Greta and Sallie

A new decade is upon us. It is the most crucial decade in the history of our species in terms of dealing with climate change. Even if the COVID-19 pandemic might be occupying the bulk of our collective awareness at this time, it is climate change and what we do or fail to do in the next 10 years about it that will define our future and determine whether the homo sapiens experiment will come to an early end or endure past the year 2100.

Two amazing women represent for me the ethos of this time – Greta Thunberg on one hand and Sallie Calhoun on the other.

Greta is a 17-year old Swedish climate activist with Asperger’s, a diversity which is actually her superpower since, unencumbered by social pressures to remain in denial about it, she is able to express with great clarity the gravity of the climate crisis we are facing and the scope of the actions required to address it.

Here is her talk at the COP25 in Madrid in December 2019 – a prophetic clarion call to action. Commitments by developed nations to reach a carbon neutral economy by 2050 are revealed by Greta as little more than clever accounting and creative PR in light of the fact that, at current emission rates, our collective carbon budget will be exhausted by the end of this decade. The politics required for changes appropriate to the challenge at hand do not exist at the moment – says Greta. While we collectively work on bringing about the politics required for the preservation of a habitable Earth, Sallie Calhoun shows us how to individually rise to the challenge through our investments.

A successful Silicon Valley tech entrepreneur, Sallie Calhoun put her financial resources at the service of addressing climate change by restoring the fertility and therefore the carbon absorption capacity of US agricultural land. She calls her engagement in philanthropy, impact investing and regenerative agriculture the No Regrets Initiative.

I see Sallie as embodying the type of behavioral change Greta is advocating as commensurate with the climate challenge we face. If only 20% of all financial capital were to be deployed in the manner Sallie deployed hers we would be well underway in reversing the effects of climate change and ensuring a habitable Earth for the long haul.

Here is Sallie’s E F Schumacher lecture on October 27th 2019 in which she recounts her journey from her early years as a Southern girl more interested in science than the female role models presented to her as appropriate for her gender and age, to her exciting and successful career as technologist during the golden years of Silicon Valley, to the transformation of her financial windfall into a tool for addressing the biggest existential challenge we are facing collectively.

As soon as her talk was published I found myself watching it three times. If at times you feel in the throes of worry or despair, you will find in Sallie’s talk a powerful antidote.  

After leaving the finance industry, I spent the last decade trying to help people connect the dots between our investments and the challenges we face, not only in terms of climate change but also the erosion of democracy, increasing wealth and income inequality and the destruction of natural ecosystems. Sallie’s example is a powerful reminder that it’s possible to turn financial resources from a tool of extraction into a tool for positive transformation and healing.

If you are curious to explore turning your own investment portfolio, or that of your clients, into a transformative tool to build a more just and healthy future for all, consider attending my course Towards Aware and Values-Centered Investing offered periodically through Money Quotient University or attend my webinar series Align Your Investments With Your Values which you can take at your own pace. The first course is designed for financial planners but is open to individual investors as well while the webinar series is designed for DIY individual investors.

You can also reach out to me for a free phone consultations if you are unsure about the DIY route or need some guidance and resources.

It is in moments like this, I am referring here to the COVID-19 pandemic currently raging around the world, that we pause and revalue how we act in the world through our purchases and investments. Let’s move towards supporting what is essential work and towards aware and no-harm investing!

Stay safe.

How do we Deal with Climate Change? By Restoring the Hydrological Cycle!

I recently found out about the work of Walter Jehne and I was blown away.

Walter is a retired soil biologist from Australia who has created a new framework for dealing with climate change that combines multiple fields of science and provides a clear path for navigating the existential challenge we face.

It turns out that even an immediate cessation of all carbon emissions would not be enough to deal with the challenges presented by climate change. We need to mimic nature to restore the hydrological cycle on a planetary scale in order to cool the planet while we go about moving the excess carbon out of the ocean and the atmosphere and back into the soil – a task that will probably take humanity a few centuries.

