Category: Water Systems

Water Systems

  • Rainwater Harvesting for Drylands and Beyond (Vol. 2): Water-Harvesting Earthworks

    Rainwater Harvesting for Drylands and Beyond (Vol. 2): Water-Harvesting Earthworks

    This entry is in the series Best Permaculture Reference Books

    Turn water scarcity into water abundance! Earthworks are one of the easiest, least expensive, and most effective ways of passively harvesting and conserving multiple sources of water in the soil. Associated vegetation then pumps the harvested water back out in the form of beauty, food, shelter, wildlife habitat, and passive heating and cooling strategies, while…;





    Turn water scarcity into water abundance!
    Earthworks are one of the easiest, least expensive, and most effective ways of passively harvesting and conserving multiple sources of water in the soil. Associated vegetation then pumps the harvested water back out in the form of beauty, food, shelter, wildlife habitat, and passive heating and cooling strategies, while controlling erosion, increasing soil fertility, reducing downstream flooding, and improving water and air quality.

    Building on the information presented in Volume 1, this book shows you how to select, place, size, construct, and plant your chosen water-harvesting earthworks. It presents detailed how-to information and variations of a diverse array of earthworks, including chapters on mulch, vegetation, and greywater recycling so you can customize the techniques to the unique requirements of your site.

    • Real life stories and examples permeate the book, including:
    • How curb cuts redirect street runoff to passively irrigate flourishing shade trees planted along the street
    • How check dams have helped create springs and perennial flows in once-dry creeks
    • How infiltration basins are creating thriving rain-fed gardens
    • How backyard greywater laundromats are turning “wastewater” into a resource growing food, beauty, and shade that builds community, and more.
    • How to create simple tools to read slope and water flow
    • More than 225 illustrations and photographs

     

    Used Book in Good Condition



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  • Rainwater Harvesting for Drylands and Beyond, Volume 1, 2nd Edition: Guiding Principles to Welcome Rain into Your Life and Landscape

    Rainwater Harvesting for Drylands and Beyond, Volume 1, 2nd Edition: Guiding Principles to Welcome Rain into Your Life and Landscape

    This entry is in the series Best Permaculture Reference Books

    The award-winning Rainwater Harvesting for Drylands and Beyond, Volume 1, 2nd Edition: Guiding Principles to Welcome Rain into Your Life and Landscape, is the first book in a three-volume guide that teaches you how to conceptualize, design, and implement sustainable water-harvesting systems for your home, landscape, and community. The lessons in this volume will enable…;





    The award-winning Rainwater Harvesting for Drylands and Beyond, Volume 1, 2nd Edition: Guiding Principles to Welcome Rain into Your Life and Landscape, is the first book in a three-volume guide that teaches you how to conceptualize, design, and implement sustainable water-harvesting systems for your home, landscape, and community. The lessons in this volume will enable you to assess your on-site resources, give you a diverse array of strategies to maximize their potential, and empower you with guiding principles to create an integrated, multi-functional water-harvesting plan specific to your site and needs.

    This revised and expanded second edition increases potential for on-site harvests with more integrated tools and strategies for solar design, a primer on your water/energy/carbon connections, descriptions of water/erosion flow patterns and their water-harvesting response, and updated illustrations to show you how to do it all.

    Volume 1 helps bring your site to life, reduce your cost of living, endow you with skills of self-reliance, and create living air conditioners of vegetation, growing beauty, food, and wildlife habitat. Stories of people who are successfully welcoming rain into their life and landscape will encourage you to do the same!

