1. Introduction
The relationship between mankind and nature is at a historic crossroads. On the one hand, issues such as climate change, sharp decline in biodiversity, and environmental pollution are imminent; on the other hand, extreme environmentalism often triggers new injustices at the expense of developing countries 'basic development rights. Mainstream environmental ethical discourses-anthropocentrism, ecocentrism, deep ecology, Gaia's hypothesis, etc. -provide rich philosophical resources, but they are either too abstract, extreme, or lack actionable procedures when guiding specific decisions.
This paper attempts to extract a middle line called "border symbiosis" from the fourteen systems. It is not a compromise of eclecticism, but a practical framework based on the background of the mind (sincerity, truth, nature, boundaries, awe, compassion) and the principle of dynamic balance (staying at the root and adapting to the situation). The core proposition of boundary symbiosis is: in the relationship between man and nature, there is an insurmountable ecological bottom line (forbidden zone) and a negotiable elastic zone; the bottom line is delineated through the boundary list, disputes are handled through the negotiation process, and decisions are checked through the bottom line review., and continue to iterate with the help of "long and short closed-loop".
2. Theoretical basis: core resources of the 14th system
2.1 One core and six background colors
The "one core" of the 14th system is "keeping the roots and adapting." In the field of man and nature,"root" mainly refers to the irreversible carrying capacity of the ecosystem, species survival rights, and key natural processes;"response" refers to the flexible adjustment of resource utilization methods by humans on the premise of maintaining the ecological bottom line. Six background colors permeate the entire framework:
Cheng: Do not conceal the fact of ecological damage or exaggerate the effectiveness of protection.
True: Recognize scientific data and ecological laws without distortion.
Nature: Respect nature's own laws of succession and do not forcibly interfere.
Boundary: Draw an insurmountable ecological red line.
Awed: Acknowledging the limitations of human cognition and remaining humble about unknown ecological connections.
Compassion: Compassion for inhuman life, future generations and fragile ecosystems.
2.2 key components
Establish oneself and defend boundaries: The ability to implement the bottom line and reject any project that breaks through the red line.
Balancing both positive and negative factors: When weighing development and protection, we must simultaneously see economic benefits and ecological costs.
Flexible adjustment: Flexible design of compensation and alternative plans in negotiable areas.
Long and short closed-loop: Through piloting, monitoring, review, and adjustment, governance iteration is achieved.
Sense of friendship: Consider the government, enterprises, communities, and environmental organizations as equal subjects for consultation, rather than confrontation.
3. Core concepts and principles of border symbiosis
3.1 core concept
Boundary symbiosis proposition: There is no fixed dividing line between man and nature, but there is an insurmountable ecological bottom line. Above the bottom line, humans can make reasonable use of nature according to their own needs; below the bottom line, no reason can be an excuse for destruction. Human beings are not masters of nature, nor are they slaves of nature, but participants with special responsibilities-because only human beings can actively choose to "stay rooted".
3.2 basic principles
The bottom-line priority principle: Species extinction, collapse of key ecosystems, irreversible pollution, etc. are absolute forbidden areas and cannot be exceeded by any negotiation.
Negotiable principle: Above the bottom line, resource utilization methods, protection levels, and compensation measures should be determined through consultation among the affected parties, rather than unilateral enforcement.
Principle of transparency in scientific information: Ecological data and economic assessments on which decisions are based must be made public and subject to independent verification.
Principle of intergenerational equity: Irreversible ecological costs must not be passed on to future generations.
Dynamic iteration principle: The boundary list and negotiation results need to be reviewed and adjusted regularly, and it is not assumed that they will be fixed once for life.
4. Operable tools
4.1 Boundary list: delineation of "restricted areas" and "negotiable areas"
The boundary list is a static spatial tool that divides areas into three categories:
| type | defined | example | management methods |
|---|---|---|---|
| restricted area | The ecological value is extremely high or irreplaceable, and any development activity is prohibited | Core areas of national nature reserves, habitats of endemic species, and virgin forests | Absolute protection and no human interference is allowed |
| Negotiable area | It has a certain ecological carrying capacity, but needs to be used carefully | Secondary forest, general farmland, part of water area | Decide on the utilization method through multi-party consultation and provide ecological compensation |
| free zone | Low ecological value or highly artificial | Urban built-up areas, industrial land, artificial forests | Can be developed independently, but must comply with environmental regulations |
Formulation process: ① Scientific investigation (ecological sensitivity, species distribution);② Preliminary zoning draft;③ Consultation and adjustment by stakeholders (communities, enterprises, environmental organizations, governments);④ Formal promulgation and update every 5-10 years.
4.2 Negotiation process: handling conflicts in negotiable zones
When a project involves negotiable areas, the following five-step process is used:
Fact confirmation: All parties jointly recognize ecological data and avoid "data fights".
Clarification of interests: All parties are candid about their core demands (such as profits for enterprises, employment for communities, and environmental protection for migratory birds).
Plan co-creation: At least three alternative plans are proposed (no development, limited development + compensation, off-site restoration, etc.).