Here is a short talk by Walter on the topic.

[embedyt] https://www.youtube.com/watch?v=eiPDUDT9HjA%5B/embedyt%5D

The Natural History of Water on Earth

Here is the big picture.

According to Walter, we receive 342 Watts per square meter of incident solar radiation (ISR) each day but only 339 W/m2 leaves Earth because some of the heat re-radiated by the Earth gets trapped in our atmosphere due to the greenhouse effect. The main culprit has been identified as CO2 concentrations in the atmosphere which has been increasing due to human activities – primarily our land management practices (deforestation, industrial agriculture, desertification) and the burning of fossil fuels. As a reference point, the pre-industrial level of CO2 concentration in the atmosphere was 280 parts per million (PPM), now in excess of 400PPM

We clearly need to stop emissions of COand in fact we need to draw down carbon from the atmosphere back into the soil. But dealing with carbon alone will not do the trick. As we draw carbon down from the atmosphere into the soil, the ocean, which has acted as a massive buffer and has acidified in the process, will rebalance and release carbon back into the atmosphere. Even in the best-case scenario, it will take humanity at least a century to rebalance the three carbon pools (ocean, atmosphere and soil) to restore the 280 PPM of COin the atmosphere that we need for a stable climate.

In other words, we have to handle the increased energy in the atmosphere due to the average daily 3 W/m2 imbalance mentioned above and the resulting climate instability for more than a century.

The key to Walter’s insight is that carbon (CO2) mediates less than 5% of the total energy in the atmosphere; 95% of the total energy is governed by Earth’s hydrology!

It turns out that COconcentration of 400PPM and even 500PPM (which we are almost certain to reach before we turn this big carbon ship around) is not going to kill us – only COconcentrations in excess of 10,000 PPM are lethal to humans.

The real issues are more powerful storms, rising oceans, aridification and the effect on food production, higher temperatures and more violent weather events. To address all of the above while we go about the long drawn process of rebalancing the planetary carbon pools, we need to understand and manage the hydrological cycle.

The punchline is that we need to engage in a planetary effort to restore the carbon sponge in the soil to take advantage of the cooling effect of plants’ transpiration.

Vegetation acts as a powerful hydrological air conditioning system – each gram of water that is transpired moves up to 590 calories of heat from the ground to the upper atmosphere. Through the process of water transpiration, forests and vegetated landscapes are currently transferring 24% of the ISR (incident solar radiation) back into the upper atmosphere. Unfortunately, we humans have created 5B hectares (one hectare is 2.47 acres) of deserts by cutting down 75% of the original Earth’s forests, thereby reducing this powerful cooling effect.  The clearcutting of forests should now be considered ecocide and a crime against humanity.

Our task now is to extend the longevity of green growth to keep transpiration going and to expand plant cover.

Keeping the ground covered by vegetation at all times is important for a couple of reasons. One is to maximize the land area that can act as a natural air conditioning system through the process of pants’ transpiration. The other is to keep the ground cool since soil covered by vegetation is much cooler than bare soil.

As exposed soil is quickly warmed up by ISR it endangers the microbes in the soil responsible for soil fertility, water retention and proper soil structure. The result is often soil erosion including the creation of soil dust in the air that acts as aerosol nuclei for vapor hazes in the air. It turns out that water vapor in the atmosphere represents 60% of the greenhouse gases (GHG) while COrepresents only 20% of GHG.

We also know that every bit of solar energy that hits the soil is re-radiated out to space as infrared-long wave radiation and that part of this re-radiation is trapped by GHG in the atmosphere.  The amount of re-radiation is governed by the Stefan-Boltzmann equation (J* = σ T4) linking the amount of re-radiation to the fourth power of the temperature.

It’s clear therefore that merely dealing with CO2 concentrations in the atmosphere is  insufficient in handling the global warming effects brought about by the 3 W/m2 of energy imbalance mentioned above.