    Ships from Vermont



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  • How To Build A Wildlife Pond The Permaculture Way with Tips and Tricks

    How To Build A Wildlife Pond The Permaculture Way with Tips and Tricks


    Tips and Tricks On How To Build a Permaculture Wildlife Pond. Discover the type of liner to use for protection, use of a natural organic biofilter plant called Horsetail. Understanding if you hve a need for a liner. Lastly sharing with the benefits of build one for the Eco system in your green environment.
    Warm Invite You To Click Link Below To Subscribe
    === https://www.youtube.com/user/allstuff33?sub_confirmation=1

    Thankful with Sincerity To Youtube Channel == https://www.youtube.com/user/PermacultureArtisans
    1) Plastic Liner Series
    1.1 Creating The Edge
    1.2 How Do You Know If You Need It
    1.3 Recommended Type

    2) Natural Organic Biofiler
    3) Benefits and Reasons For Having A Pond

    https://en.wikipedia.org/wiki/Permaculture
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    【Protecting, Safeguarding And Preserving Nature】

  • 12 Permaculture Fishpond

    12 Permaculture Fishpond


    Please help me grow the Garden of Eden, spread Permaculture to the people and spark a 21st Century Uprising!!!
    https://www.patreon.com/MajinBen

  • Permaculture In 3 Minutes – Regenerative Leadership Institute

    Permaculture In 3 Minutes – Regenerative Leadership Institute


    Permaculture is a sustainable design rooted in the observation of natural patterns and applicable to every aspect of our lives. Learn more in three short minutes with this fast video and be sure to check out our website for more details (http://www.openpermaculture.com)

  • 9 Productive Plants for Water Gardens – The Permaculture Research Institute

    9 Productive Plants for Water Gardens – The Permaculture Research Institute

    9 Productive Plants for Water Gardens

    September 8, 2017by & filed under Plants

    In permaculture design, water is the first priority. We try to find its natural routes on and off the property, slow it down, spread it out, and harvest it for use in times when it isn’t so abundant. In this regard, ponds (below surface water catchments, often naturally formed) and dams (walled-off catchments that retain water) are routinely part of a permaculture site.

    Designers should strive to make these bodies of water perform as many functions as possible. Of course, they can be used for irrigation and recreation, and many people are aware that protein production from fish can be much more efficient than with any land-based animal. However, it is equally as important to realize how many edible plants can be grown in water and how productive they are, as well as the role they play in creating a healthy ecosystem.

    That’s probably too huge a topic for us to tackle in one short article, so as is the case with much of what we approach in permaculture, I’m interested in sharing some of the potentially productivity—food-wise—that could be including as part of these water-harvesting landscapes. After all, if the water is going to be there anyway, we ought to put it to as many good uses as we can, and growing food certain seems like a right way to think about it.

    Some Positive Things to Consider about Water Gardens

    With the rise of commercial fishing, water gardens sunk even further into the background of Western food production. In the Far East, however, they have long been and remain a huge part of the diet, specifically in the form of rice paddies. However, even rice production has largely gone the way of monoculture, industrialized farming and could use some revision. To put it bluntly, there is a lot more we could be doing with water gardens.

    Water gardens come with built-in advantages. Obviously, they don’t require irrigation. When used for raising aquatic livestock, such as fish, mollusks, and ducks, the water also gathers a natural abundance of nutrients, and the plants, in turn, are the means by which an over-abundance of nutrients is thwarted. Stocked with the right kind of fish, and noting that ponds are the habitat of beneficial wild animals like toads, frogs, and snakes, they also help to control pest—like mosquitoes—populations. Then, productivity can come from edge plants, floating plants, and submerged plants.

    In the end, our water gardens can provide a bevy of benefits. Reed beds can be used to clean and cycle household graywater back into the system, while simultaneously producing an abundance of quality mulch material. Contour swales can slow, spread, and soak water across the landscape, supporting new forest growth while also providing rich beds for water-loving plants. Ponds and dams can add beauty, back-up water sources, and recreational spaces while they also produce much more food per square meter than terrestrial gardens can.

