Aquaculture, Compost, Conservation, Dams, Demonstration Sites, Fungi, Irrigation, Land, Material, Potable Water, Rehabilitation, Soil Biology, Soil Composition, Soil Conservation, Structure, Surveying, Waste Systems & Recycling, Waste Water, Water Harvesting — by Richard Perkins September 15, 2012
A reflection following a great time finding solutions for dryland water management in Portugal
I’m enjoying working on a job connecting up extensive irrigation in the mountains of Extremadura, Spain, and relaxing for a couple of days after a successful and effective Dryland Water Management intensive at the budding Permaculture Institute, Vale De Lama, near Lagos in the South of Portugal.
This week we have been looking at all aspects of water design, focusing mostly on this varied site where all manner of interventions are necessary to halt the onslaught of the desertification process and regenerate the diverse mixed polycultures and rich soils that had a biological diversity comparative to more tropical regions at one time.
Something that is clear after working so intensively with integrative and regenerative systems design around the globe in different climate zones is that most places I turn up at have been degraded heavily and the localized cultural approach and ecological understanding is often limited by familiarization with the current conditions and often destructive agricultural practices.Comments (7)
Aid Projects, Building, Conservation, Dams, Demonstration Sites, Irrigation, Land, Material, Potable Water, Village Development, Water Harvesting — by Juan Pablo Martinez September 13, 2012
To be sure, buying a nice piece of land requires a lot of effort and a few happy accidents. Things have to happen ‘just right’ in order for you to acquire a highly valuable property with little cash and a lot of complications, but, who said it was going to be easy?
As with everything in this life, when you overcome great complications, you feel like you’ve accomplished a great thing, and tend to think that things afterwards will be easier. Most of the time, things go the other way: once you’ve proved to yourself that you can do great things, you’ll probably find an even greater challenge lying ahead, so you can prove again that you have more capabilities than you ever thought you had.
So, this has been the case with La Angostura project.Comments (8)
Aid Projects, Biological Cleaning, Building, Community Projects, Compost, Conservation, Courses/Workshops, Demonstration Sites, Education Centres, Energy Systems, Food Plants - Annual, Food Plants - Perennial, Land, Medicinal Plants, Nurseries & Propogation, Plant Systems, Rehabilitation, Soil Composition, Soil Conservation, Surveying, Swales, Urban Projects, Village Development, Waste Systems & Recycling, Waste Water, Water Harvesting — by Melissa Andrews August 23, 2012
Olive trees stand the test of time in Palestine
All images © Christopher List Photography
It was a brisk, rather harried morning when my husband, photographer Christopher List, and I set off on a trip to delve deeper into the relatively unheard of phenomenon of permaculture.
It felt like only yesterday when we’d announced to friends and family that were were going to Palestine, to study a 14-day intensive permaculture course. After discovering some of the principles of permaculture on a recent trip to SA, I knew we were in for a gruelling, yet worthwhile experience.Comments (4)
Report on Implementation Activities in Konso Secondary and Jarso Primary Schools in July 2012 (Ethiopia)
Aid Projects, Community Projects, Compost, Conservation, Courses/Workshops, Demonstration Sites, Education Centres, Energy Systems, Food Forests, Irrigation, Land, Nurseries & Propogation, Rehabilitation, Retrofitting, Seeds, Swales, Trees, Village Development, Waste Systems & Recycling, Waste Water, Water Harvesting — by Alex McCausland August 17, 2012
In May 2012 we ran a PDC at Strawberry Fields Eco-Lodge on which we trained four local teachers, along with other participants, two from each of two local schools in Konso, South Ethiopia, where we are based. The selected teachers from the two schools, Konso Secondary and Jarso Primary, are science teachers responsible for the schools’ environmental clubs. During the training they produced permaculture designs for their school compounds, which they have gone on to begin implementing with their school communities.Comments (2)
Conservation, For Sale, Irrigation, Potable Water, Regional Water Cycle — by Tracey Buckley July 25, 2012
These are essential tools for gauging one’s rainfall when monitoring the establishment of a permaculture project. All sites need a rain gauge so that you can carefully assess the amount of rain that you get over a period of time.
In some of the more arid regions it is essential that you know how much rain occurs and how quickly that rain arrives as in some of the desert regions of the world the bulk of the rain arrives in a small amount of time, with large rainfalls once or twice a year. It is essential to have these recorded so that you can carefully assess your expected growth rates and establishment phases — it’s an important part of making judgments on how quickly you can move forward with your pioneering systems and the results that can be expected. It is one of the best assessment tools that a permaculture practitioner can use to gauge their research results.
