Welcome to the final episode in mine and Nick’s 3 part series on drought. In the first episode we talked about how drought was affecting our two homes at the moment. His home on the island of Tenerife, and my own in Northeastern Spain. We went over the definition of drought and some common myths and misconceptions, as well as the major factors that can make drought more common and severe. 

In the second episode we turned to look at the myriad of options that are available to mitigate and even reverse the effects of drought focusing first on the sequence of design considerations. We looked into stopping points of drainage and damage, minimizing the need for use, and then capture and retention. From there we take a specific look at small scale to medium scale living space. Apartments and condos all the way up to small homes to homesteads of a few acres. 

In this last episode we’re going to wrap up the layout of different drought mitigation strategies for medium, large and even regional scales. More than home infrastructure, this session focuses on land management with interventions like earthworks, road and access design, and even restoration of water bodies like rivers and streams. 

The regional scale is an aspect of drought mitigation that I believe everyone has a responsibility to get involved in, and there is a need for a variety of approaches, from political action and institutional reform, to coalition building, and even direct work on the ground.
Hopefully by the end of this series you’ll feel much better informed about what drought really is and some of the many options available to you to create resiliency against this increasingly common and severe occurrence in many parts of the world in order to take action and change the trajectory that your home and your community is currently on. 

Continuing with our deep dive into drought, my good friend Nick Steiner and I are going to move now from defining drought and the its myriad of causes and factors that make it worse, to a wide range of solutions and opportunities available to people who are living in different environments and with different access to land and space. 

You may not be surprised to hear that we ended up running long and so I split the episode into two parts. In this session we cover mostly the order of consideration for a retrofit of a home or even a landscape design geared towards water harvesting and rehydration. Then we look at the options available to people in small living spaces like apartments and condos in urban or peri urban areas. We also start to explore the next size up which would be small to medium sized homes with access to anything from a small garden to a couple acres of land. 

The great thing about looking at things in this order is that pretty much all the options available to small scale living or land access are also available as you size up. I also think it’s important to explain that there’s no reason you need to own or have access to large amounts of land in order to have a meaningful effect and influence on the water catchment in your local area, or often even more importantly, assist in shifting the culture of water use and abuse that is baked in to many of our modern societies to one of reverence and respect for water and the life it enables. 

Now, it’s impossible that Nick and I mention and explore all of the options at the various scales of living that we cover in these next two episodes, so please reach out to us if you think there are other possibilities we should be aware of or mention in future talks. We’re always excited to expand our own understanding and have a better grasp of the new and emerging knowledge for working with water. 

It’s that time again. In todays’ regenerative round table, my good friend Nick Steiner and I give updates on our respective projects. Him on the Island of Tenerife and myself in the mountains of central Catalunya in Spain. In the update we talk about some of the challenges we’ve been experiencing this year. The big topic at the moment for us, and many other in this area of the world, is drought. Partly because Nick and I live in parts of the world where drought is a common factor we’ve been researching it for some time. 

In this episode we’ll break down some of the common myths and misconceptions about drought and its causes. We’ll also talk about the link between drought and other common natural disasters such as floods and wildfires and then give concrete examples from our respective home bases. We go into some of the hidden factors that lead to regional droughts and some of the science behind the way water works in the environment to cool the atmosphere and create more moderate conditions in the climate. 

This chat is the first in a two part look at drought and will set us up for a second episode next week where we’ll break down some of the wide ranges of actions and changes that can make a difference, not only in mitigating the effects of drought but also reversing the trends in the long term and rehydrating your landscape. 

Continuing on the journey we started in the last episode, Nick and I went to the next project where we got to install the types of water retention features that we had designed for the previous clients. 
Together we talk about the joys and the challenges of site where we were creating these earthworks. Over the previous summer the whole landscape had burned in a wildfire and the clients there are especially motivated to mitigate the risks moving into the future. We also got to work with a team with a variety of experiences and talents which contributed to the creativity and the outcome of the project. 
In just over 3 days of work we were able to build a small infiltration basin in an eroded valley and an infiltration terrace along a fire-prone ridge with many unique features in each. 
Follow us as we take your through the full process in this episode

We’re starting in a big way with a special episode in which me and my good friend and collaborator Nick Steiner will be taking you along with us on a client visit in the south of Portugal in the very first steps of a water retention landscape project. 
We’ll be giving you a behind the scenes look at what we do on these jobs, the landscape indicators that we’re observing to inform our concept plans, and all of the essential data we collect while out in the field as we build the initial design for this farm. 
Southern Portugal is a classic area to illustrate the patterns of drought, flood and fire that are the result of landscape degradation. This mediterranean climate has been getting dryer and hotter in an accelerated way over the last few decades, and the result is failing farms, abandoned villages, and land that is on a downward trajectory. 
Each day we’ll describe what we’re up to out in the field, offer summaries of the discussions with the clients, describe the landscape features and observations we’re making and even the heavy machinery work that it takes to inform the placement and types of features that can be implemented in order to turn the trajectory of this farm around through watershed restoration. 
Don’t forget that you can see pictures and videos of our time out in the field on our social media pages and on the Regenerative Skills community on Discord. 

