Ecosystem Mutilation and Patching Business

Global corporations love intrinsically unsustainable monocultures that continuously generate new needs and necessities, hence new profit and monopolization opportunities. Picture source: wikipedia

Maybe you have already heard the term externalities in economics: Externalities are defined as harmful or useful side-effects of economic activities… For example pollution is a harmful side-effect of many industrial production activities.

Most economy books explain the harmful externalities as if they were unintended, unplanned and undesired side-effects. Corporations would certainly avoid these harmful effects if this were technically cheap and easy.

Unfortunately, this is not the whole story. Deliberately or not, many companies profit from the harmful side-effects of past business activities.

For example, industrial pollution creates new profit opportunities for industries like water purification, air purification and pharmaceuticals. Ruthless and unplanned urbanization create new revenue opportunities for many industries, including the toy sector (recreational widgets & gadgets), by simply limiting the outdoor playing grounds of children.

The expansion of the intrinsically unsustainable monocultures in agriculture creates new profit opportunities for global agrochemical corporations like Monsanto, DuPont and Syngenta, that sell tons of agrochemicals like chemical fertilizers, pesticides, herbicides and insecticides.

How could we explain this relationship between destruction and profit? What is the big picture?

Note that we are talking about harmful business externalities that have wide-reaching effects in time and location.

Corporations simply can’t earn money from a self-sufficient and sustainable ecosystem. What can you sell for a natural garden pond which is an almost complete (self-sufficient and sustainable) artificial ecosystem that doesn’t need human intervention?

What can a corporation sell to a traditional (or ecological) farming community which has a closed, self-sufficient and sustainable economy? They don’t need any GM seeds or chemical fertilizers, they don’t need any pesticides or herbicides, because they have a complete production ecosystem without any gaps at all in the physical and biochemical cycles.

Take permaculture gardens as an example, as almost self-sufficient and sustainable ecosystems for producing food. It must be clear that agricultural corporations should have no interest in promoting permaculture; they would certainly prefer industrial farming based on monoculture as deficient (not self-sufficient and unsustainable) ecosystems, because they can sell lots of equipment, gene technology (GMOs), widgets & gadgets, pesticides etc. in order to provide short-term solutions for the gaps and deficiencies of the ecosystem.

If these short-term solutions like pesticides cause new problems, hence new needs and necessities by further crippling the ecosystem -in most cases they do- so much the better; corporations can happily offer new solutions for these new needs and necessities. An endless chain of ecosystem mutilation and solution (technology) development means an endless flow of profits. In a sense, technology failure becomes a reliable profit source.

For an average urban person, whose connection with nature is rather limited, and whose mind is shaped by the modern human-centric, mechanistic and reductionist industrial education, it is very difficult to understand the following fact:

You can’t replace the complex biochemical cycles of nature that are based on extremely rich and dynamic (continuously evolving) biodiversity, by intrinsically mechanistic and reductionist human technologies. In other words, you can’t compensate for the gaps of an ecosystem with human-made things like tools, machines, computers or chemicals on a sustainable basis. You can’t replace evolving live by non-evolving dead matter however smart or intelligent it is.

We can now formulate the long-term strategy of ecosystem mutilation business (destructive corporations and their investors):

Destroy (mutilate) self-sufficient, healthy and sustainable ecosystems in order to create new needs and necessities (hence new profit and monopolization opportunities) so that even clean water or air should become a necessity that must be paid for.

Monoculture creates gaps and deficiencies in the ecosystem by destroying the solidarity and balance between different species. Transforming a sustainable polyculture (rich biodiversity) into an unsustainable monoculture (poor biodiversity) is one of the most common methods of ecosystem mutilation. Planned or not, deliberately or not… In most cases, this adverse transformation is promoted as technological progress, efficiency improvement or modernization.

Lots of monopolizable technologies like water filters, air filters, GMO seeds and agrochemicals can be sold (generally as short-term solutions that create new chain of problems) in order to compensate for the deficiencies of the ecosystem. This is in effect a business strategy for replacing the easily available and accessible (un-monopolizable) production technologies of nature by monopolizable technologies of corporations.

For example, in order to sell water as a corporation, you must first wait until all the available free water resources are somehow destroyed or polluted.

If a farm has sufficient biodiversity to keep all the crop pests in check, you must wait (as a corporation) until the biodiversity is somehow destroyed, so that you can sell pesticides to kill the pest enemies.

So, self-sufficient and sustainable ecosystems must first be mutilated (crippled) to create new needs and necessities.

Remember: Self-sufficient and sustainable natural ecosystems like natural forests, seas, lakes or coral reefs don’t need human intervention (human technologies, human work, human maintenance) for a continuous survival and production, because they are complete, or almost complete, in terms of biochemical cycles, thanks to the rich biodiversity they possess.

