Letters from Chile – The Adobe House and Potty Training
Aid Projects, Biological Cleaning, Building, Community Projects, Conservation, Demonstration Sites, Education Centers, Land, Potable Water, Rehabilitation, Retrofitting, Urban Projects, Village Development, Waste Systems & Recycling, Waste Water, Water Contamination — by Craig Mackintosh May 8, 2010
Editor’s Note: This is Part IV of a series. Be sure to catch Part I, Part II, and Part III.
The ‘Adobe House’, El Manzano’s ecological demonstration house.
All photos © copyright Craig Mackintosh
In the middle of the little El Manzano village, on display to all in the community, is the ‘Adobe House’. This demonstration house is a project by Eco Escuela El Manzano to demonstrate to the community several low-tech but effective techniques for improving quality of life whilst reducing a home’s impact on the environment.
Comments (0)Letters from Sri Lanka – Sarvodaya’s Home Gardens
Aid Projects, Bio-regional Organizations, Biological Cleaning, Community Projects, Conservation, Demonstration Sites, Eco-Villages, Education Centers, Energy Systems, Irrigation, People Systems, Potable Water, Village Development, Waste Systems & Recycling, Water Harvesting — by Craig Mackintosh January 15, 2010
Part VI of a series – If you haven’t already, please read Part I, Part II, Part III, Part IV and Part V before continuing. This series is part of my work for the Sustainable (R)evolution book project.
A coconut shell is an excellent, biodegradable planter.
The coir (husk fibre) is extracted and mixed with soil to become a potting mix
with particularly good water retention capacity (the fibre reduces evaporation).
All photographs © Craig Mackintosh
The world’s largest water harvesting earthworks has transformed Sri Lanka, or at least large parts of it, from aridity to lushness. This mainframe design provides biological resources that villagers can use to maximise biodiversity for personal and environmental health. In similar fashion the ‘mainframe design’ of the ‘invisible structures’ of Sarvodaya’s community network provide avenues for the free flow of permaculture information to help achieve this goal. The good news is that many villagers are making use of these resources and this potential, despite constant attempts by Big Agri to lure them, through offers of free product samples and demonstrations, into chemical dependency.
Comments (0)Rosella Waters Earthworks, Phase I, Part B
Biological Cleaning, Conservation, Dams, Demonstration Sites, Earth Banks, Education Centers, Food Forests, Gabions, Irrigation, Land, Limonia, Material, Natural Swimming, Plant Systems, Potable Water, Roads, Storm Water, Swales, Water Harvesting — by Kym Kruse January 8, 2010
 The Mushroom Dam overlooking the beach area |
It’s taken a while to find the time to sit down and report on Part B of our earthworks here at Rosella Waters, near Cairns in far North Queensland. Phase I Part A was documented whilst the process was taking place. This latest update however will rely on memory and hurried notes made during the process, together with numerous photos. Large excavations such as the two large dams we constructed in part A are considerably easier to direct and far less time consuming than the finer detail work using smaller machinery as we experienced in putting in Part B.
Comments (0)Greening the Desert II – Final
Aid Projects, Animal Forage, Biological Cleaning, Building, Compost, Conservation, DVDs/Books, Demonstration Sites, Education Centers, Food Forests, Food Plants - Perennial, Fungi, Irrigation, Land, Plant Systems, Rehabilitation, Salination, Soil Biology, Swales, Trees, Water Harvesting — by Craig Mackintosh December 11, 2009
The Greening the Desert II video I shared with you recently was edited in Jordan. Now that I’m back at my desk again I’ve had time to edit it slightly. I’ve added the original five-minute Greening the Desert clip in to the front of it, to ensure viewers have context for Part II (and we’ve also had requests for both to be made available together), as well as cut a few minutes out of Part II to keep it flowing a little better. You can not only watch online below and embed on your own websites (click for embed code at top right of video screen), but it’s also available for download, so those who’d like to have a ‘hard copy’ to circulate are welcome to download, burn to disk or transfer to USB key, etc., and circulate freely.
Download: You’ll see the option to download the 913 megabyte MP4 file at bottom right side of this page.
YouTube: The video can also be watched on YouTube, in four segments, here, here, here and here.
Greening the Desert II (including Part I) – Greening the Middle East
(Duration: 36 mins)
Tips for playing: If it’s slow to load, turn off High Definition (HD) on the player.
If you still have problems, click play (on low or high def) and then after it’s started,
click on pause. The video will then continue to buffer into your computer.
Play once fully loaded.
I would like to take the opportunity to thank Kelly Kellogg at this juncture. Kelly donated initial funding that enabled the purchase of the land for the Jordan Valley Permaculture Project site (aka ‘Greening the Desert – the Sequel’). But, upon watching the Greening the Desert Part II video, Kelly was inspired to donate an additional $20,000. These gifts are very encouraging to us as we try to solve problems at source (teach a man to fish…). Others who may feel inspired to donate to help us move this work forward faster can do so here.
