Food System Investing in a Regenerative Economy

By Ethan Soloviev and the Regenerative Economy Collaborative; originally published on Medium.

I have previously documented the funds that explicitly state they are investing in regenerative agriculture (here and here). But is their approach to investing in and of itself regenerative?

Consider the following conceptual framework, which describes the Four Levels of Paradigm that underlie (usually unconsciously) the thinking and actions of investors around the world. While most food systems investors, philanthropists, and funds can quickly tell you what they invest in, it is much rarer for them to be able to describe how they invest and the way it is shaped by their paradigm — especially the deeper why that motivates their behavior and decision-making.

Note that this framework is generally read from bottom top — hence we will start by exploring ‘Value Return’ and move up the levels to ‘Regenerate Life’

This article explores the ways that unconscious paradigms shape the why, how, and what of food systems investing. Along the way, I invite you to consider: which of these paradigms sources your investment decisions? What would you change if you were to work from a different level?

Value Return

The underlying motivation of investors working from the Value Return paradigm is to generate a single-bottom-line return on invested capital. The means of obtaining this return, and the impacts that get created, the way the return is obtained, are inconsequential compared to “getting more back than I put in” — ideally, 10–1000x more.

The financial enrichment of an individual, firm, or institution (including governments) is often a parallel motivator. Many times food systems investors working from the Value Return paradigm are not even interested in food or agriculture per se, but see food companies or agribusinesses as attractive opportunities for the significant financial capital returns that can be obtained by extracting value from land, laborers, and living systems.

Value Return investors and funds tend to focus on a single phase of the larger value-adding stream that produces, processes, productizes, packages, and purveys food. Farmland funds buy agricultural land with predictable (or projected) high-yielding crops. Natural product industry investors look for emerging food categories, superior flavors, and opportunities for rapid scale to acquisition. Entities sourcing their thinking from this paradigm are often dismissive of concerns about negative impacts of their investments, assuming that larger market forces will address these problems and preferring to focus on their own economic gain instead of resulting externalities.

Functionally, the investment approaches that emerge from Value Return thinking focus on the best bets for 10x, 100x, or 1000x return on financial capital generated. This leads to food and agriculture investments that prioritize short-term gains: For example, businesses that profit from razing intact forest ecosystems to produce beef cattle, palm oil, or sugar; companies that scale up a trending food product category that relies on ingredients from extractive agriculture (like meat-heavy keto diets or sugar-laced CBD drinks). Venture capital funds are organized around fast growth, or algorithms to trend-spot the companies and product categories that will deliver the highest rates of return.

Arrest Disorder

The primary driver of investment decision-making in the Arrest Disorder paradigm is how to profit from efficiency and optimization. Whether the promise is of lean business operations, technological advances in efficiency, or reduced resource consumption, this investing paradigm aims to waste less and thereby generate returns.

How Arrest Disorder-based investors operate is again tied to a single phase of the value adding process of food, although with a more comprehensive consideration of resource use and utilization.

Attractive food product investments are ones that offer reductions in effort or harm to the eater: faster/easier to consume, reduced sugar or fat or calories, decreased ethical concerns, or lower-impact impact ingredients. Specific examples are products like Soylent, “diet” sodas or low-alcohol beers, and plant-based foods like Impossible burgers or OmniPork.

Agricultural production investments focus on ag-tech efficiencies: reduced pesticide usage, decreased water requirements, lower fertilizer inputs with greater yields, farm management software, and human labor-saving robots.

Supply systems efficiencies are also attractive targets:

  • Big data and market-making software (e.g. Indigo Marketplace, AI-enabled commodities trading),
  • Technologies to decrease food-loss and food-fraud (e.g. Internet-of-Things temperature/moisture sensors, blockchain solutions for immutable and public chain-of-custody records)
  • Direct approaches to reducing food waste (e.g. Apeel biosciences, upcycled ingredients).

Efficient business models are also an important focus, including discounted online retail, direct-to-consumer offerings, and membership-based meal kit models.