While it is imperative that we reduce CO2 emissions, a much more powerful way to handle the planetary heat imbalance is to reduce the amount of re-radiation in the first place by keeping the ground cool. We can also reduce the amount of re-radiation that gets trapped in the atmosphere by reducing hazes particles and water vapors.

Now how to reduce the water vapor and persistent hazes in the atmosphere?

The key is to condense the water vapor into high albedo clouds which can reflect up to 120 W/m2 of the ISR and more importantly can close the hydrological cycle by bringing the water back to the land as rain. To accomplish this we need to aggregate millions of water vapor particles and haze particles into a drop of rain with the help of rain nuclei.

There are only three types of rain nuclei. The first are salt particles emitted into the air mostly by the oceans’ wave activity. The second are ice crystals that form at high altitudes or at high latitudes. But by far the most important rain nuclei are hydrophilic bacteria hitching a ride to the atmosphere through plant transpiration. The rain then clears the water vapor and persistent hazes from the atmosphere allowing more of the re-radiated heat to escape into the upper atmosphere and rehydrates the landscape, recharging the soil carbon sponge that supports and extends the ground vegetation.

The bottom line is that restoring the hydrological cycle on Earth will allow us to manage the effects of global warming by restoring the carbon sponge in the soil, therefore extending the activity of plants that are not only the most powerful hydrological air conditioning system on Earth but are also the best carbon pumps available to draw carbon out of the atmosphere and back into the soil.

The effects of increasing the soil carbon sponge are greater water holding capacity (for each additional gram of carbon the soil can retain an additional 8 grams of water), more vegetation and therefore cooler ground (reducing the level of heat re-radiation), more fertile soil, and richer microbial communities in the soil providing more nutrient dense food.

If you have read this far, you must be intrigued by the work of Walter Jehne and interested in learning more. Your reward is this more extensive talk by Walter Jehne which I’m sure you’ll find fascinating.

[embedyt] https://www.youtube.com/watch?v=xbFApczmkl0%5B/embedyt%5D

Cooling The Climate and Restoring Ecosystems with Water Restoration

Besides learning more about the expanded framework Walter created, you can also make sure your investments are not still part of the problem and participating in the destruction of the remaining biological capacity we need to restore the hydrological cycle necessary to avert our species extinction!

If you have not already done so, you might want to consider attending my webinar series Align Your Investment with Your Values!

What Returns Could We Expect from Local Investing?

This is a key question that is often posed when talking about local investing, yet it is impossible to answer in a few words. To answer it properly I will take you on a little journey. First I will challenge the assumptions implicit in the question, then I will explore the meaning of return and finally I will attempt an answer.

First of all we must recognize that when someone asks what returns can one expect from local investing, one usually has some sort of expectation or comparison in mind. Most often the concept of expected return is associated with a particular asset class  – a group of investments that share similar characteristics and risk profile. Examples of asset classes are US stocks, US bonds, international stocks, international bonds, venture capital, real estate, etc., or subsets thereof, for example US small cap stocks, US large cap stocks, US short term bonds, US medium term bonds, US long term bonds, etc. In any case the common assumption is that investments that belong to the same asset class have similar risks, share similar characteristics and therefore have on average similar expected returns.

It is also common to assume that the historical return of an asset class is a reasonable estimate for its expected return going forward. More risky asset classes like venture capital are assumed to have higher expected returns than less risky asset classes like short and medium terms bonds.

In fact, over the last few decades the financial industry and specifically financial advisers and investment consultants seem to have adopted mythical “market rates of return” for the various assets classes which seem to abide by some sort of divine right of capital – a transcendent expectation impervious to the changing world we live in and sometimes even at odds with the actual historical performance of those asset classes. So, venture capital is somehow expected to generate between 15% and 20% return per year, stocks around 8%, real estate between 8% and 10% and so on.