    A Polyculture of Aquatic Plants to Get Your Water Garden Going

    Like certain wily land-based plants, such as dandelion and stinging nettles, many water plants have the reputation of being noxious weeds, and still even more similarly, many of these noxious weeds are both edible and astoundingly nutritious. This isn’t to say there should be no cause for concern when introducing a rapidly spreading water plant, but it is to say that sometimes there is potential for production in doing so and methods for limiting their invasiveness. We just have to be in tune with our water gardens, influence them this way and that on occasion, and bring home the bounty. Here are a few plants to get started with.

    Kangkong (Ipomoea aquatica)

    You’ll hear Mr. Geoff Lawton reference kangkong quite a bit, and that’s because it is the fastest growing vegetable on the planet. Obviously, that quickly puts it in the weed category, but like many weeds on land, this one is particularly adept at picking up nutrients and providing a healthy addition to our tables. It tastes like a nutty spinach and is, in fact, called “water spinach”. It’ll be easy to cultivate. It’s a tropical plant that’d likely have to be treated like annual in the temperate water garden and/or be grown in greenhouse ponds.

    Watercress (Nasturtium officinale)

    In the wild, watercress likes to grow in moving water, such as shallow springs. It might be a good plant to have around a continually overflowing spot that maintains pond depth. It’ll also work in small containers, as long as the water is changed frequently. Watercress doesn’t like dirty water. This is a quick-growing, nutrient-dense food that works well as a raw green in salads, and it—like nasturtium—has a nice, spicy flavor. It’s a perennial plant, and it will regenerate after being harvested.

    Water Chestnuts (Eleocharis dulcis)

    Water chestnuts, like kangkong, are another primarily tropical plant, and they like to grow in muddy soil in shallow water. Unfortunately, unlike kangkong, in order to get a harvest from them, the growing season must be quite long, over 200 days of frost-free weather. They supposedly require a little more water control, i.e. draining and filling, than other water crops do. That said, if they work where you are, they are a delicious, crunchy treat that work great in stir-fries, and they can provide a lot of food.

    Sweet Flag (Acorus calamus)

    Highly regarded as a forage plant, sweet flag can also be cultivated, though it is more often as an ornamental than food source. But, sweet leaf rhizomes and leaves are edible and medicinal. This one is a slow-spreading perennial, so it doesn’t come with the invasive reputation. It likes to go in the muddy bogs, such as the edge areas of ponds. In the kitchen, the leaves have a lemon-like flavor, and the rhizomes are often used as a spice, something akin to ginger.

    Lotus (Nelumbo nucifera/Nelumbo lutea)

    Lotus is another warm climate water plant, and in Western cultures, they are typically grown for their beautiful flowers. While there is certainly nothing wrong with enjoying flowers, the benefits are much more than that. Two types of lotus have roots, shoots, flowers, and seeds that are edible, very nutritious, and delicious as well. It’s good for our blood, brains, bowels, and more. Yet again, this plant has the reputation of begin invasive, but cultivated with caution and/or in containers, it can be a great source of aquatically grown food.

    Cattails (Typha latifolia)

    Another food often used as a wild edible, especially in survival situations, cattails have a lot of edible parts, including rhizomes, leaves, and pollen, and they are also handy for crafts. They can be used to clean toxins out of ponds or polluted areas, though the resulting cattails shouldn’t be harvest for food. These are well-suited for temperate climates, and they can be found in colder zones to boot. This plant is worth growing for its functions beyond food, so it’s just an awesome bonus that it can be eaten as well.

    Malanga (Colocasia esculenta)

    Malanga is another, quite common, tropical vegetable, and it is most similar to taro and falls in line with other big root veggies, like cassava. The young leaves are also edible and used similarly to spinach. Malanga is often called elephant ear in Western gardens, and it is grown as an ornamental. Yellow malanga (rather than white malanga) is grown in boggy areas, and it likes full sun, acidic and well-draining soil, and plenty of heat. Drainage ditches are good spots. The roots need nearly a year of growth before they can be harvested. It’s worth the wait.