In keeping with the overall orientation of Arrest Disorder, investors working within this paradigm are often defensive in tone about the importance and correctness of their approach. For example, investors in plant-based “meats”, which offer large reductions in environmental harm compared to industrial animal protein production, attack holistic rotational grazing approaches that go beyond environmental harm reduction and actually increase the health of soils and ecosystems. Plastics manufacturers defensively point to the greenhouse gas and water efficiency of their single-use packaging, despite public outcry against ocean pollution and the greater systemic potential of carbon-sequestering packaging materials derived from sustainable forestry.

Do Good

Food systems investors working from the Do Good paradigm are motivated by a sincere desire to create positive change. They have developed a concept of what “good” means, often encapsulated in vision/value statements that articulate their ideals as replacements for the current “bad” approaches to farming and business.

While philanthropists working within this paradigm are often content to drive change by giving their capital to values-aligned causes, some will partner with venture capitalists to seek investment opportunity sweet spots where they can generate financial capital returns and make the world a better place — “Doing well by doing good.”

In this paradigm, investors grow their understanding and awareness of different phases of the value-adding process of food. Ingredients are traced upstream to their sources from producer communities around the world, then downstream through manufacture, distribution,and consumption, with consideration given to the environmental and social impacts of each step of the process.

The longer-term health effects of each upstream phase are tracked downstream, from soil erosion and greenhouse gas emissions to persistent chemical accumulation; from energy-intensive processing of ingredients to synthetic preservatives; from extractive labor practices to environmentally toxic packaging to the resulting effects on human communities, ecosystem services, and global biodiversity.

Investors see and articulate the interconnectedness of food systems, and are determined to put their capital to work to “make things better” at multiple points in the process. They often feel connected at a personal level with the good they seek to create, truly seeking to invest their resources towards the betterment of something other than themselves.

In order to Do Good, investors focus on mission-driven or values-aligned food businesses, agricultural projects, and community development initiatives. Food products or restaurants that represent various approaches to healthy eating are excellent targets, especially when paired with initiatives to promote responsible or sustainable food production, sourcing, processing, and packaging.

Many diet-centric business models promote a Do Good image, although in practice the supply systems that generate the food they utilize may still be operating from Value Return or Arrest Disorder paradigms. When these inconsistencies are revealed to Do Good investors, they will work towards ameliorating them in their portfolios, seeking industry best practices and agricultural models that go beyond reducing harm.

Promoters of regenerative agriculture, much like early organic agriculture enthusiasts, are convinced that their approach to agriculture is truly good and that everyone should adopt it. Herein lies the shadow of the Do Good paradigm — someone must decide what is “good” and what is not. One person or group’s perspective on “goodness” is then projected onto other people and places, whether by religious missionaries, cause-fighting NGOs, or mission-driven companies.

Nonetheless, in food systems, many individuals can immediately and emotionally grasp the difference between reducing pesticide use (an idea from the Arrest Disorder paradigm) and increasing soil health (Do Good paradigm). The palpable difference between doing less of something bad and doing something good underlies the rapid growth of corporate and consumer demand for regenerative agriculture. But there are very few food systems actors, and even fewer investors, who are actually working from the Regenerate Life paradigm.

Regenerate Life

Investors sourcing their strategies and actions from the Regenerate Life paradigm aim to evolve the capacity of a whole place (usually a bioregion or life-shed), using the food system as a focused nodal entry point to initiate change. Through their investments they seek to reveal and express the essence of this place — it’s irreducible uniqueness or singularity, akin to a bioregional fingerprint or terroir, that arises from its socio-cultural-ecological-economic distinctiveness.

Instead of fixing problems, Regenerate Life investors focus on generating new potential — novel business models, innovative food products and eating innovations, new agricultural approaches, and enterprise ecosystems that are deeply in harmony with the long term story of the place.

At this level of paradigm, investments and the entire process of investing are vectored toward growing a developmental community of food systems actors that ongoingly advance the vitality and quality of local intellectual, financial, and living capital. In many places this will mean that the focus of regeneration is not solely the environment where food is grown, but also the socio-cultural-culinary system that generates both the innovations and demand for the food itself.

