Here is the first edition of the new Permaculture Times Newsletter that features news and insight related to permaculture and sustainability
Not rendering correctly? View this email as a web page here.
Hello and welcome to my first of a monthly-ish newsletter. The theme this month is “Harvest the Rain” and all of the stories here will be around making the most of the water that falls freely from the sky. Designing for water flow is the bones of every permaculture system.
Understanding how water moves through the watersheds from mountains down through rivers and out to seas is the foundation for understanding the essence of nature that we enhance through permaculture design. So, please enjoy this celebration of folks that are doing the good work of bringing life to the water cycle! ~ Andrew Millison
CONGRATULATIONS CONTEST WINNERS!
The Permaculture Institute North America has awarded $5,000 to one of our own OSU Permaculture Design Course Instructors! Tao Orion won PINA's Naturewise Design Contest. Congratulations Tao!
With help from Abel Kloster, Tao's Integrated Water-Harvesting Earthworks will provide access, water harvesting potential and fire resilience by developing a pond using Keyline design principles. The $5,000 will go towards the installation of the new design.
Construction began in June and there is an upcoming workshop at Arpovecho (Cottage Grove, OR) where participants will be involved in the installation.
THIS ISSUE'S FEATURED TOPIC: WATER
Amazing Results of Harvesting Rainwater for 25 Years
Brad Lancaster leads us on a tour of the 25-year old rainwater harvesting neighborhood transformation that has happened in the desert city of Tucson, Arizona.
Brad has been working on soaking up the rains when they come since he started his project in the mid-nineties. Watch now.
Ted X Video on Planting Rain to Grow Abundance
Watch Brad Lancaster on the Ted X stage as he shares the inspiring story of how he and others learned to see the rain differently, enabling them—and you—to plant it, rather than drain it; resulting in the growth of vibrant irrigation-free oases throughout communities in drought years. Watch now.
EARTH REPAIR RADIO Episode 002 - Neal Spackman
In this episode titled "How to Make it Rain in the Desert," Neal Spackman talks about his work on large scale reforestation on the Arabian Peninsula with the Al Baydha project.
The Al Baydha project lies in an area receiving 0-2 inches of rainfall annually. The Kingdom of Saudi Arabia brought Neal in to help establish a productive Permaculture system in this hyper-arid environment in an effort to settle nomadic Bedouin populations in an economically and ecologically sustainable way. Listen now.
EARTH REPAIR RADIO Episode 020 - Elham Abbadi
In this episode titled "Permaculture Village Revival in the World's Most Water Stressed Nation," we hear about the ongoing grassroots transformation of a Jordanian village into a resilient food and water secure settlement. Elham Abbadi has been working within her village and the surrounding region with a group of women since 2012 to bring back regenerative agricultural practices to an area that has lost their traditional "permaculture" practices for only a couple of generations. Listen now.
EARTH REPAIR RADIO Episode 022 - Zachary Weiss
In this episode titled "Repairing the Water Cycle for Climate Stability," we dive deep into the global water cycle, and how repairing degraded landscapes and increasing water retention can help to stabilize global temperatures.
We also learn about Zachary Weiss, who has worked on projects in over twenty countries, and about the practical nuts and bolts of assessing, planning, and installing large scale permaculture water management projects. Listen now.
This episode focuses more on the community aspect of water harvesting and addresses the question of how large scale water harvesting projects involving multiple stakeholders and communities actually happen? Listen now.
Desert Ecovillage Built for the Rain
Brad Lancaster leads us on a tour of the Milagro Cohousing Community, completed in 2004. Milagro is located in Tucson, Arizona, and the design is centered around harvesting and reusing onsite waters.
Brad was part of the original design team for this project, which is thriving today, 15 years after its installation, as you can see in this video. Watch now.
Rehydrating the Concrete Jungle
Andrew Millison leads us on a tour through the three-block long water harvesting project located in Downtown Seattle, Washington called "Growing Vine Street".
This an artful and functional example of how water harvesting can be accomplished in a very high-density urban environment. Watch now.
How to Bring Back Dead Rivers
Rajendra Singh is known as the "Water Man of India". Since 1982 he has worked with over 1,000 villages to bring back to life the Arvari River in Rajasthan, India.
With community efforts reviving traditional water harvesting structures, they restored the watersheds within the entire region, and brought the dry river back to a perennially flowing stream, and recharging the aquifers of the entire region. Watch now.
UPCOMING: RAINWATER HARVESTING ONLINE COURSE
Turn water scarcity into water abundance!
We’ve recently developed our newest course, which utilizes all of the knowledge we’ve gained from 8 years of online education. This course teaches you how to conceptualize, design, and implement sustainable water-harvesting systems for your home, landscape, and community.
Rainwater is an amazing free resource. It's more beneficial to plants than municipally supplied water and it can help:
Reduce storm-water runoff
Recharge aquifers
Stop groundwater depletion
Harvesting rainwater can also help you become more self-reliant with water and lower your carbon footprint.
The goal of this water catchment course is for you to create an integrated, multi-functional water harvesting plan specific to your site and needs. By the end of the course, you will learn how to:
Define key rainwater harvesting concepts, terms, and principles
Assess a site for rainwater harvesting potential and water uses
Make strategic decisions about what features and systems to use for a site
Design a conceptual integrated rainwater harvesting plan for a site
Refine a conceptual rainwater harvesting plan with relevant systems details