    Duck Potatoes (Sagittaria latifolia)

    Foraged for many centuries, duck potatoes grow all over North America, and unsurprisingly, as their name has suggested, they are renowned for their tubers, which can get up to the size of goose egg but are more readily found around the size of duck egg. They grow in lots of climatic zones, from Southern Canada to Florida. Wapato, as they are also called, are large plants, and a nice thing about them is that they’ll grow in anything from mud to 60 centimeters of water.

    Wild Rice (genus Zizania)

    There are four varieties of wild rice from the Zizania genus, two annuals and two perennials. These are a great source of food, with the potential to be a staple for those cultivating it. Wild rice is rich with protein and fiber, and it comes with a heap of vitamins and minerals. Wild rice grows in shallow water in small lakes, as well as in slow-flowing streams, so it is a really viable crop for most permaculture designs. It also thrives in cool-temperate zones.

    Header: Cattails (Robert & Pat Rogers)

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    https://permaculturenews.org/2017/09/08/9-productive-plants-water-gardens/

    On – 08 Sep, 2017 By Jonathon Engels

  • An Empty Swimming Pool Transformed Into an Urban Permaculture Farm | Worm Farm Adviser

    An Empty Swimming Pool Transformed Into an Urban Permaculture Farm | Worm Farm Adviser

    Source: http://www.urbangardensweb.com/2017/08/26/transform-disused-swimming-pool-garden/

     

    Ever seen an empty swimming pool and thought, “Gee, what else could I do with this eyesore?” Me neither. But Dennis and Danielle McClung, the founders of Garden Pool, had a novel idea. After buying a foreclosed home in Mesa, … Read More…

    The post An Emp…

    To be updated with the latest information in the worm farming industry to may visit our composting latest news. On the other hand in case you’re starting worm farming and would like to begin professional worm farming now get a copy of our how to make a worm farm ebook.

    Worm farming is a huge step toward making our planet just a little greener and your household environmentally friendly. You won’t find an easier method to do that than worm farming. Below, you’ll find out exactly what worm farms are and find out about the benefits of worm farming. You will feel better about yourself knowing that you did your part to help the earth.

    People who are thinking about worm farms frequently use food bits so that they can be decomposed by the worm farm. What the worms excrete is called vermicompost, or casts. This really is then used to fertilise other areas, the garden and the grass. The food scraps become worm compost, which compost is full of minerals and nutrients. That is a great option for individuals and garden fans searching for an organic and 100 percent natural means to enrich earth without using commercial fertilisers. Should you be contemplating starting a worm farm, you ought to look for the two worms that are common. These are the Red Earthworm (the Lumbricus rubella) and the Red Wiggler (the Esienia foetida).

    If you would like to produce a worm farm on a large scale or on a small scale it is possible to determine. You’ll also find that many of the commercial farms sell the vermicompost and the worms or both worm casts. The all-natural compost is sought after. Or, if you do not want to buy it you could always make your own. In the neighbourhood you’ll become the seller that is next with a little research on the topic!

    The great thing about worm farming is that you can do it in your own backyard. If you want, you may also take action in your kitchen. Composting bins or vermiculture bins (worm-farm bins) can be bought on-line. Nevertheless, you may start worm farming with a few simple containers for example plastic bins, pails, metal containers, wooden crates and many other things, of your own.

    http://startwormus.howtomakeawormfarm.com/2017/08/28/an-empty-swimming-pool-transformed-into-an-urban-permaculture-farm/

    On – 28 Aug, 2017 By

  • The Benefits of Creating Wetlands on Your Farm – The Permaculture Research Institute

    The Benefits of Creating Wetlands on Your Farm – The Permaculture Research Institute

    The Benefits of Creating Wetlands on Your Farm

    September 21, 2017by & filed under Design, Earthworks & Earth Resources, Land

    Wetlands are some of the most important ecosystems on our planet harboring some of the highest rates of biodiversity in the world. They are fundamental for purifying the water we use and also for creating habitat for thousands of threatened species. Unfortunately, wetlands often get in the way of industrial development which has an unhealthy love affair with cement. For that reason, wetlands are often drained to make way for apartment complexes, tennis courts, parking lots, and a whole host of other useless aspects of our modern civilization.