This community simultaneously sees that its unique place is nested within larger ecoregions, climactic zones, and Earth herself — it perceives a functional global diversity, and works to cultivate reciprocal relationships with other unique places around the world.

Investors whose aim is to regenerate life understand at a deep level how the fooding process works in a place. Not just food, which is a static and finished object to be consumed, but fooding — the whole living mosaic of interwoven processes that result in nourishment of all beings in a place. Here is one lens through which to consider the value-adding process of fooding as a whole:

Isn’t this just a supply chain? No! Chains don’t exist in nature — read more here.

Investments are made to grow the capacity of actors across all phases, or strategically targeted at specific phases that can unlock the potential of others.

On the surface, it would seem easy to suggest that investors working from the Regenerate Life paradigm would focus on businesses that are engaged in physical regeneration: regenerative agriculture or agroforestry enterprises (e.g. Ejido Verde), broadscale ecological land managers (e.g. Grasslands LLC), 3D regenerative ocean farmers (e.g. GreenWave); or food product companies that have made commitments to regenerative agriculture like General Mills, Danone, Patagonia Provisions, or dozens of others.

However in practice, individual investments will vary radically from investor to investor and place to place. In one bioregion a farmers cooperative and food processing hub might be the key to uplifting ecosystems and livelihoods, while a rural entrepreneurship incubator and culinary agritourism cluster might energize demand and market development in another.

Ultimately, investments at this level are not defined by what is invested in, but by their success in evolving human capacity and their ability to unlock the potential of a place or system.

Conclusion

In a regenerative economy, food systems investing does much more than generate financial capital returns (Value Return), reduce the harm of food product supply chains (Arrest Disorder), or promote practices that have small-scale positive impacts (Do Good).

The economy actively develops the capacity of all people, places, and organizations to be creative and consistent investors in their own food system, while simultaneously crafting conscious reciprocal relationships with the other place-sourced food-systems of the world. The economy’s policies, management, and infrastructure are designed to educate citizens and businesses, and to evolve the means of ongoing wealth-generation for all entities in a way that expresses the unique essence of each place.

In a regenerative economy,

  1. Investors work from a Regenerate Life Paradigm
  2. Local actors, including individuals, families, businesses, institutions, and other entities have the personal agency to see their every decision as an investment and therefore themselves as investors
  3. Communities, cities, and bioregions organize their resources to catalyze investment across all phases of the fooding value-adding process

After exploring the why, how, and whatof these four levels of paradigm, I invite you to consider the following questions: What paradigm are you currently investing from? What paradigm do you want your investors or LPs to be investing from? What would it take for you to evolve your collective approach? Where might you start?

Regenerative Agriculture, Biodiversity and Planetary Health

Over the last 8 months, my role as Chief Innovation Officer at HowGood has given me the great fortune to learn from some of the most brilliant minds in food and agriculture today.

As part of our Online Innovation Series, I interviewed an incredible array of corporate decision-makers, academics-turned-activists, world-renowned chefs, NGO innovators, and global thought leaders. And we recorded them all on video, so you can learn from their seasoned wisdom and cutting insights on the direction our international food system needs to head.

Here’s the full line-up, divided into topical focuses:

Biodiversity

  • Pierre Thiam @ Yolele – Crop Commercialization
  • Tyler Gage @ Terrafertil/Nestle – Scaling Biodiversity
  • Mike Lee @ Alpha Food Labs – Designing Products from Ecosystems
  • Arthur Gillet @ HowGood – Measuring Biodiversity & The Carbon Opportunity Cost

Regenerative Agriculture

  • Gina Asoudegan @ Applegate – Investments & Infrastructure
  • Tina Owens @ Danone – Regenerative Dairy
  • Eric Toensmeier @ Perennial Agriculture Institute – Agroforestry & Industrial Crops
  • Rebecca Burgess @ Fibershed – Regenerative Fiber
  • Jay Watson & Steven Rosenzweig @ General Mills – Advancing Regeneration: Principles and Outcomes
  • Lauren Tucker & Jesse Smith @ White Buffalo Land Trust – Regenerative Product Development

Planetary Health

  • Emma Chow @ Ellen MacArthur Foundation – Circular Economy of Food
  • Wesley Wilson @ World Economic Forum – The World Economic Forum Perspective
  • Jane Franch @ Numi Organic Tea – Regenerative Packaging

All of the videos are freely available to view at HowGood.com/Online.

