Radical Ecology: Science and Worldviews

Earth and cosmos viewed as living, with earth as a nurturing, responsive mother (alive, with bodily-like systems).
I-thou ethic: propitiation and restraint before damming rivers, cutting trees, or mining; actions constrained by the earth's living nature.
Rise of mechanistic science and capitalism (≈last 300 years) redefined earth as dead, inert, and exploitable for profits; this shift helped legitimize domination and ecological degradation.

Renaissance cosmology: cosmos as a living organism; earth’s body composed of earth, air, fire, water, and ether; soul animates motion; sun and planets encircle Earth.
Earth’s “life-support” processes analogized to human physiology (breathing, blood-like fluids, humors, veins, etc.); earth’s urges interpreted as propitiations to sustain fertility.
Metaphors tied to gender and birth: mines as birth, metals as born within the earth’s womb; ritual prohibitions and propitiations accompany mining.
The image of Earth as alive bound ethical behavior: harming the earth was seen as harming a mother; this shaped long-standing cultural restraints on exploitation.

16th century: emergence of a market economy, expanding trade, and monetized exchange.
Subsistence production replaced by market-oriented production; accumulation and profit drive changes in resource use.
Environmental impacts: shift from renewable energy (wood, water, wind) to non-renewables (coal, metals); intensified mining, deforestation, land clearance, draining swamps, and global trade expansion.
Old organic constraints weakened; capitalist needs and technologies outpaced organic cosmology, undermining the old worldview.

Francis Bacon proposed domination of nature for human benefit; nature to be bound, subdued, and made to serve human aims.
Metaphors of mastery: nature’s womb must be opened, its secrets extracted via dissection and crafts.
Descartes, Hartlib, Glanvill, and the Royal Society framed science as a path to wealth and power through controlling nature.
Boyle: distinction between simply knowing and commanding nature; instrumentality of science.
Emergence of the mechanistic method and the mechanical philosophy, replacing natural/organic explanations with engineered, controllable processes.

The world is understood as a machine: dead, inert matter moved by external forces; earth, body, and cosmos reduced to parts that can be rearranged.
This worldview provides a justification for manipulating nature through technology and industry; power and control become central values.
Five core assumptions (an integral framework linking science, machines, and power):
1. Matter is composed of particles (ontological assumption).
2. The universe is a natural order (the principle of identity).
3. Knowledge is context-independent (context independence).
4. Problems can be analyzed into parts and manipulated mathematically (methodological assumption).
5. Sense data are discrete (epistemological assumption).
These parallels between machines and scientific theory made nature a manipulable domain and laid the groundwork for domination and exploitation.

Newton synthesized Galilean mechanics and Copernican astronomy; created a universal, mathematical framework.
Nature portrayed as a system of atomic parts and external forces; matter is passive, motion is described by laws rather than intrinsic activity.
Mechanism de-emphasizes life, purpose, harmony, and form; emphasizes structure, stability, and predictability.
This framework supported the idea that nature could be quantified, controlled, and reconstituted to serve economic growth and rationality.
The mechanistic view remains influential in modern science and everyday thinking about reality.

Mechanistic worldview extends into biotechnology: genes are seen as discrete, manipulable units; DNA as a code with four bases: $A, T, C, G$ .
Key ideas:
- Genes as discrete bits of information; books/databases of genetic instructions.
- Genetic engineering creates GMOs by inserting genes across species; patents and ownership enter biology.
- Cloning (e.g., Dolly) demonstrates manipulation of life from adult cells.
- Transgenic organisms (e.g., “Frankenfish”) raise ecological and ethical concerns about gene flow and ecosystem impact.
- Human Genome Project aims to map genomes, enabling broader manipulation of life across species.
Environmental and ethical concerns:
- Genetic pollution and cross-species gene transfer threaten diversity (e.g., center of origin Mexico’s corn diversity).
- Patenting life forms (e.g., seeds) raises questions about ownership and control over living organisms.
- Engineered organisms may interact with ecosystems in unpredictable ways; potential for ecological disruption remains.

Emerged from growing ecological complexity and scientific uncertainty about health and environmental risks.
Four components:
1. Take preventive action in the face of uncertainty.
2. Shift burden of proof to proponents of potentially harmful activities.
3. Explore a wide range of alternatives to possibly harmful actions.
4. Increase public participation in decision-making.
Applies to issues like global warming, nuclear energy, chemical additives, and GMOs; calls for broader stakeholder engagement in policy.

Mechanistic analysis has dominated since the 17th century, culminating in biotechnology; yet organismic perspectives persist as a tension point.
Organic perspectives reappear in Romanticism, nature philosophy, and some modern thinkers (Whitehead, Bohm, etc.).
Debates continue about reconciling mechanistic and organic worldviews; some argue for a fundamental rethinking of metaphysics and values for a viable future.
Mechanistic worldview underpins industrial capitalism and its environment-related problems; alternative ethics (ecocentric, multicultural, and partnership ethics) challenge this legacy and call for more integrated approaches.

Ethic frameworks for land and natural resource use include:
- Egocentric ethics: self-focused, linked to laissez-faire capitalism and mechanistic views.
- Homocentric ethics: human-centered but broader than pure self-interest.
- Ecocentric ethics: value system that emphasizes ecosystems and non-human life.
New ethical formulations (multicultural ethics, partnership ethics) aim to resolve conflicts and guide sustainable policy.
Understanding environmental conflicts benefits from recognizing the underlying ethical assumptions of different interest groups.

Momentum: $p = mv$ ; Kinetic energy: $E_k = \tfrac{1}{2} m v^2$ .
DNA and genes in biotechnology: four bases $A, T, C, G$ ; genes as information units; cloning and GMOs as manipulation of life.
Precautionary action emphasizes public involvement and diverse policy options to manage ecological risk.