It turns out that the performance of an asset class is very much dependent upon its valuation, its recent performance and the trend in interest rates (we have experienced an unprecedented secular downward trend in interest rates now for a few decades which boosted returns for most asset classes). For example, real estate in the US experienced a bubble in the years leading up to  2007 leaving the asset class overvalued and poised to deliver negative returns over the following few years. Similarly, technology stocks rallied in the late 90s and ended up grossly overvalued by the end of 1999 delivering large losses to investors who bought them at the wrong time.

In 2012 the Kaufmann Foundation ​published a study[1] by based on their 20 year experience investing in venture capital funds which revealed that on average venture capital funds failed to return investors’ capital after fees. This means that rather than delivering between 15% and 20% per year, venture capital funds delivered on average a negative annual return to investors!

I believe this is just the early sign, an omen that the whole world of investing has entered a completely different phase and that the future of investing will bear very little resemblance to that of the past.

Since I left the industry in 2009 I have been on a quest to understand the big picture and the large systems shaping society – the economic system, the global system of finance and the money and banking system.

The key conclusion I reached is that we now have too much investment capital chasing financial returns around the world and that historical returns and return expectations based on historical performance are no longer a valid guide for what we are likely to experience in the next few decades.

Let me explain.

Speaking epigrammatically, investment capital originates as money and money originates through an expansion of the balance sheet of central banks and private banks around the world. Central banks create money when they purchase assets, mostly government debt; the private banking sector creates money when it issues loans[2]. There is theoretically no limit to the amount of money and therefore of investment capital that can be created through this magic of accounting. The world is currently swimming in an unprecedented level of private and public debt and in an unprecedented amount of investment capital – these two facts are manifestations of the same process of money creation[3].

A study[4] published by McKinsey Global Institute in 2011 revealed that the investment capital in bond markets and stock markets worldwide amounted to $212 trillion – about 3 times the global GDP (the sum total of all goods and services produced that year around the world). About 50 years ago, investment capital in world stock and bond markets was about 50% of global GDP. Now, how can we expect this ever increasing amount of investment capital, whose growth has outpaced that of global GDP for more than half a century, to continue growing by generating positive financial returns?

If we use an assumption of expected return of 5% per year, more than $10 trillion would be required to deliver such return. In other words, about 15% of global GDP would be needed to deliver the 5% financial return just for the portion of investment capital invested in global stock and bond markets. Do we really believe this can continue indefinitely? That investment capital will continue to grow more rapidly than global GDP and swallow an ever increasing share of it as “market rate of return” [5]?

One likely scenario is a global balance sheet recession, similar to what Japan has experienced in the last couple of decades, caused by the recognition that large amounts of the global debt outstanding will default or never be repaid. Such contraction in debt outstanding will reverse the process that created money and investment capital in the first place and cause the shrinkage of the global stock of investment capital. In other words, an overall negative return for global investment capital is not only conceivable but in my view probable in the next couple of decades.

There is no denying that global investment capital has overall enjoyed strong financial returns in the last few decades. A recent study commissioned by the UN sheds some light on how those returns were generated, at least in part.

The Economics of Ecosystems and Biodiversity (TEEB) is an UN sponsored global initiative focused on “making nature’s values visible”. In April 2013 TEEB published Natural Capital at Risk: The Top 100 Externalities of Business[6] – a 15-year study conducted by TruCost to identify the world’s largest risk to the natural capital and to quantify in financial terms environmental externalities such as damage from climate change, pollution, land conversion and depletion of natural resources, across business sectors and at a regional level.

The study demonstrates that the profits of high impact business sectors would be wiped out if the costs of environmental damage and unsustainable natural resource used were accounted for. The study showed that in 2009 the global economy used $7.3 trillion worth of unpriced natural capital in the creation of about $70 trillion of total global economic activity (World GDP).