We’ve also launched the next iteration of the series with a new stellar lineup; you can register for the upcoming events here.

Finally, for brands, retailers, and suppliers interested in moving towards Regenerative Supply of agricultural goods, I have launched an invite-only Community of Practice. Email me to request an invite.

Levels of Biodiversity

The brilliance of biodiversity: A red-fleshed appe variety (‘Alma-ata’) from the wild apple forests of Kazakhstan.

Finally, biodiversity is having a moment.

At the UN Climate Action Summit in September, Emmanuel Faber, CEO of Danone, announced the launch of the One Planet Business for Biodiversity (OP2B) coalition, stating, “We thought we could engineer the life that we needed and kill the rest in the fields. The resulting monocropping consequences are standing right in front of us.”

Government and large-scale business decision-makers are coming to terms with two sides of a coin of ecological reality: Biodiversity has immense inherent value on our planet, AND the ongoing devastation of biodiversity will drastically decrease global human quality of life.

Biodiversity is a key factor in the earth’s provision of ecosystem services — including biomass production, nutrient and water cycling, and soil formation and retention — but the ongoing, mounting losses to biodiversity are not simply an environmental issue. The IPBES Global Assessment Report on Biodiversity and Ecosystem Services states that “Current negative trends in biodiversity and ecosystems will undermine progress towards 80% of the Sustainable Development Goals, related to poverty, hunger, health, water, cities, climate, oceans and land.”

I can assure you: this article isn’t a fear-mongering account of the real-life implications of biodiversity loss. Rather, this is an invitation — for companies, growers, and consumers — to take stock of your current understandings of biodiversity and situate them in a more encompassing and holistic framework.

WHAT IS MISSING FROM THE CONVERSATION ABOUT BIODIVERSITY?

This level of global acknowledgment is a hopeful sign. However, it is critical to note two major limitations to how biodiversity is currently being approached.

  • Limitation #1: In the business community, “biodiversity” is often understood and recognized as “the diversity of agricultural crops used in our products.” From this lens, oats or lentils become “biodiverse” crops because they are less common agricultural commodities, even if they are still grown in industrial-scale chemical monocultures.
  • Limitation #2: In the academic community, a well-established categorization limits biodiversity to the confines of three levels: genetic diversity within a species, species diversity within a population, and ecosystem diversity within a region.

The academic approach offers more nuance than the business perspective. But in the context of increasing attention for biodiversity, there is an opportunity here: We can significantly enhance the impact of our strategies and actions by evolving the framework through which we work. The following eight-level understanding of biodiversity offers a new lens that can spark improved design and creativity towards positive global impact.

A NEW APPROACH: THE EIGHT-LEVEL BIODIVERSITY FRAMEWORK

Corporate decisions about product design, raw materials, farming practices, and sourcing standards have significant impacts on all levels of biodiversity, and potential outputs vary accordingly. While each level can be a source of innovation — for ingredients, flavors, chemical compounds, and even culinary creativity — companies must design for net-positive impacts on biodiversity or risk serious destabilization to their supply chains and the global stock of natural capital upon which all life depends. 

GLOBAL BIODIVERSITY

This level accounts for the sum total of life and total variability of life forms on Earth. It’s where we identify endangered and threatened species and map biodiversity hotspots. At least 10,000 species are going extinct every year. Addressing the long-term consequences of biodiversity loss through the lens of this level is critical in fighting to work against species extinction for global health.

This map (NatureMap Explorer) focuses on the Global and Ecoregion levels of Biodiversity. Many others are available, including the World Database of Key Biodiversity Areas and the Global Forest Watch map.