I want to mention two other examples: Aquariums and health sector

Aquarium companies and shops have generally no interest in promoting natural (low-tech, low-maintenance) aquariums because such aquariums tend to be quite self-sufficient and sustainable, and therefore don’t need much technology and human intervention. Aquarium companies and shops like crowded conventional (industrial, high-tech) aquariums, for which they can sell lots of fish, plants and equipment. Promoting big and demanding fish species like angelfish or discus as the height of advanced aquarium keeping is a subtle way mutilating the artificial ecosystem of an aquarium.

Assume, an honest, idealistic and competent government of a 3. world country reduces cancer cases significantly with clever public health policies, like improved environment, lifestyle, physical exercise and nourishment, that prevent many serious diseases including cancer. Do you think, big pharmaceutical concerns would support such governments, or do everything in their power to eliminate them? To be more concrete, do you think, Bayer would support a government which is against potentially carcinogenic Monsanto products (GM seeds and pesticides)?

In fact, the notorious Bayer-Monsanto pair is one of the most obvious and striking examples of ecosystem mutilation from the near history: Monsanto makes cancer, Bayer sells cancer drugs (see Dr. Vandana Shiva’s speech in YouTube: Why we need organic future? about 28. minute)

Written by Tunç Ali Kütükçüoğlu, 5. May 2019, Feldmeilen


NOTE: Critiques, comments, language & style corrections or new ideas are all welcome. You can leave your comments here, or you can reach me using the contact form.

This is a synthesis kind of article without direct references. When I look back, I think, these are the resources that inspired me most:

  1. After electrical engineering I studied economics and finance, so I know the intrinsicly humancentric, mechanistic and reductionist worldview of mainstream (neoclassical) economics and business world very well.
  2. Various books about philosophy and history of economic thought, including The Worldly Philosophers by R. Heilbroner
  3. My many years of experience with conventional (industrial) and natural (low tech, low maintenance) aquariums; my interest in nature, evolution and ecological agriculture
  4. Silent Spring by Rachel Carson, the depressing history of the poisonous DDT-based pesticides
  5. Collapse by Jared Diamond
  6. Who Really Feeds the World by Vandana Shiva
  7. A Little History of Philosophy by N. Warburton, the chapter about Hitler’s bureaucrat Adolf Eichmann “the man who asked no questions” as a striking example of narrow minded technical industrial education that mutilates imagination and empathy
  8. Small is Beautiful by E. F. Schumacher
  9. Auf Kosten Anderer (at the cost of others) by I.L.A. Kollektiv, a brilliant booklet about the global economic system and the industrial-imperial lifestyle (see
  10. Braiding Sweetgrass by Robin W. Kimmerer, her critiques about the humancentric, mechanistic and reductionist worldview that dominates modern (industrial) science
  11. The Wealth of Nature by John. M. Greer
  12. The concept of sub-optimization in mathematics, my experience with various optimization software, the importance of holistic view (i.e. including all relevant factors and parameters) in optimization problems
  13. Various academic papers from the field of ecological economics that criticize the mechanistic and reductionist worldview of mainstream economics that especially dominates the undergrad-level education at universities (Econ 101 and co.)

About tuncali

I began keeping aquariums as early as I was nine years old. Since then, I kept many aquariums and lots of fish, plant and invertebrate species. My favorite fish family is of course cichlids with their fascinating behaviors. My relatively new area of interest is low-tech natural aquariums as almost self-sufficient ecosystems that are I think ideal models for sustainable life.
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7 Responses to Ecosystem Mutilation and Patching Business

  1. tuncali says:

    Ecosystem Mutilation (and Crude Patching) Business is about destroying self-sufficient and sustainable ecosystems to create new needs, necessities and dependencies (like bottled clean water sold for money) as new profit and monopolization opportunities.

    Note that this destruction need not be planned or intentional. Also, the destroyer and the profiteer need not be the same persons or organizations. My blog article simply explains the dynamics of the global economic system:

    ecosystem destruction –> new needs , necessities and dependencies –> temporary (unsustainable) patches with mechanistic and reductionist human technologies –> further destruction –> further needs & necessities, and so on.

    Ecosystem mutilation and patching business is closely related with parasitic earnings that transfer wealth from localities and future into the hands of a few investors; i.e. just another mechanism for wealth concentration.

    Being aware of the ecosystem mutilation & patching business requires ecological literacy (i.e. knowledge about biology, evolution, ecology, anthropology and ecosystems including humans).