Nature of course does not charge us for the natural resources it built over the millennia – forests, underground aquifers, oil, coal, metals, etc. nor does she charge us for its ecosystem services– water purification, oxygen production, pollination, soil fertility, nutrient cycle regulation, climate regulation, etc. Not only have we humans taken advantage of the ecosystem services provided by nature for free but we have started dismantling the very natural capital that makes those services possible.

The $7.3 trillion worth of unpriced natural capital used by human economic activities in 2009 represents a subsidy to our global economy at the expense of nature’s integrity. We are effectively treating nature as a business in liquidation and converting its very assets into economic activity and financial returns.

While it is impossible to make direct measurements, it is eminently clear that part of the financial returns obtained by investment capital in 2009 were subsidized by the destruction of $7.3 trillion worth of natural capital.

The conversion of natural capital into financial capital has been happening for a very long time but the process has accelerated as the amount of global financial capital has grown exponentially for at least the last half century and with it the pressure to generate financial returns.

We also have to keep in mind that investment capital and more fundamentally the money that created it, is at the end of the day a claim on real things – goods and services created by the economy and other assets whether man-made or natural. Since there is no limit to the amount of money and therefore investment capital that can be created with the disembodied magic of accounting, since we know economic activity and financial returns have been subsidized by the destruction of the natural capital and since we are now experiencing the early signs of the stress our extractive practices have caused to natural systems (climate change, species extinction, pollution, deforestation, etc.) it is logical for us to conclude that the current gargantuan amount of financial capital will not experience going forward the type of financial returns it enjoyed in the last half century and in fact might shrink as the constructed reality of money and finance collides with the physical reality of a diminished biosphere.

Having realized that financial returns going forward, far from being guaranteed by some sort of “divine right of capital” might more aptly be characterized as a chimera, we are now ready to take a closer look at the very concept of “return”.

Most of us[7] don’t invest with the goal of being able to die with the largest possible amount of money and personal property. We invest to have money in order to satisfy our future needs and desires. What we really care about is what money can buy to satisfy our physical and psychological needs. It would be ironic if the investments we make today were undermining the very conditions that make the satisfaction of our future needs possible! Yet, that seems to be our destiny if we don’t expand the concept of return.

An example might help clarify this concept.

Carol Peppe Hewitt in her book “Financing our Foodshed – Growing Local Food with Slow Money” tells the story of the Chatham Marketplace in Pittsboro, NC. Chatham Marketplace is not only a well-established co-op grocery store committed to local sourcing but is also the social gathering place of this small town of 4,000 souls. Carol said that if you lived in Pittsboro and wanted to meet someone, all you had to do was hanging out at the Chatham Market and the person you were looking for would eventually show up.

The Marketplace launched in 2006 and was financed in part by a large loan at nearly 9% interest from an out of state bank.  The $300K balloon payment for the balance of the loan was coming due in 2012 and the bank, reeling from the recent financial crisis, had made it clear it was not going to renew the loan. No one was sure where that money was going to come from and the Marketplace’s future was uncertain. Carol, upon learning of the challenge to this beloved establishment, organized a team of local investors and formed an LLC for the purpose of buying out the loan from the bank and refinancing it at 5%.  By fall of 2011 a group of 16 investors living within 100 miles of the Marketplace had raised $400K, and they bought out the Marketplace’s loan from the out of state bank, a year ahead of its due date.

Net of administrative fees the investors are receiving a 4.5% return. The lower debt servicing costs have also greatly helped the Chatham Marketplace. Moreover the interest payments that used to leave the state are now remaining in the community.

It is important to understand that in this case the “return” to the local investors was much greater than the 4.5% they are getting in interest – without their investment they might have lost a beloved market and a place to gather; they might have also lost access to the locally grown produce and locally crafted food products they enjoyed. The disappearance of the Marketplace could have also caused the demise of a number of the 200+ local food producers in the area that counted on the Chatham Marketplace as an important distribution outlet, with significant negative employment and economic consequences for the local economy.