ECO REGION BIODIVERSITY

Here, we look at biodiversity across an entire region, taking into account the makeup of the land and the richness of species across it. Most rarefied and sought-after provisions, from a Bordeaux wine that can only come from Bordeaux, to a Parmiagianno Reggiano that can only come from Parma, these are the products of the unique eco-regions and cultural histories from which they are cultivated. When biodiversity is supported at this level, there is potential for great culinary creativity — new dishes, new products, new remixes of ancient foods — that can emerge from healthy ecological-cultural complexes.

LAND USE BIODIVERSITY

This level looks at land in terms of form and function: the types of land that can exist in a given watershed and the diversity in how those pieces of land are used. In a given watershed, does there exist land that is being maintained as an old-growth forest, converted into a tree crop farm, or developed into an urban garden? How do those landscapes integrate and interact? An ecosystem composed of diverse landscapes with different functions directly supports nutrition and food security.

Land Use Biodiversity in tropical agro-ecosystems. Photo from Pexels.

SPECIES BIODIVERSITY

Species biodiversity accounts for the differences within and between populations of species as well as the variety of species within a habitat or region. It is critical that we observe interactions among and between species to understand how anthropogenic actions are affecting an ecosystem. We’re currently in the midst of the sixth mass extinction of species, losing species at up to 1,000 times the natural rate of 1–5 species per year. 99% of threatened species are at risk of extinction from the effects of human activities. Continuing to address biodiversity at the species level can create intact ecosystems and the evolution of new crops through wild cultivation.

AGRICULTURAL BIODIVERSITY (AKA AGROBIODIVERSITY)

This is the level of diversity that most product manufacturers identify as the sum total of biodiversity. Promoting agricultural biodiversity is indeed important: while more than 6,000 plant species have been cultivated for food, only 9 species account for 66% of total crop production. Increasing agricultural biodiversity doesn’t just improve the variety of our diet, but enhances soil and water health, increases pest and disease resistance, and reduces the need for external inputs.

Brands are taking a step in the right direction. Lush Cosmetics is reintroducing native crops and reducing land conversion on smallholder farms in Guatemala, while integrating a breathtaking array of underutilized plants into its diverse products. Smaller brands like Kuli Kuli, Yolele, and Global Breadfruit are rapidly increasing market demand for lesser-known food crops. We know that seeking to achieve greater agricultural biodiversity can lend itself to the development of lesser-known flavors, textures, and scents.

However, the popular inclination to concentrate biodiversity efforts solely at the agricultural level can be limiting. Not only are companies who confine their scope to the agricultural level missing out on the positive impacts made possible only by addressing other levels, but they are ultimately foregoing innovation, creativity, and market differentiation in their products. There are clear benefits to both the brand and the planet.

Genetic diversity in carrots. Photo from USDA via Wikimedia Commons.

GENETIC BIODIVERSITY

Genetic diversity, the variety of genes within a species, is critical: high genetic diversity allows for species to maintain resilience against pests and pathogens and adapt to changing environments. Of the over 10,000 varieties of apples that have been ever cultivated, only 100 are now grown commercially in the US, and only 15 account for almost 90% of national production. Addressing genetic biodiversity can produce different varieties of crops, colors, and flavors, with different tastes, resistances, and nutrient profiles.

MICROBIAL BIODIVERSITY

The health of all living things — of the soil, the microbiome of animals, the leaves of trees — is indicated by and depends on its microbial composition. Healthy soil is resilient, teeming with bacteria, fungi, algae and protozoa, and is able to cycle nutrients and make them available to organisms. Some of the most treasured heritage foods in the world are a product of the unique sets of microbes that live within the soil in which it is grown. Innovation at the microbial level is directly responsible, for example, for the lactobacillus bulgaricus bacteria in sour beer and probiotic yogurt. Allowing for a diverse set of microbes to flourish in the soil can give way to creative fermentation and novel processing.