A little background on the video follows:
Comments (0)Keyline Swales – a Geoff Lawton/Darren Doherty Hybrid
Biological Cleaning, Conservation, Earth Banks, Food Forests, Irrigation, Land, Rehabilitation, Swales, Trees, Water Harvesting — by Campbell Wilson November 29, 2009
A swale on Zaytuna Farm – © Craig Mackintosh
(Remaining images below © Cam Wilson.)
Geoff Lawton and Darren Doherty are the two highest profile people in Australian Permaculture when it comes to broadacre water harvesting earthworks. They’ve both had success in some very tough environments, and yet it’s interesting that their styles are quite different, particularly when it comes to infiltration strategies.
This article is a short comparison of their approaches, along with an idea I had recently for amalgamating the benefits of each.
Comments (3)Each Step is the Way – Part III
Biological Cleaning, Conservation, Demonstration Sites, Food Forests, Rehabilitation, Swales, Waste Water — by David Perkins September 16, 2009
Recent developments at Kailash-Akhara, Adi Yoga Retreat Center, Phu Rua, Loei, Thailand.
By David Perkins (Dharmadeva) – Farm Manager and resident permaculture designer and educator at Kailash-Akhara.
This report provides an overview of many aspects of creating a retreat center and living sustainably using the principles of permaculture. Short updates will be given regularly to keep our wider community informed. See Part I and Part II if you haven’t already.
First phase of building is now complete
 The dormitory |
After a year and a half of construction in the core area, painting was completed just before an opening ceremony and party to celebrate the annual festival of Guru Purnima on the full moon in July. Four buildings make up the core area: The Temple/Training Hall, Dormitory, Kitchen-Dining Room, and Bath House with composting toilets. We are now practicing, sleeping, cooking, eating, showering, doing laundry, and recycling our poop in shiny new surroundings – a level of relative luxury compared to the stripped-down facilities we began with.
Comments (0)Letters from Sri Lanka – Greywater Recycling at Kuttam Pokuna (the Twin Pools)
Biological Cleaning, Conservation, Irrigation, Natural Swimming, Regional Water Cycle, Waste Water, Water Harvesting — by Craig Mackintosh August 11, 2009
Novice Buddhist monks listen to their instructor
Photos Copyright © Craig Mackintosh
Last time I spoke about the world’s largest earthworks project – an incredible and unrivalled example of large scale water harvesting. Today we continue the tale, highlighting the beautiful and practical Kuttam Pokuna, or Twin Pools, found at Anuradhapura in north-central Sri Lanka.
Comments (0)Convert Your Eco-Unfriendly Swimming Pool into a Biologically Active and Attractive Fish Farm!
Animal Forage, Aquaculture, Biological Cleaning, Fish, Food Plants - Perennial, Food Shortages, Natural Swimming, Plant Systems, Urban Projects — by Craig Mackintosh July 21, 2009
Could converting swimming pools into fish ponds be another way to increase food security as we head out onto peak oil’s downhill slope?
A Permaculture fish pond in development
Swimming pools get a bad rap in enviro-circles, and for good reason. They cost a great deal to construct – using a lot of CO2 intensive materials in the process – they waste huge amounts of water and energy for maintenance, use chemicals to keep them clear and ’safe’, and they take up a lot of space that could be utilised for more productive purposes (like growing veggies!). Many people also just find them a lot of work to look after, which is especially annoying when their usage is often only seasonal at best.
But, what if you’re already lumbered with a pool and are trying to make the best of the situation? Maybe it came with your property, or hindsight has kicked in after you’ve shelled out thousands to install something you almost never use…. What then?
Comments (2)French Drains for Urban Storm-water Infiltration
Biological Cleaning, Conservation, Irrigation, Storm Water, Waste Water, Water Harvesting — by Campbell Wilson July 8, 2009
When rainwater harvesting is mentioned, most people think of tanks straight away. That’s a great start, but there is a much bigger storage you have available to you on your land – the soil. (Check out Brad Lancaster’s fun U-tube video on this site, ‘The muffin tin and the sponge’ for a good intro)
So when your gutters flow and your tanks are full, don’t send all that valuable water straight the drain like so many do. Instead, have a go at utilising that water in your garden by creating a system similar to this.
Comments (0)Greywater Mulch Pits
Biological Cleaning, Conservation, Irrigation, Storm Water, Swales, Waste Water, Water Contamination, Water Harvesting — by Campbell Wilson May 20, 2009
by Cam Wilson, Forest Edge Permaculture
Greywater mulch-pits provide an excellent solution when re-using greywater on your garden – they are cheap to construct, they improve the quality of water entering your soil and after some time provide you with valuable compost. They’re very easy to construct too. You basically just dig a hole, wack in some 100mm ag-pipe and then fill it up with nice chunky mulch.