Today I want to go back to one of my favorite episodes of the last few years. This was back at the start of the 7th season, so almost two years ago. I was trying out a new format as I headed out on a water retention landscape job, which the episode will explain in a minute.
The reason why I’m choosing to re-release this episode now is because I’ve been covering so many aspects around the topic of water over this series, but a lot of it has been pretty theoretical. Honestly, the way that I’ve come to connect with the idea of rehydrating landscapes has mostly been through my work on projects in the field with the farmers and clients that I work for. 

So for that reason, I’m going to republish two episodes I’ve recorded on jobs in the field. Today’s will be from a ranch project in which I worked on a team from Mark Shepard’s company Restoration Agriculture Design led by Jake Takiff, and next week you’ll come along with me and my good friend and longtime collaborator Nick Stener as we recap some jobs we did out in southern Portugal earlier this year. 

So let's get started.
I was invited to assist on a watershed restoration design and install project with a company that I’ve admired and looked up to my whole career, Restoration Agriculture Development (RAD). RAD is the design and project installation company founded by Mark Shepard, the legendary farmer and author who has helped to define the ambitions through his work and writings such as “Restoration Agriculture” and “Water for Any Farm.” Though Mark wasnt involved with this job directly, I got to work with their team lead, and accomplished farmer in his own right, Jake Takiff from Cedar Springs farm in Hotchkiss, Colorado.

In this first episode, I’ll be trying out a new format in which I’ll bring you along for the duration of this project and give detailed updates about how work is moving forward, what we’re learning in the process, and the main takeaways. 

In this series on water, the one area that I've left out so far is the urban landscape. In this week’s episode I got to chat with Jerry Yudelson, the author of 13 full-length professional and trade books on green buildings, integrated design, green homes, water conservation, building performance and sustainable development. Dubbed ‘The Godfather of Green’ by Wired Magazine, Jerry’s passion for optimizing the built environment is reflected by his many years of professional experience in the green building and certification fields, serving as an elected LEED Fellow and as president of the Green Building Initiative. He also served on the national board of the USGBC and chaired the Steering Committee for the largest green building show, Greenbuild, from 2004 through 2009. 

Despite being best known for ecological building design and policy, in this interview we’re going to focus on his book Dry Run, which unpacks some of the best ways to manage scarce water resources and handle upcoming urban water crises. The book explains the most pressing water issues that urban zones face, and examines the vital linkages between water, energy use, urban development and climate change. Dry Run also demonstrates best practices for achieving “net zero” water use in the built environment through, water conservation strategies for buildings, factories, cities and homes, rainwater harvesting, greywater reuse and water reclamation systems, water efficiency retrofits, onsite sewage treatment, and new water reuse and supply technologies.

In this interview we specifically address the urgent changes that cities need to make to ensure longer term water security. Jerry explains his classifications of the colors of water that help to categorize the different sources and uses for water in cities that require different management systems, and gives a few case studies of municipalities that have started to make improvements in their aquatic infrastructure.

As the importance of the water cycle to global climate regulation has gained attention in the last few years, I’ve also seen an emergence of voices working to explain the science and the details of the intricate workings and contributors to the nuance of water cycles.
One of my favorites and one I’ve come to count on to consistently expand my understanding about working with water is that of Ali Bin Shahid, an engineer turned permaculturalist based in Islamabad Pakistan working to capture the rhythms of nature through quantification. 

In his substack blog, R3genesis, he writes about topics such as Enhancing bioprecipitation through afforestation, mapping a rain plan for the Valencia region of Spain, how beetles drive ecosystem dynamics, and so much more. His ability to make important connections between small actors in the environment with macro processes in our ecosystem and the ways in which this knowledge can be put to use in our lives.

In this conversation Ali and I explore his journey and passion around ecosystem restoration, how his background in engineering is opening new possibilities by modeling landscape hydrology, new technologies that can be used to bridge scientific disciplines for new discoveries, and how these models can inform a new generation of water and climate wise policy and incentive mechanisms.

So much of the conversation around water revolves around its scarcity. Today we’ll get a chance to explore how to manage water regeneratively when the challenge is having too much.

As arid zones become drier, the opposite is proving true for humid zones. The North American eastern seaboard is looking like an emblematic case of this. As storms become stronger and charged with massive evaporation from warmer temperatures and a warmer ocean, flooding erosion and saturation are becoming bigger issues.