CHEMICAL BIODIVERSITY

Brands are realizing the myriad of opportunities at the chemical level in creating new compounds, nutrients and bioactive functionals that can boost skin health, heart health, and digestion. Cultivating a diverse variety of grapes can produce a wider range of wines packed with different antioxidants, while developing diverse probiotics can maintain a healthy skin microbiome. A greater biodiversity of food can create a greater variety of chemical compounds, each with its own set of benefits for human and ecosystem health.

WHY SHOULD BRANDS PAY ATTENTION TO BIODIVERSITY?

Quite simply, because biodiversity loss benefits no one. Most current agricultural practices and the majority of the ingredients in our food are significant contributors to global biodiversity loss.

Orangutan, whose habitat has been significantly reduced and continues to be threatened by industrial-scale palm plantations in southeast asia. Photo by Dawn Armfield on Unsplash

Take palm oil, for example. It thrives in the tropics, is largely grown as a monoculture, and is in approximately 50% of consumer products. Its production requires large-scale land conversion that not only increases greenhouse gas emissions, smoke-haze and water pollution, but also affects at least 405 species globally, 193 of which are critically endangered, endangered or vulnerable. Despite the attractiveness of short-term financial gain, no one profits from species going extinct.

Brands are beginning to understand the impending threat of biodiversity loss and realize the opportunity for greater market growth and differentiation in their products. The OP2B coalition, formed by 19 companies with combined total revenue of $500 billion, is pledging to diversify their product portfolios and initiate large-scale change across their brands. Emmanuel Faber of Danone promised: “Using the thousands of brands we have in our [OP2B] portfolio, we will create a demand for a variety of crops, of species, of traditional seeds that are forgotten today, that are dying.”

Measuring progress in biodiversity impact can be difficult, but incorporating it as a key performance indicator will prove to be transformative. Brands that utilize metrics for tracking biodiversity, then subsequently place an emphasis on improving their practices across multiple levels, will inevitably put into motion a multiplier effect of positive impact on sustainability.

Crossroads by Ely Penner

We’re at an exciting crossroads. Choices are being made today that will impact our planet for generations. Companies must soon decide: Will they continue to turn a blind eye (or support gentle greenwashing) to the agriculture-driven damage to global biodiversity? Or will they adopt a more whole-systems viewpoint to create positive impacts on multiple levels of life?

Cross-published on HowGood, Medium, and LinkedIn.

Regeneration Newsroom August 2018

Indian Farmland - Transitioning to Regenerative Ag Soon?

Curated top stories in Regenerative Agriculture, Business, and Investing • ethansoloviev.com

20 Million Acres Transitioning to Regenerative Ag, World Bank Promotes Agroforestry, $40 Million Raised…

Indian Farmland - Transitioning to Regenerative Ag Soon?

Regenerative Agriculture

Carbon Farming Works. Can it scale up in time to make a difference? – Link

Towards Regenerative Fashion: Stony Creek Colors grows Indigo for blue dye on former tobacco fields in Tennessee USA, scales up operations, and claims to improve the soil. Read more at https://stonycreekcolors.com/ and even buy their dye on Amazon!

Here’s a short & sweet primer on carbon farming, mislabeled as regenerative agriculture:) Larger and larger venues picking up on the concept, exploring it with great interest and low rigor. – [Link]

Succinct introduction to regenerative agriculture in ‘The Conscious Carnivore Guide’ from the New Food Economy. – Link

There’s slow but steady news of small farms aiming for regenerative agriculture trickling into mainstream press: Like here from western Canada, here from southern Minnesota USA, and here from North Carolina USA.

This industrial greenhouse operation growing growing mostly non-organic with chemicals claims they will go regenerative… I’ll believe it when I see it! – Link and Link

Ben Dobson and the good folks at Hudson Carbon offer a new write-up (kind of like their extended definition) of regenerative agriculture. Includes some interesting ecosystem-derived insights. The group’s practical on-the-ground work and scale are outstanding, though I think their mostly-soil focus misses the deeper layers of Regenerative Agriculture that are possible. – Link

You can now grow monoculture corn, till, spray pesticides, not be organic, not necessarily increase soil carbon, and still be a “Regenerative Farm”. Amazing how fast the watering-down is proceeding. – Link