Each Step is the Way – Part I
Biological Cleaning, Compost, Conservation, Demonstration Sites, Education Centers, Food Forests, Food Plants - Annual, Food Plants - Perennial, Land, Rehabilitation, Swales, Trees, Waste Water, Water Harvesting — by David Perkins April 30, 2009
Editor’s Note: David Perkins recently sat his PDC with Geoff Lawton and Darren Doherty, and has been very busy since….
Recent developments at Kailash-Akhara, Adi Yoga Retreat Center, Phu Rua, Loei, Thailand.
By David Perkins (Dharmadeva) – Farm Manager and resident permaculture designer and educator at Kailash-Akhara.
This report provides an overview of many aspects of creating a retreat center and living sustainably using the principles of permaculture. Short monthly updates will be given to keep our wider community informed.
Training Hall & Papaya
Taking the Tragedy Out of Wildfires with Permaculture Design
Biological Cleaning, Community Projects, Conservation, Global Warming/Climate Change, Land, Plant Systems, Regional Water Cycle, Storm Water, Trees, Urban Projects, Waste Water, Water Harvesting — by Craig Mackintosh March 20, 2009
Recent wildfires in Australia shocked the nation, and the world – killing more than 200 people, untold creatures, buildings and other property. Indeed, entire towns were razed to the ground. In the following podcast, Geoff Lawton (talking while on the road – in his true multitasking style) talks about how Permaculture can tackle this issue head on, by designing appropriate Permaculture systems around settlements that would passively and perpetually protect people and property from the kind of horrific devastation we witnessed last month.
In comparison to the cost in life and property that these fires bring, such systems would be extremely cost-effective, and if done thoughtfully could also be used to bring other benefits – beyond fire protection – to local populations, wildlife and the environment. These concepts should be urged upon your local political representative for their consideration, and not just in Australia. Climate change is causing many normally wet regions to begin to dry out and already dry areas to dry out even more – so we can expect the frequency and intensity of fires to escalate in coming years.
You can listen to the clip in its entirety here (17 min, 15.4mb MP3). To download the file, simply right-click on the link and choose ‘Save Link As’ (Firefox) or ‘Save Target As’ (Internet Explorer).
Comments (0)Street Orchards for Community Security
Biological Cleaning, Community Projects, Conservation, Food Forests, Food Plants - Perennial, Land, Regional Water Cycle, Rehabilitation, Roads, Storm Water, Trees, Urban Projects, Village Development, Waste Systems & Recycling, Waste Water, Water Contamination, Water Harvesting — by Brad Lancaster January 19, 2009
© Brad Lancaster, www.HarvestingRainwater.com
 Fig. 24.The heat island effect. An excessively wide, exposed, solar-oven-like residential street in Tucson, Arizona absorbs the sun’s heat during the day like a battery, then radiates it out at night. This local warming effect has raised summer temperatures in Tucson by 6°F (3°C) since the 1940s, which contributes to global warming since the higher temperatures result in people using air conditioners more, which are powered by electricity generated through the burning of coal. Note that no shade trees are planted in the public right-of-way along the street, leaving street and sidewalk baked. All runoff is drained off site leaving the development dehydrated. Reproduced with permission from “Rainwater Harvesting for Drylands and Beyond, Volume 1" |
My view of public streets was radically changed when I heard ecovillage designer Max Lindigger tell a story of an insightful walk he took with his grandfather. “Look there,” said his grandfather, pointing to condominiums being built on the once forested slopes above his village in the Swiss Alps. “That’s where we grew and gathered food during the war. The forests were common land, a reserve of community resources. What commons remain? Where will we grow and gather our food in the next catastrophe?”
I then looked at my Sonoran desert city of Tucson, Arizona and asked myself, “Where are my community’s forests, our commons? Where would we get our food in times of need?”
Comments (1)The Muffin Tin and the Sponge
Biological Cleaning, Conservation, Regional Water Cycle, Roads, Storm Water, Swales, Waste Water, Water Harvesting — by Craig Mackintosh January 9, 2009
Two simple ways of illustrating how to plant the rain
Brad Lancaster, author of the award-winning books “Rainwater Harvesting for Drylands and Beyond” and info-packed website www.HarvestingRainwater.com, demonstrates how we can get the most from the rain by planting it in the soil, then accessing it with living pumps of plants. These are simple concepts that help turn scarcity into abundance.
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Water Worries
Biological Cleaning, Conservation, Consumerism, Food Shortages, Global Warming/Climate Change, Potable Water, Rehabilitation, Soil Biology, Soil Composition, Structure, Waste Water, Water Contamination, Water Harvesting — by Craig Mackintosh September 12, 2008
Water, water, every where,
And all the boards did shrink;
Water, water, every where,
Nor any drop to drink. – Samuel Coleridge (1772-1834). The Rime of the Ancient Mariner, II
If you look down on our earth from space, the predominant colour is blue. The surface of our earth is approximately 70% water. In that respect, perhaps our planet would have been better called the Ocean, than the Earth. Yet, excepting expensive, energy intensive and environmentally problematic desalinisation techniques (PDF), we cannot use it for our daily personal water intake requirements.
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