When we invest in local projects we can experience or understand intuitively the non-financial benefits of our investments – they are tangible to us even though they might not be precisely measurable.

Another example of the opportunity offered to local investors for expanding their concept of investment return is Community Foods Market (CFM) in West Oakland.

West Oakland is a predominantly black neighborhood in the San Francisco Bay Area that has suffered institutional discrimination and neglect for many decades. Polluting industrial facilities have been located there; red-lining policies have starved the community of bank credit for decades; the construction of the Bay Bridge in the 30s eliminated the economic activity generated by the ferry link between West Oakland and San Francisco; the construction of Interstate 880 cut West Oakland off from its downtown and further reduced its economic vitality; and predatory lending practices by large banks in the run up to the real estate bubble about a decade ago further impoverished the community.

The 28,000 residents of West Oakland have access to hundreds of corner liquor stores but not a single full-service grocery store in more than a decade. Brahm Ahmadi, a former resident of West Oakland and a passionate environmental and social justice advocate has taken on the challenge and worked tirelessly for the last decade to build Community Foods Market – a full-service grocery store that would serve and employ people from West Oakland. For about a year he went around the country trying to raise capital from angel investors and venture capitalists and even from “impact investors” with no success. He was offering preferred equity shares that would pay a 3% dividend.

Angel investors and venture capitalists use the following arithmetic when investing. They know that early stage companies are risky and most of them will not succeed. In other words they know that between 6 and 7 out of 10 of their investments will result in a complete loss. One or two will do okay and return the capital and possibly a modest return, while one or two will be big winners and return 5 to 10 times their capital compensating them for the losses incurred in the majority of their portfolio. When they invest they therefore look exclusively for companies that have the potential for rapid growth and for delivering 5 to 10 times the original capital (therefore a return between 500% and 1000%) in a few years. On a portfolio level they therefore expect to make between 10% and 20% annualized[8].

When angel investors and venture capitalists, and even so called “impact investors” looked at the CFM investment through the narrow lens of conventional finance they made the following assessment – this venture, as any early stage pre-revenue enterprise has at least a 50-50 chance to fail therefore generating a -100% return. If it succeeds it will return 3%. The expected return for this investment would therefore be  R = 50% * (-100%) + 50% * (3%) = – 48.5%. In other words, rather than the usual expectation that the investment might provide on average a return between 10% and 20% once adjusted for the risk of failing, this particular investment had a negative expected risk-adjusted return. No investor motivated exclusively by the prospect of financial returns would take on equity risk in a start-up company for the prospect of a 3% return if the company succeeds.

That’s why Brahm decided to register the security with the state of California through a DPO (Direct Public Offering) and offer it to the local community. The investment is a preferred equity stock offering 3% cash dividend but also a 1% in-kind dividend as a store credit once the grocery opens. Beyond these dividends, for local investors the non-financial benefits of having a full-service grocery store are very real and tangible. I am also an investor and, although I don’t live in West Oakland, I find it unacceptable having a food desert just a few miles from my house, in the middle of the food abundance of the San Francisco Bay Area.

Are we going to condemn all great projects like Community Foods Market that attempt to solve a social or environmental challenge but don’t provide sufficient financial returns to investors to the dust bin of great ideas that will never be realized? Or are we going to expand our idea of return so that we can build together the world we want to live in?

Local investing, by making tangible the non-financial returns and benefits of a business or project, offers the possibility of escaping the straightjacket of conventional finance and helping us remember that we invest to eventually enjoy the goods and services money affords us. Money is just a means to a greater end and investing itself can become a greater end than just accumulating financial capital.

Now we are at the end of our journey and able to provide an answer to the original question.