Aside from the flagrant mis-use and banalization of “regenerative”, the results from this peer-reviewed article are awesome and encouraging! Turns out basic conservation ag practices increase farm profits and have some positive effect on biodiversity. – Link

Some quotes from the article [brackets are my addition]:

  • “Pests were 10-fold more abundant in insecticide treated corn fields than on insecticide-free [so-called] regenerative farms,”
  • “[So-called] Regenerative fields had 29% lower grain production but 78% higher profits over traditional corn production systems”
  • “Profit was positively correlated with the particulate organic matter of the soil, not yield”
  • “Simply applying individual regenerative practices within the current production model will not likely produce the documented results.”

Are 20 million acres of land really going to transition to regenerative agriculture? Here’s a UN project scaled with massive government support and an innovative public/private financing system. World Agroforestry Centre involvement; key will be “placing farmers at the forefront of knowledge creation and dissemination.” – Link

Podcasts

(Top podcast this month) Investing in Regenerative Agriculture –  My friend Koen van Seijen interviews up-and-coming organic grains powerhouse Pipeline Foods. I recommend listening to his whole series. – Link

Investing in Regenerative Agriculture Podcast

Rodale Institute scientists explain their case for regenerative ag. Rodale’s perspective is mostly focused on tried-and-true organic farming practices that produce small increases in soil carbon – there’s a lot more that can be done if trees are added to the mix through agroforestry. – Link

Ecosystem Diversity Prevents Insect Pressure with John Kempf. – Link

A Cattle Farmer & Consultant jam on regenerative ag. – Link

Agroforestry

World Bank leads an effort to promote agroforestry for major commodity crops (Corn, Soy, Palm Oil), also explores crops that should be grown in agroforestry systems (Cocoa, Coffee, Shea). – Link

Propagate Ventures Interviewed on their agroforestry investment model. These guys are fun. – Link

Investing

Food Tank interviews Wood Turner of Ag Capital, who have recently adopted the term “Regenerative Agriculture” without any apparent change in their large-scale monoculture operations. The perennial nature of their crops (Hazels, blueberries, citrus) does indeed make them more likely to have a net-positive impact — but as far as I can tell they haven’t documented it, or done anything deeper than using a new word. Nevertheless, this is a good read. – Link

3 Trillion committed to invest in “companies that factor climate risks into their strategies”. While at first glance this might seem great, it will not lead directly to regenerative agriculture or even much change from business as usual – many global petroleum companies put a lot of focus on upcoming climate risks… – Link

Wide Open Ag raises $5m (AUD) in IPO on ASX exchange. Company claims to be doing “diversified, regenerative agriculture”. They use the “4 Returns” Framework developed by the Commonlands Foundation. – Link

$15m Raise – Midwestern Bio-Ag is a stalwart in good organic agriculture practices, products, and support. They’re partnering with General Mills (including a multi-million dollar investment) on the Gunsmoke Farms project, which while touted as “regenerative.” Looks like it will basically be organic. – Link

Six Lessons from Investor Survey As land-grabbing continues and local communities fight back, it is imperative for investors to consider land rights when making agricultural or natural resource investments. USAID surveys the field and presents 6 key findings. (They’re kind of obvious :/ but it’s a good start.) – Link

Related, and more interesting:  Indigenous peoples manage or own more than 25% of earth’s land?!? Thank goodness. – Link

Carbon Negative Sail Cargo

Sail Cargo – Here’s a far-out investment opportunity from the past, for the future. Carbon-negative sail-trade of regenerative agroforestry product. I recommend going through the investor booklet. – Link

Regenerative Business

Leadership is not about motivating or inspiring people. Wait, what? – Link

This business has been rocking it for a while. Great article on Dr. Bronner’s regenerative agriculture work – Link

Herbal infused drink-maker REBBL raises $20 million to continue growing – Link

Competition for regeneration – Still a long ways to go until a functional business sprouts here, but the initial numbers sound good… Link

Ethan Soloviev’s big-picture interpretation of this month’s news:

“Regenerative” Agriculture has within the last 6 months exploded beyond it’s previous audience and advocates, who were primarily in the permaculture and holistic management communities. With its quick expansion has come immediate watering-down, with most people now thinking that regenerative agriculture just a few basic conservation agriculture practices. (I beg to differ – see this white paper for details.) Even non-organic farms practicing tillage, using insecticides, and not certified organic can be “regenerative” – without regard for whether or not they are actually regenerating anything.