  2. tuncali says:

    Ecosystem mutilation business is about creating artificial scarcity of some goods and services. This can be done in two ways:
    1) Destroying ecosystems physically to create new needs and necessities. For example, creating demand for bottled clean water by polluting local water resources.
    2) Ideological manipulation (social engineering). For example, spreading an ideology of economic development and better lifestyle which is only possible with lots of shopping centres, asphalt roads and cars.

  3. tuncali says:

    There is an interesting article (info box) in Edible Forest Gardens Vol-1 by Jacke & Toensmeier, one of my favorite books about ecological agriculture and permaculture, on page 20: Box 1.1: Shifting the Burden to the Intervenor

    This article is closely related with ecosystem mutilation & patching business. A short paragraph from this article which explains, how an addiction to chemical pesticides is created in agriculture:

    “A good example of shifting the burden is the use of pesticides in agriculture. A farmer perceives a pest problem and intervenes in the system by spraying chemicals. This kills not only the “target” pest but also other insects and microbes in the soil and vegetation. The ability of the system, to maintain balance and control on its own then decreases. So another pest problem crops up, the farmer sprays again, and the cycle continues. For a time things seem better. In reality they get worse and worse. More pesticides, and stronger ones, become necessary over time. If the farmer stops spraying, the pests will increase out of control, and he or she will lose the crop, so addiction has set in. It takes time, effort, and understanding to rebuild a self-maintaining system. However, it takes much more effort to keep intervening over the long run.”

    You can download the pdf book (Edible Forest Gardens ) in internet. I highly recommend to download (or buy) the book to read the above mentioned article.

  4. tuncali says:

    I think, it is no coincidence that artificial human intelligence (specialist scientific knowledge + artificial computer intelligence) is mostly required in fields like biotech or genetic engineering, that are often deployed in the ecosystem mutilation & patching business.

    Because, patching business is about trying to replace (or compensate for the loss of) organic intelligence by artificial intelligence.

    Organic intelligence: The build-in, intrinsic intelligence of ecosystems or organisms that shape and control the development of ecosystems or organisms, together with the entirety of their complex inter-relationships and bio-chemical cycles.

    Social traditions -as products of cultural evolution- also resemble organic intelligence. Or maybe, we can also talk about social intelligence as a product of cultural evolution.

    As a kind of ecosystem mutilation & patching business, artificial intelligence can also try to replace social intelligence, which was mutilated before (intentionally or not). For example, by shifting traditional polycultural (self-sufficient and sustainable) farming practices toward monocultural farming in the name of technological progress or modernisation.

  5. tuncali says:

    Nestle’s “bottled water” business is one of the best examples for ecosystem mutilation & patching business.

    Why is it such a good example? Because it is quite obvious, and relatively easy to understand. That is, not very easy to hide behind a smokescreen of economic complexity.

    Can you sell bottled water to a village which has its own clean local water sources like a river or well? No. All these local water resources must be either destroyed -for example, with various construction or development(!) projects- or privatized to create the necessity for bottled drinking water.

    Once the access of all the local water resources are closed to the village in one way or another, there will be a new need (artificial scarcity), and therefore new demand for bottled water (mutilation).

    Nestle can now say, “we are improving the living standards of the village, because we are supplying the villagers a vital need” (patching).

    A quite convincing argument, if you tend to forget the history and evolution of events that have created the scarcity, necessity and demand.

  6. tuncali says:

    Economists or politicians who say “big water dams for irrigation are a necessity” must ask this question: What creates this necessity?

    Industrial agriculture based on unsustainable monocultures uses 5-10 times more water than ecological agriculture.

    Vandana Shiva keynote speech — Earth at Risk Conference 2014 (7:50 in video)

  7. tuncali says:

    The extremely profitable Ecosystem Mutilation and Patching Business, which works like a money machine for the big multi-corporation investors, can be explained with the following fundamental principle of ecology:
    The more complete and balanced an ecosystem (forest, farm, lake, aquarium etc.) in terms of its bio-diversity and biochemical cycles, the less human intervention (maintenance) and technology is required for its sustenance, and vice versa; more maintenance, energy and technology is required for incomplete, unbalanced or mutilated ecosystems, like monocultures in agriculture (e.g. wheat, rice, maize, potato, cotton).
    complete/balanced ecosystems: maximum ecology, minimum technology (biological automation), self-sufficient, healthy, sustainable; not profitable for external investors and technology providers

    incomplete/mutilated/imbalanced ecosystems: minimum ecology, maximum technology (mechanical automation), not self-sufficient, unhealthy, unsustainable; very profitable for external investors and technology providers

    My second PhD poster summarizes the fundamental principles of ecology, and shows how core beliefs and assumptions in mainstream (neoclassical, neoliberal) economics collides with these principles:

    PhD poster: Why does mainstream economics ignore ecology? (October 2020, pdf)

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