Whether you are actually timing your tree planting period or gauging your window of opportunity to establish a cover crop when pioneering a food crop or food forest, these instruments are very simple yet extremely essential for people everywhere to take their rain readings to be recorded in a diary along with the crop / harvest results and system establishment research photographs.Comments (2)
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)
Commercial Farm Projects, Conservation, Courses/Workshops, Land, Rehabilitation, Trees, Water Harvesting — by Owen Hablutzel June 30, 2012
The Keyline Contribution to Permaculture
Without Percival Alfred (P.A.) Yeomans and his Keyline concepts Permaculture as we know it would not exist. Bill Mollison is quick to tip his hat toward this debt in the very first paragraph of Permaculture Two: Practical Design for Town and Country in Permanent Agriculture. Here, after making the claim that Permaculture is different from all other approaches to agriculture due to its use of “conscious design,” he respectfully qualifies, “with the notable exception of Keyline concepts.”
In fact, most of the major themes that were developed into the permaculture approach were exploratory trails originally blazed by the practical visionary, P.A. Yeomans.(1) His relentless experimentation, fearless ‘trial-and-error’ mistake-making, tireless reflection, ongoing adjustment, and ‘learning by doing,’ (as well as his unique set of skills and knowledge in hydrology and engineering) made him one of the most innovative ‘adaptive managers’ of agricultural history.
The Keyline process he developed was the first farm/ranch planning approach to:Comments (7)
Conservation, Dams, Demonstration Sites, Irrigation, Land, Water Harvesting — by Andrew Millison June 28, 2012
Permaculture Elder Tom Ward takes us on a 10-minute animated tour of Wolf Gulch Farm in Southern Oregon, USA. It was designed using permaculture principles and laid out using Keyline patterning. Tom’s narrated journey explores water supply and storage, soil building, wind and air drainage, cropping, and an enlightened perspective on the watershed and the future of farming in harmony with natural forces.Comments (6)
Conservation, Food Forests, Food Plants - Annual, Food Plants - Perennial, Food Shortages, Land, Plant Systems, Rehabilitation, Salination, Soil Biology, Soil Composition, Soil Conservation, Soil Erosion & Contamination, Water Contaminaton & Loss — by Angelo Eliades June 6, 2012
Currently, approximately 80% of the food crops grown in the world are annual plants, and it’s been this way for quite some time. Perennial plant food crops are pretty much in the minority in terms of how the human race derives its nutrition.
Permaculture strongly emphasises the importance of using perennial plants in our food production systems. When we consider the permanent agriculture aspect of permaculture, it should be apparent that we would need to utilise perennial plants to construct a permanent system, rather than using annual crops to create temporary systems, which are there one season, and return to bare earth the next.
The preference for perennial plants is stated explicitly in the seventh permaculture design principle — Small Scale Intensive Systems. It describes the use of perennial plants instead of annual plants as one of the features that differentiates permaculture small scale intensive systems from either conventional commercial or peasant farming systems.
To many people, the reason we use perennial plants is simply because they don’t need to be replanted each year, and don’t die down each year, saving us a lot of effort digging, sowing seeds, and cleaning up at the end of the season — and then they simply leave their understanding at that.Comments (69)
Animal Housing, Biodiversity, Biological Cleaning, Bird Life, Building, Commercial Farm Projects, Compost, Conservation, Consumerism, Courses/Workshops, Demonstration Sites, Education, Education Centres, Energy Systems, Fencing, Food Forests, Food Plants - Annual, Food Plants - Perennial, Irrigation, Land, Livestock, Nurseries & Propogation, Plant Systems, Potable Water, Rehabilitation, Society, Soil Conservation, Structure, Trees, Village Development, Waste Systems & Recycling, Water Harvesting — by Craig Mackintosh PRI Editor June 1, 2012
Paradise Dam, April 2012, from the now-climaxing food forest
Photos © Craig Mackintosh (unless otherwise indicated)
Zaytuna Farm Video Tour, duration 41 minutes
Note: Switch YouTube player to HD if your internet connection allows
Having spent the last few years seeking to establish and assist projects worldwide, and hearing some readers requesting more info on our own permaculture base site, I thought it high time I take a moment away from promoting other projects to shine a little light on our own work!
It had been a long time since I last visited Zaytuna Farm. Arriving in April 2012, more than two and a half years after my September 2009 visit, I was somewhat taken aback…. Back in 2009 the farm could somewhat be described as an unruly child — full of energy and enthusiasm, and flush with life, but not at all mature. Now, as I see Geoff Lawton’s vision for the property being played out more fully, we could compare the farm to more of a blossoming and beautiful teenager, still fresh in youth, but demonstrating a clearer sense of direction.