Weighted consensus: Empowerment is based on the degree of influence (e.g., the directly affected community has a higher weight than that of foreign environmental protection organizations), and no one uses the "one-vote veto" unless the plan touches a restricted area.
Trial and re-listing: Select a small-scale pilot, set monitoring indicators, and re-listing and adjustment one year later.
4.3 Bottom line review: three "security gates"
Any decision (including consultation conclusions) must go through the following three doors before implementation:
The first path: species extinction. Will it lead to the extinction of any known or likely species? Yes → veto.
The second path: Key ecological function door. Does it seriously damage irreplaceable functions such as water conservation, carbon sequestration, and pollination? Yes → veto.
The third way: intergenerational equity. Will irreversible costs (such as persistent pollution) be passed on to future generations? Yes → veto.
The decision can be implemented only if all of them are passed; otherwise, it will return to the negotiation process and modification plan.
5. Application case: Decision on hydropower development in a certain river
Take a river flowing through the edge of a nature reserve as an example to demonstrate the application of boundary symbiosis tools.
Initial Boundary List:
Upstream source area (endemic fish spawning ground) → restricted area.
Midstream Canyon (moderate ecological sensitivity) → Negotiable Area.
Reservoir has been built downstream → free zone.
Negotiation process:
Hydropower companies advocate development, provide clean energy and tax revenue.
Environmental groups point out that there are rare bird habitats downstream.
Local communities are concerned about land inundation and fishing losses.
Government coordination.
After five-step negotiation, three options were proposed: ① No development (rejected by the company);② Low dam + fish path + upstream habitat restoration (choice);③ High dam + construction of additional artificial wetlands downstream (rejected by environmental protection organizations).
Bottom line review:
Does Plan ② lead to species extinction? The fish passage design has been verified by biologists and does not lead to.
Does it destroy key ecological functions? Fishways and restoration measures ensure ecological connectivity.
Are intergenerational costs transferred? No persistent pollution, pass.
Trial and iteration: Build a low dam first and monitor fish populations after three years of operation. If it recovers well, continue to operate; if it drops, it is necessary to add fish passing facilities or adjust the power generation water level.
6. Comparison with similar theories
| theory | central claim | Differences and similarities in symbiosis with borders |
|---|---|---|
| Weak anthropocentrism | Human interests are first, considering the long term and future generations | Border symbiosis adds ecological restricted areas, not solely based on human interests as the yardstick. |
| ecocentrism | The overall value of the ecosystem comes first, and humans are members | Border symbiosis preserves human basic rights to survival and development and avoids extremes |
| deep ecology | Biosphere equality, cultural paradigm revolution | Border symbiosis does not require the fundamental subversion of modern civilization, but provides an actionable framework for compromise. |
| Gaia hypothesis | The earth regulates itself, and humans should adapt | Border symbiosis recognizes the inevitability of human intervention, but constrains it with a bottom line |
| relational commons | Decentralized, multi-species participatory conservation and governance | Border symbiosis has a more systematic bottom-line review and iteration mechanism |
Border symbiosis does not attempt to be the "only truth", but rather provides multiple entities with available negotiation tools in specific situations. It is closer to "practical wisdom" than to "metaphysics."
VII. Conclusion
Boundary symbiosis is the application of the fourteen systems in the field of man and nature. Its uniqueness lies in:
Operability: Three tools: boundary list, negotiation process, and bottom-line review transform abstract ethics into executable steps.
Dynamics: The "short and short closed-loop" allows decision-making to iterate in monitoring to avoid the rigidity of "once for life".
Foundation of mind: Emphasize that participants must have the background of sincerity, truth, nature, boundaries, awe, and compassion to prevent consultation from becoming a power game.
Bottom line thinking: Avoid ecological nihilism by taking species extinction, key ecological functions, and intergenerational equity as insurmountable red lines.
Border symbiosis is not a panacea. It requires mature social governance capabilities (data transparency, consultation systems, legal guarantees) and is not suitable for extreme situations such as war and acute disasters. But it provides a middle way for the current ecological crisis that is neither "unlimited development" nor "complete retreat." Future work includes developing quantitative indicators to support bottom-line reviews (such as the "minimum viable population" threshold), exploring coordination mechanisms for transnational border lists, and integrating border symbiosis concepts into environmental impact assessment regulations.
Border symbiosis is not the end, but a stop on a long journey for humans to learn to coexist with nature. Good.
references
[1]Fourteen systems. Keep the roots and adapt to the six background colors. 2026. [2] Leopold, A. A Sand County Almanac. 1949. [3] Naess, A. The Deep Ecological Movement. 1973. [4] Lovelock, J. Gaia: A New Look at Life on Earth. 1979. [5] Latour, B. Facing Gaia. 2015. [6] Norton, B. Toward Unity Among Environmentalists. 1991. [7]Rolston. Environmental Ethics. 1988. [8]Chen Lai. Humanism Ontology. 2014. [9]World Conservation Union. Classification guide for protected area management. 2013.