Community Projects, Conservation, Irrigation, Storm Water, Urban Projects, Water Harvesting — by Jennifer Wadsworth May 18, 2013
At 7:30 Sunday morning, April 21, 2013, people began to gather on a barren lot in downtown Phoenix, Arizona. The temperature was already climbing into the 80s and the lot’s bare dirt reflected both heat and light, making lingering uncomfortable. By 8:00 AM, more than 30 neighborhood volunteers, Youth Hostel guests, Green Living Co-op members, PDC and university students were on-site, eager to start the day’s activities. They were here to celebrate Earth Day by installing a green infrastructure retrofit project in the Garfield Historic District; an eclectic neighborhood that is part of the larger Arts District.Comments (2)
Aid Projects, Commercial Farm Projects, Community Projects, Courses/Workshops, Demonstration Sites, Education Centres, Gabions, Land, Material, Roads, Soil Conservation, Storm Water, Water Harvesting — by Alex McCausland March 1, 2013
We previously published a report on the development of our site’s flood control and defense infrastructure in October 2010. This is an update on that which goes on to describe some of our plans for developing that infrastructure more in the future.
Just to recap on the basics of our situation: in times of rain, the run-off from the western part of Karat Konso Town (South Ethiopia) runs down the side of the road which heads uphill to the south of our site. This flash flood creates a temporary stream which impacts the south eastern corner of the site. The flash floods can be pretty intense.
Western town watershed, running past SE corner of SFEL site
Biological Cleaning, Conservation, Dams, Earth Banks, Gabions, Irrigation, Land, Material, Potable Water, Regional Water Cycle, Rehabilitation, Soil Erosion & Contamination, Storm Water, Swales, Terraces, Water Contaminaton & Loss, Water Harvesting — by Craig Mackintosh PRI Editor January 31, 2013
This excellent little 20-minute video does a great job of covering the basics of watershed management and landscape rehydration. You won’t hear the words ‘permaculture’ or ’swales’ once, but it’s clear that both are in use here, to great effect. If we can get these simple but profound concepts driven into social consciousness, and applied broadscale, we would see that investment in labour pay dividends, as many of our increasingly expensive natural disasters and resource limitations would simply disappear, as we reinstate nature’s own moderating capabilities.Comments (7)
Aid Projects, Community Projects, Earth Banks, Gabions, Irrigation, Land, Regional Water Cycle, Rehabilitation, Storm Water, Water Harvesting — by Salah Hammad January 9, 2013
Shibam: UNESCO World Heritage site
I was recently privileged to be part of the team that accompanied Geoff and Nadia Lawton along with Mr. Tashi Dawa in a very interesting consultancy in the Southern Yemen, specifically The Hadhramaut Valley, or Wadi Hadhramaut.
Geoff was invited by the “Reconstruction Fund of Hadhramaut and Al-Mahra” to give his opinion on what could be done in the valley in terms of flood mitigation and water harvesting from a permaculture point of view.Comments (10)
Aid Projects, Earth Banks, Gabions, Land, Material, Soil Conservation, Storm Water, Swales, Terraces — by Daniel Halsey November 29, 2012
This year I have been in Haiti after a downgraded hurricane, and then in New Jersey a week after Sandy. While in New Jersey two tornadoes passed by my old house. What do they have in common?
In each case water was being limited in its flow by developement or the removal of natural structures that diffuse its energy. While working in Haiti and trying to build large enough swales to catch water, it was instantly apparent after the first five-inch rain that what we needed to do was slow it down and catch the sediment.Comments (1)
Aquaculture, Biological Cleaning, Conservation, Global Warming/Climate Change, Land, Regional Water Cycle, Soil Erosion & Contamination, Storm Water, Waste Water, Water Contaminaton & Loss, Water Harvesting — by Jason Gerhardt November 27, 2012
The author scopes out an oyster reef in Pamlico Sound, NC
Photo Credit: Jason Gerhardt
Being a resident of the dryland Western US, I should probably be thinking more about wildfire and drought than storm surge and coastal erosion, but for some reason, I’ve been drawn to the shoreline recently. As I have yet to come across any significant permaculture analysis or design strategy for barrier islands and associated coasts, most of this discussion is drawn from applying permaculture design thinking to other research. My hope is that this article will inspire others to develop and contribute more specific permaculture content for such important ecosystems and communities.
As large hurricanes continually batter the Eastern coast of the United States, causing catastrophic damage and human suffering, it is time to think about how permaculture design applies to human communities in such environments. From 100-year floods to wildland fire to coastal superstorms, modern infrastructure is proving to be insufficiently designed to deal with such destructive forces of nature. As permaculture designers, we attempt to work with nature, harmonizing what we design with natural forces, while using those forces as a resource, patterning after them, pacifying them, or deflecting them.