Following General Mills’ lead, other Ag & Food business conglomerates will also announce “regenerative” initiatives. I predict that Bayer-Monsanto and others will start promoting “Regenerative” agriculture within 24 months.

What does this mean? The greenwashing will continue to grow in scale and brazenness. The farmers and entrepreneurs working towards deeper levels of regenerative agriculture will continue their work with integrity, but it will be harder for them to stand out and differentiate their offerings. Certifications like the “Regenerative Organic Standard” won’t do much to help, because their checklist-format criteria can’t account for the unique brilliance of individual farms and farmers.

I hope I’m wrong. Stay tuned in the coming months to find out.

                           – Ethan Soloviev

 

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Financing Regenerative Agriculture

Financing Regenerative Agriculture

Gary Paul Nabhan invited me to keynote the annual Food & Finance Forum in Arizona. I took the opportunity to juxtapose different Levels of Regenerative Agriculture with the most-used financing strategies currently available. The result? See for yourself below:

As I say around half an hour in, send me an email if you want to read the full Levels of Regenerative Agriculture white paper.

Here’s a little preview of the 5 paths to financing agriculture that I discuss in the talk. More details starting around 33:30 in the talk.

Agriculture Financing Paths

The Q&A starts at 57:26 – some great questions from the audience. I discuss the problems of ranking & rating systems, how to face the concentration of wealth and power in the hands of a few, and why we can’t just “go back” to ancient sustainable agriculture.

Got more questions on this talk? Let me know in the comments below.

The End of Supply “Chains”

“Supply Chains” are the current dominant concept of how all material goods are exchanged.

It is an out-dated and damaging concept, born in the time of colonization and ossified in the industrial revolution.

Sugarcane plantation, 1800’s

Consciously or unconsciously, the term “supply chain” directly recalls the early capitalist era of colonization, where traders and landowners literally used slaves in chains to supply agricultural commodities to their expanding empires.

The term is used ubiquitously now to describe how companies get the materials they need to produce their products, but it contains and encourages several significant errors:

  • The phrase comes from a mechanistic paradigm, where complex human and ecological systems are treated as if they are machines. Chains do not exist in natural systems. (Reference: The Responsible Entrepreneur).
  • Chains are linear, made of metal, hold things secure (or in bondage), and facilitate uni-directional movement. These characteristics do not match the complex multi-directional network of exchanges and relationships through which materials actually flow.
  • Supply chains are mechanisms of one-way extraction: they strip value out of a place and bring it elsewhere, often in an inequitable exchange. Described through the framework of 8 Forms of Capital, financial capital is exchanged for quantities of living and material capital, while simultaneously degrading living, social, and cultural capital.

A global economy incentivizes the movement of agricultural goods and laborers around the world. So in our current world, “supply” still needs to occur.

How can we break the chains, and move towards a regenerative system of supply?

  1. The first step is to shift from “supply chains” to “supply webs,” with greater multi-directional interconnections, redundancy and resilience.
  2. The next step is to participate in the creation of regenerative supply webs, where suppliers and buyers collaborate to consciously regenerate agriculture systems, and develop and empower communities.
  3. Finally, the concept of “supply” transforms into ongoing value-addition of all entities for all entities. These regenerative producer webs are complex networks of enterprises that produce and exchange goods and services in a way that continuously adds value to each other, their customers, their investors, and the Earth.
Copyright 2017 © Terra Genesis International

What method of supply is your business using? What paradigm are you thinking through? What’s your next step towards regeneration?

This article is an edited excerpt from the white paper Levels of Regenerative Agriculture, available for download from www.terra-genesis.com

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