If we are talking strictly about financial returns, the original question is simply unanswerable since local investing is not an asset class. Local investing is very idiosyncratic and spans a very large and creative range of possible investments that do not share common risks and characteristics. A 3-year collateralized loan to an established bakery looking to upgrade its bread mixer is a completely different investment than an equity position in a local start-up creating a new nanotechnology-based coating to improve the efficiency of solar panels. A two-year loan to an established CSA with interests paid in the form of a monthly box of produce is completely different than a royalty loan to a compost company still in the prototype stage. Therefore it is not possible to talk about expected financial returns for local investing in general terms.

What we can say is that a community can unlock the benefits of local investing only if its local investors are able to transcend the straightjacket of strictly financial considerations and appreciate the rewards local investing offers in terms of local economic vitality and community health. Odessa Piper[9] said “local is the distance the heart can travel.” Within that distance the promise of local investing has the opportunity to blossom.

[1]We have met the enemy…and he is us – Lessons from Twenty Years of the Kauffman Foundation’s Investments in Venture Capital Funds and The Triumph of Hope over Experience” May 2012 by Ewing Marion (Kauffman Foundation)

[2] As this bulletin of the Bank of England states “…the majority of money in the modern economy is created by commercial banks making loans”

[3] More information on this topic can be found on my website

[4] Mapping Global Capital Markets 2011 – by Charles Roxburgh, Susan Lund and John Piotrowski (August 2011)

[5] Prof. Thomas Picketty, author of “Capital in the Twenty-First Century” certainly does not think so.

[6] Natural Capital at Risk: The Top 100 Externalities of Business

[7] A minority of the US population, mostly among the wealthy, is engaged in the positional game whereby a 50’ yacht becomes a liability as soon as a neighbor shows up with a 70’ yacht. Someone trapped in the positional game, will unfortunately never experience “enough” and will behave as if his/her ultimate life goal is to die with the largest possible amount of money and property.

[8] Let’s imagine 6 out of ten of their investments failed therefore generating a -100% return, two just returned the capital therefore generating 0% return and two were big successes, one generating 5 times and the other 10 times the capital invested within 5 years. The total portfolio return over five years would be R = 0.6 * (-100%) + 0.2 * (0%) + 0.1 * (500%) + 0.1 * (1000%) = 90%. In other words the investment portfolio almost doubled in 5 years for a (simple) annual return of 18% per year.

[9] http://en.wikipedia.org/wiki/Odessa_Piper

Making Human Survival Illegal – the Unintended Consequence of TPP

Imagine a world where global multinational corporations have the power to sue any government that passes laws or regulations that have negative impacts on their current or future profits. Imagine that they could bring the case to a private tribunal whose judges are private lawyers working for other large multinational corporations, who sometimes bring cases to the same tribunal on behalf of their corporate employer. Imagine that such private tribunals can override decisions made by the highest courts of the country being sued. Imagine that there is no limit to the amount of taxpayer money the tribunal can order the defending government to pay the corporation who brought the suit. Imagine that the proceedings of these tribunals are both secret and cannot be appealed.

Well, this is the world that twelve nations, including the US, will be living in if they ratify the Trans Pacific Partnership (TPP) — a deceptively named “trade agreement” that will have broad impacts on many aspects of social life in the countries that bind themselves to its dictates. If you think of the system of law in a particular country as its social operating system, then you could say that any nation which signs the TPP will effectively override its social operating system with one that elevates current and future corporate profits to the highest value of society.

The economic system on trial

On Sunday October 5th, 2014 the Bay Area Rights of Nature Alliance convened the first Rights of Nature Tribunal in the US. I participated as witness expert on the economic system. The ruling of the Tribunal called for defining new economic models, social systems and governance structures to create a new path forward that recognize the interdependencies of humans and earth systems. Below is my testimony.

We are here today for Chevron’s trial conducted through the lens of the Rights of Nature and I have been asked to provide expert testimony as economist. We know our current system of laws is also on trial today and I feel the economic profession and the mainstream economic theory it relies upon should be on trial as well.