Geoff’s long term strategies are becoming evident, and it really is a sight, and site, to behold!Comments (22)
Aid Projects, Community Projects, Conservation, Consumerism, Dams, Deforestation, Demonstration Sites, Food Shortages, Global Warming/Climate Change, Irrigation, Land, Plant Systems, Population, Potable Water, Regional Water Cycle, Rehabilitation, Society, Soil Biology, Soil Conservation, Soil Erosion & Contamination, Swales, Terraces, Trees, Village Development, Water Contaminaton & Loss, Water Harvesting — by Craig Mackintosh PRI Editor May 24, 2012
As most of our readers will know, John D. Liu caught a vision years ago, and, thankfully, he ran with it. We’ve shared John’s excellent media work before (see here and here), and today have the pleasure of doing so again….
This new video, Green Gold, was first aired last month on Dutch TV, and will be shared at the Rio+20 United Nations Conference on Sustainable Development (to a captive audience of influential representative delegates during their dinner!), which is being held next month in Brazil (20-22 June 2012).
The video takes you to China, Jordan (more background on the PRI Jordan project here), Ethiopia, Rwanda and Bolivia, and features the PRI’s own Geoff Lawton (and a cameo appearance from Nadia!), who adds impetus and technical know-how to John’s impressive toolbox, as well as the ‘Permaculture Princess‘ (Princess Basma bint Ali of Jordan), and others.
It’s the story of healing landscapes at scale, and, with it, restoring life, livelihoods, security and a future.Comments (6)
Conservation, Dams, Food Forests, Irrigation, Land, Swales, Water Harvesting — by Rob Avis May 16, 2012
by Rob Avis
Michelle, Rowen and I were driving home from a vacation in the mountains when we passed by a swale on a farmer’s field in the middle of Alberta cattle country. Naturally, it piqued my curiosity and I had to stop the car to investigate. It was such a great example of how this simple technique can catch and store water on a large scale, we decided to make a short video about it….
What’s a Swale?
Rob walking along a swale after a huge rain
event at the Permaculture Research Institute
Simply put, swales are water-harvesting ditches, built on the contour of a landscape. Most ditches are designed to move water away from an area, so the bottom of the ditch is built on a modest slope, usually between 200:1 to 400:1.
Swales, however, are flat on the bottom because they’re designed to do the opposite; they slow water down to a standstill, eliminate erosion, infiltrate the surrounding area with water, and recharge the groundwater table. When water moves along the flat bottom of a swale, it fills it up like a bathtub — that is, all parts of the bath tub fill at the same rate. The water in a swale is therefore passive; it doesn’t flow the way it would on a slope.Comments (11)
Aid Projects, Building, Conservation, Irrigation, Waste Systems & Recycling, Water Harvesting — by Robert Cork May 14, 2012
A finished tyre tank stand
You may remember reading about the work of FoodWaterShelter to develop a sustainable home for vulnerable women and children in Tanzania. And you may recall their innovative approach to water storage. Well here’s another innovative use for old tyres — and one that may alleviate some potential concerns of unwittingly contaminating the environment through alternative uses of tyres.Comments (1)
Compost, Conservation, Potable Water, Rehabilitation, Soil Erosion & Contamination, Waste Systems & Recycling, Water Contaminaton & Loss — by Craig Mackintosh PRI Editor April 30, 2012
Photos © Craig Mackintosh
You’ve heard the Zaytuna Farm composting loo story before, but since this is the first time I’ve personally seen ‘the great chamber changeover’ take place myself, during one of my own visits, I thought I’d share the tale once more.Comments (18)
Aid Projects, Community Projects, Conservation, Courses/Workshops, Dams, Demonstration Sites, Irrigation, Land, Material, Village Development, Waste Systems & Recycling, Waste Water, Water Harvesting — by Robert Cork March 9, 2012
Just outside of Arusha, Tanzania, is ‘Kesho Leo’– a sustainable home for vulnerable women and children operated by FoodWaterShelter. The principles of permaculture underpin the daily lives of the Kesho Leo residents. It is currently the home of seven families, each headed by a Tanzanian mama who cares for up to five children, including orphans. In addition to the daily essentials, Kesho Leo provides the many other aspects that a ‘home’ needs; access to family and social support, access to education and health, and very importantly – access to community.
Permaculture meeting the needs of the Kesho Leo residents
Revolving around the community and education aspects of Kesho Leo are the permaculture systems that strive to provide all of the food, water and energy needs of the residents. Basic needs of water, sanitation and power are provided through rainwater harvesting, innovative batch compost toilet systems, and solar power.Comments (7)