The inherent nature of barrier islands and associated coastline is one of rapid and constant change — literally a foundation of shifting sands. Constant disturbance is perhaps the antithesis of permaculture (permanent-culture), so the question must be asked: how does permaculture apply in a place like this? Do we attempt to create greater stability or do we work with the changing nature of the place? Or, do we suggest that people shouldn’t be living in such places at all?Comments (4)
Biological Cleaning, Conservation, Potable Water, Regional Water Cycle, Storm Water, Water Contaminaton & Loss, Water Harvesting — by Brad Lancaster November 15, 2012
Free Water is a semi-finalist in the $200,000 FOCUS FORWARD Filmmaker Competition and is in the running to become the $100,000 Grand Prize Winner. It could also be named an Audience Favorite if it’s among the ten that receives the most votes. If you love it, vote for it. Click on the VOTE button in the top right corner of the video player. Note that voting may not be available on all mobile platforms, and browser cookies must be enabled to vote.
Discover how to sustainably harvest 100,000 gallons of rainwater per year in your own back yard, by visiting Brad Landcaster in an urban desert as he reduces environmental and financial costs and produces free resources.
Please check out and vote for this great short video on the potential of planting the rain. If it wins, water harvesting will get a lot of great exposure, and we’ll have the opportunity to make a longer, more comprehensive video.
To cast your vote for this video, simply hover your mouse over the video, and you’ll find the ‘Vote’ button is the bottommost of the five icons on the right side.Comments (1)
Biodiversity, Biological Cleaning, Conservation, Consumerism, Deforestation, Education, Global Warming/Climate Change, Health & Disease, Potable Water, Regional Water Cycle, Soil Erosion & Contamination, Storm Water, Village Development, Waste Water, Water Contaminaton & Loss, Water Harvesting — by Anthea Hudson October 18, 2012
Water — without it life on earth could not exist and yet it is often treated with little care or respect, especially by more affluent communities. Clean drinking water is actually a valuable and diminishing resource, due to all the toxins that are carelessly allowed to make their way into our water systems.
These statistics about water may surprise you and give you a greater understanding about just how important it is that we protect water, especially our potable water.
75% of the Earth’s surface is covered with water — however 97% of that water is the salt water of our oceans. That only leaves 3%, but 2% of that is frozen and only 0.5% is actually usable fresh water! Just 0.5% of all the water on Earth. Kinda brings the point home, doesn’t it?
As you can probably see, it is therefore vital that we help our children understand the value of water, the importance of protecting it and ways in which they can use it more sustainably.
Below are some ideas for introducing these concepts to your children… some of them quite a bit of fun, but with very important messages behind them.Comments (4)
Commercial Farm Projects, Conservation, Demonstration Sites, Earth Banks, Gabions, Irrigation, Land, Potable Water, Regional Water Cycle, Rehabilitation, Storm Water, Water Harvesting — by Campbell Wilson October 12, 2012
Article and diagrams copyright © Cam Wilson
At the top end of the Marshalls’ property on the Southern Tablelands, NSW, Australia, the creek is bone dry. This spot, fed by 1250 Ha of native forest, has been that way for 10 weeks now.
Meanwhile, 1.2 km downstream at the base of their property, flowing past the fodder poplars, the bamboo and the ferns and dense native revegetation (where only blackberry stood twelve years ago), is one and a half megalitres of the crystal clear water you see in the photo above; every day. Since the creek dried up at the top of their property, 120 megalitres is a conservative estimate of the base flow that ‘the sponge’ that is ‘Sunningdale’ has continued to release to the landscape below. This is despite a catchment increase between the two sites of only 8% and five out of the last six months of rainfall being well below the average.
What’s the catch? If you’d like a bit of background on how a property like Peter and Kate Marshall’s, which has reinstated the original floodplain hydrological processes, is able to store and then slowly release water, check out the simple diagrams below.Comments (4)
Conservation, Demonstration Sites, Food Forests, Irrigation, Land, Potable Water, Regional Water Cycle, Rehabilitation, Soil Conservation, Soil Erosion & Contamination, Storm Water, Swales, Water Contaminaton & Loss, Water Harvesting — by Chris McLeod September 29, 2012
I always thought that rain was a nurturing and gentle aspect of nature. You know how it is, you get a bit of rain and it helps all of the plants to grow, provides water for us and the animals and generally stops the place from drying out. That was my thinking back in an urban environment. In that area, the drainage infrastructure had been developed and maintained over the past 120 years and it just worked. In fact, the infrastructure was so good you never really thought about it.