Coastlines as well are struggling with these issues as well as the degradation of their delicate vegetation, and poorly applied gray infrastructure.

To get a better understanding of these ecological challenges, I reached out to a good friend Mike Lynn.

Michael Lynn is an ecological designer with United Designers International and owner of Eastern Ecosystems. He has worked on numerous projects around the world including large-scale watershed restoration, agricultural and agroforestry production systems, and ecological restoration. Around the Chesapeake Bay in the US, he works with storm water management, ecological restoration, and living shorelines projects. With a passion for education, Mike provides training for a wide array of audiences.

Mike has worked in ecological design for more than a decade, starting out with small scale homestead and farm designs to large scale landscape design, watershed management, and ecosystem restoration. Having had a career in public safety, He’s seen first hand the devastating effects of climatic disasters and I recognize that nature based solutions are the way forward.

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In this episode we’ll not only explore Mike’s fascinating background and path to ecological design, we’ll take the time to focus on the evolving challenges of water management when safe drainage and removal of excess water is the objective over retention and capture.

In this session I hosted a discussion on the importance of restoring proper hydrological function in a landscape and the steps to achieving it with my friends and colleagues at Climate Farmers, a non-profit organisation working to advance regenerative agriculture in Europe.

In this panel I got to speak with three of the most experienced and influential educators working on this from a farming perspective. Since landscape hydrology and its proper function is often overlooked in its importance in regulating global temperature, I wanted to focus on this specifically. I was lucky enough to bring together three of the experts that have most guided my learning in this field, Zach Weiss, Nicole Masters, and Mark Shepard.
Don’t forget that if you want to see the video of the full event, you can check it out on the Climate Farmer’s Youtube channel through the link in the show notes for this episode.

Zach Weiss is the protégé of revolutionary Austrian farmer Sepp Holzer, Zach is the first person to earn Holzer Practitioner certification directly from Sepp. Zach went on to create Elemental Ecosystems to provide an action-oriented process to improve clients’ relationship with their landscape. Elemental Ecosystems is an ecological development, contracting, and consulting firm specializing in watershed restoration and ecosystem regeneration. The firm’s work includes Aquaculture, Agroforestry, Water Retention Landscapes, Terrace Systems, Spring Development, Natural Building, and more.

Mark Shepard is the CEO of Forest Agriculture Enterprises LLC, founder of Restoration Agriculture Development LLC and award-winning author of the books, Restoration Agriculture and Water for Any Farm. He is most widely known as the founder of New Forest Farm, the 106-acre perennial agricultural savanna considered by many to be one of the most ambitious sustainable agriculture projects in the United States.

Nicole Masters is is an independent agroecologist, systems thinker, storyteller, educator and author of the book “For the Love of Soil.” With over 20 years of practical and theoretical experience in regenerative agriculture, she is also recognised as a knowledgeable and dynamic speaker on the topic of soil health. Her team of soil coaches at Integrity Soils work alongside producers in the U.S., Canada and across Australasia supporting producers and organisations who cover over 24 million acres, to take their landscapes to the next level in nutrient density, profitability and environmental outcomes.

Continuing today with this ongoing series on waterway regeneration and a deep dive into marine ecosystems, I had the pleasure of speaking with Brian Von Herzen. 

Brian is an ocean scientist, engineer and entrepreneur, though much of his career has been in Silicon Valley where he developed innovative technical solutions for companies like Pixar, Dolby and Microsoft. Brian is also the founder and Executive Director of the non-profit The Climate Foundation, an institute working to regenerate life in the world’s oceans and reverse global warming within our lifetimes.

Through Brian’s work with the Climate Foundation, he’s been promoting the concept of marine permaculture through ocean seaweed and kelp farming in a way that could potentially revitalize areas of degraded coastline as well as spark a whole new economy around marine ecosystem stewardship. 

In this interview, Brian starts by explaining just how immense and important the kelp forests of the world are by describing the impact that they’ve had on the ecology of the west coast of the United States. I think it’s so important to regain reference to what our healthy and intact biosphere used to be, because all of us alive today have almost no reference to what our natural world even looked like before humans started to alter and degrade it so severely. 

Brian also breaks down what it could mean for the economy and health of the west if these underwater forests could be regenerated and cared for. 

We also explore some of the challenges in getting sea farming and ocean permaculture projects started and especially funded, since the initial costs are often much higher than land based initiatives.

We cover a lot of ground in this talk and even touch on topics like how marine farming fits into a regenerative economy and what those of you listening can do to support and even start your own marine permaculture projects, so be sure to stick around for some great action steps by the end.