday #ClimateChangeGardening #Gardening #Compost #Composting #Greywater #WaterConservation #WaterIsLife #SoilIsLife

Why #Composting Is Essential During #Drought Conditions (includes tips on using #Graywater)

"Drought conditions change the fundamental dynamics of the composting process, creating unique challenges that require specific adaptations to maintain effective decomposition.

"During drought conditions, your compost pile will break down much slower than usual. The microorganisms and bacteria responsible for decomposition require moisture to function properly—with moisture levels below 40%, their activity dramatically decreases. This means kitchen scraps and yard waste that might decompose in 3-4 months could now take 6-8 months to fully break down. Without adequate moisture, fungi and bacteria simply can’t process organic materials efficiently.

"Maintaining adequate moisture becomes your biggest challenge during drought. Traditional composting guidance recommends a moisture content of 50-60%—about as damp as a wrung-out sponge. During drought, evaporation happens rapidly, with exposed compost piles losing 30-40% more moisture than normal. Your pile can quickly become too dry, entering a dormant state where beneficial microbes go inactive. This not only halts decomposition but also makes it harder to rehydrate the pile once conditions improve."

Learn more:
https://www.farmstandapp.com/19920/composting-during-drought-conditions/

#SolarPunkSunday #ClimateChangeGardening #Gardening #Compost #Composting #Greywater #WaterConservation #WaterIsLife #SoilIsLife