    Creating your own wetland is a fantastic way to store water in the land. Furthermore, it is also perhaps the easiest way to recycle the gray water that flows through your home. Gray water is the water that comes from your showers, sinks, dishwasher and washing machine. It usually contains high sources of phosphate from soap residues which is an essential ingredient that many plants need. Gray water differs from black water which contains human feces and urine.

    To create a wetland with the gray water from your home, you´ll have to think outside of the box that most plumbers bring with them. Whereas traditional plumbing basically sends all water as far away from the home as possible (either to the sewage system or to a septic tank), recycling your gray water with a wetland attempts to keep that water in the soil close to the home.

    Start by digging a decent sized hole in the ground as if you were excavating to put in a new pool. The size of the hole for your wetland will depend on the amount of water your household consumes and the type of soil around your home. If you live on sandy soil, the gray water will quickly percolate into the soil. Thick clay soil, on the other hand, will require that you build a bigger hole since it won´t consume the water as quickly.
    Once you have your hole excavated (not more than one meter deep even for the most clayey soils), add a thin layer of gravel or pumice rock covered by a thicker layer of compost or fertile topsoil. The level of the rock and soil added to your excavated hole should still be at least 30 centimeters below the surrounding ground surface. This will ensure that the water accumulates in your wetland.

    Next, add abundant water to and begin to plant the aquatic or water-loving species that will fill your wetland. Nature has given us a whole host of water-hungry plant species that are specialists at water purification. Cattails and water reeds (typhus species) are the experts at pulling excess water and taking out any sort of pathogen. Other species that are good for wetlands include horsetail (that doubles as a great ingredient for compost teas as well as being a natural diuretic), calla lilies, and even a hardy banana species that have become popular for landscapers.

    You will want to get your species at least somewhat established before directing your gray water towards the wetland so that they can get right to work on sucking up and purifying excess water. While gray water is harmless as long as it is dealt with correctly, allowing it to become stagnant can stink to high heaven and create a breeding ground for dangerous pathogens.

    Once your wetland species are established and thriving, you´ll have to redirect the pipes from your home towards the wetland. If you want to avoid using complicated pumping systems, locate the wetland below your home to let gravity do the work. If your home is already connected to a sewer system, you´ll have to be creative with your plumbing fixtures. The simplest and most direct way is to simply move the gray water directly to the wetland with PVC pipes that leave your home. For proper drainage, you´ll need at least ¼ foot of drop per every 50 feet.

    While some people advocate for the use of complicated filter systems, you can direct gray water directly to your wetland as long as you don´t use strong chemical detergents or bleach. Most simple household soaps are fine to go directly into your wetland, and there are also several different types of ecological and biodegradable cleaning products on the market. Bleach is one of the worst things for wetlands and should be replaced by vinegar or other natural cleaning agents.

    If you still use strong chemical soaps in your household, you can make a simple filter by building a small cinder block box and fill it with layers of sand, gravel, and charcoal. Direct your gray waters through this filter and connect an exit hose at the bottom of the homemade filter.

    Once your wetland is functioning, you´ll probably notice an increase in different forms of wildlife around your home. Amphibians and water-loving insects will appear when there were none before. Furthermore, other water-loving plant species may appear brought by birds and other visiting animals thus increasing the biodiversity around your home. If you live in a dry climate, you can plant fruit trees below the wetland. Their roots will seek out the excess moisture and thrive even in the driest of climates.

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    https://permaculturenews.org/2017/09/21/benefits-creating-wetlands-farm/

    On – 21 Sep, 2017 By Tobias Roberts

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