In a rural location however, there is usually little to no infrastructure, so any change you make to the landscape will change the way water interacts with that landscape. Winter rain here is usually quite gentle with many hours of sustained drizzle and relatively high humidity. These conditions generally don’t present too many challenges. Or so I thought.Comments (0)
Biological Cleaning, Conservation, Consumerism, Economics, Irrigation, Potable Water, Regional Water Cycle, Society, Storm Water, Waste Water, Water Contaminaton & Loss, Water Harvesting — by Craig Mackintosh PRI Editor September 25, 2012
This is a must-watch video for all who need water (the rest of you are excused). I actually covered a lot of the material in the video in my Water Worries post, which I put together several years ago (but being one of the earliest posts on this site, when we had a far smaller audience, it barely got read, as evidenced by the fact that it didn’t attract even a single comment). This is a critical topic, and I’m pleased to say that, as did my earlier article, this video doesn’t just point out the problems, but also has an holistic view of the situation, so it also directs one to what must, and must not, be done about it.Comments (7)
Conservation, Dams, Irrigation, Land, Storm Water, Water Harvesting — by Andrew Millison July 19, 2012
Permaculture seed wizard Don Tipping takes us on a 10 minute animated tour of the epic Seven Seeds Farm in the Siskiyou Mountains of Southern Oregon, USA. The farm was designed using permaculture principles and keyline patterning. We follow the water system from top to bottom, and then the amazing downstream effects are revealed. This video was produced by Andrew Millison as part of the course content for his online Advanced Permaculture Design Practicum, Hort 485, taught through the Horticulture department at Oregon State University’s Extended Campus.Comments (5)
Community Projects, Conservation, Courses/Workshops, Deforestation, Demonstration Sites, Eco-Villages, Education Centres, Energy Systems, Gabions, Irrigation, Land, People Systems, Processing & Food Preservation, Regional Water Cycle, Rehabilitation, Society, Soil Conservation, Soil Erosion & Contamination, Storm Water, Swales, Village Development, Waste Water, Water Contaminaton & Loss, Water Harvesting — by Dan Smith January 21, 2012
A certain coal-strewn road in Madrid, New Mexico
— the remnants of a now defunct railway.
Alternately barren and spectacular, the southwest United States has piqued the imagination of Americans and people across the world for generations. The site of gold rushes, Native American homelands, and a culture of lawlessness that has yet to fade completely, much of the land was degraded and destroyed long before Hollywood discovered how to cash in on retelling stories from its checkered past. Films may glorify the breadth and scope of the iconic terrain, but the essence and character of the Southwest ecology has been drastically altered; it little resembles what it once was.Comments (6)
Conservation, Gabions, Irrigation, Land, Regional Water Cycle, Rehabilitation, Soil Conservation, Soil Erosion & Contamination, Storm Water, Water Contaminaton & Loss, Water Harvesting — by Campbell Wilson November 23, 2011
Article and diagrams copyright © Cam Wilson
This is a pictorial tour of the degradation and dehydration process that the Australian landscape went through post European settlement, along with one of the major aims of Peter Andrews’ Natural Sequence Farming approach, namely the rehydration of the Australian landscape.
If you were one of the early explorers, walking into a wide floodplain system in the early 1800s, more than likely you would have found some form of discontinuous watercourse. One example is known as a ‘chain of ponds’, in which you’d find small bodies of open water, about a metre below the level of the floodplain, held in place and separated from the next pond by a marshy plug of reeds such as Phragmites.Comments (15)
Aid Projects, Building, Community Projects, Conservation, Demonstration Sites, Education Centres, Food Plants - Annual, Food Plants - Perennial, Irrigation, Land, Plant Systems, Regional Water Cycle, Rehabilitation, Salination, Storm Water, Swales, Terraces, Waste Systems & Recycling, Waste Water, Water Harvesting — by Dan Lewin November 11, 2011
An aerial view of the site
Although the landscape here could be seen as a model for scarcity, what there is an abundance of is rocks. The baked dusty earth barely passes for soil and during the summer there isn’t rain here for over six months. With valuable agricultural resources seemingly at a minimum, rocks can be incredibly valuable in the design of a sustainable human settlement. In the case of the Permaculture Research Institute of Jordan’s site (PRIJ), rocks have formed the main building blocks of the swales that form the back bones of this small farm. They surround the heavily mulched planting pits for the many varieties of trees here and they also can be used for another useful function which litres of my sweat has been testament to! They make up the substrate of the grey water system into which reeds are planted that feed on the water flowing through from the sinks and showers in the washing block.Comments (3)