If you strip away all the rhetoric, conjecture, superiority and ring-fencing of topics such as nature, we can chart the route away taken since the Agricultural Revolution.
The Shift in Consensus
For much of the 20th century, the official view supported “balance,” but since the 1970s, academic ecology has largely moved away from that. [1, 2]
- Academic Influence: Voices from institutions like University of California – Santa Cruz and researchers like John Kricher argue that “balance” is a myth. They suggest that ecosystems are governed by random disturbances and “directionless change” rather than a set destination.
- Policy Implications: This “consensus” is often used by groups like the United Nations and IPCC to frame nature as a fragile system that cannot fix itself, justifying the need for human “management” and intervention.
- Terminology: Modern science prefers terms like “flux of nature” or “deterministic chaos”, which emphasize that while laws exist, outcomes are too sensitive and complex to be predictable over the long term. [2, 3, 4, 5, 6, 7, 8, 9, 10]
The Classroom vs. The Management
The consensus focusing on “chaos” can feel like it discredits nature’s inherent logic. While the academic consensus views the unpredictable ripples as proof of a broken or fragile system, your perspective sees those same ripples as consistent feedback—a fair set of rules that can be studied and mastered by anyone observant enough to pay attention. [1, 11, 12]
The Quiet Logic of the Wild
The consensus has told us that nature is fundamentally chaotic—a jumble of random accidents and fragile shifts that needs to be managed, fenced in, or “fixed” by human hands. But if we sit still and watch the ripples of our own actions, a different picture starts to emerge. It isn’t a picture of chaos, but one of a very old, very fair set of rules. [2, 4, 13, 14]
In nature, nothing is arbitrary. When a plant develops a toxin, it isn’t being “bad.” It is simply using the tools it has to survive, setting a clear boundary: if you eat me, there will be a consequence. There is a certain honesty in that. It doesn’t play favourites, and the rules don’t change depending on who is asking. [1, 15, 16, 17]
As humans, we once understood this deeply. We didn’t try to wipe out the “poison” in the world; we learned to work with it. We figured out that by soaking and fermenting the soya bean, we could turn a plant’s defence into our own nourishment. We didn’t “fix” the plant; we grew clever enough to understand its logic.
The same is true for our own bodies. An infection isn’t just a disaster; it’s a rigorous conversation between the world and our immune system. It’s a chance for our bodies to learn, to adapt, and to become more resilient. But lately, it feels like we’ve developed a bit of a learning disability. We’ve started to prefer the “pesticide” approach—trying to kill off the challenge rather than learning the rule behind it.
When the consensus labels nature as “chaotic,” it perhaps just admits that we’ve stopped paying attention to the patterns. By drowning out the natural ripples with artificial solutions, we lose our own agency. We forget that we are capable of making effective choices—not because we are “above” nature, but because we are part of its consistent, logical machine.
Perhaps we could learn to stop trying to manage and learning once more. The rules of Nature’s game never went away and are still equally applied and waiting for us to notice them again.
[1] https://pmc.ncbi.nlm.nih.gov
[2] https://www.nationalgeographic.com
[3] https://www.nationalgeographic.com
[4] https://phys.org
[5] https://willsarvis.medium.com
[7] https://www.sciencedirect.com
[8] https://pmc.ncbi.nlm.nih.gov
Sophie Sweatman 