Environmental Ethics: Intrinsic vs Instrumental & Deep Ecology

Philosophers categorize value into two types: intrinsic value (worth for its own sake) and instrumental value (worth as a means to achieve something else). Intrinsic value applies to things like friendship, love, wisdom, beauty, and health, which are valued independently of consequences. Instrumental value applies to things like money, which serves only as a tool to obtain intrinsically valuable goods. Many things possess both types simultaneously. Understanding this distinction is crucial for making better life decisions, as it helps people recognize when they are pursuing instrumental goods as if they were ends in themselves.

Value theory (axiology) studies values, with the term first used in the early 20th century. Philosophers distinguish between intrinsic values (valued for their own sake, like beauty of a flower) and instrumental values (valued as means to ends, like cars or food). The beauty of a flower is an intrinsic value, while a car is an instrumental value. Philosophers primarily focus on intrinsic values, while instrumental values are studied by other disciplines.

Philosophers have organized the world into two basic values: intrinsic values and instrumental values. Intrinsic value is an end value in itself, inherent and virtuous in its own right (e.g., personal experience, human dignity). Instrumental value is good only as a means to something else (e.g., money as a tool to buy coffee). This framework helps organize examination and rationalization of decisions. Practical decision makers like political leaders and judges apply this analysis, as seen in the Universal Declaration of Human Rights which recognizes inherent dignity as intrinsic value.

Kant distinguishes between instrumental value (value as a means to an end) and intrinsic value (value in itself). Objects like money, tools, and even people can have instrumental value, but human beings also have intrinsic value as ends in themselves. This distinction is crucial for understanding Kant's ethics, as it establishes that human beings have worth that cannot be reduced to their usefulness.

Ethics concerns what is valuable and what we ought to do. Intrinsic value means things valuable in themselves, while instrumental value means things valuable only as means to other ends. The chain of instrumental value must terminate in something valuable for its own sake. Aristotle proposed eudaimonia (a life well-lived) as intrinsically valuable, while Mill argued only pleasure (happiness) has intrinsic value. There may also be intrinsically disvaluable things like pain and death.

Moral status refers to who we have moral obligations toward and why; while some philosophers argue that only humans possess moral status due to rationality or self-awareness, others contend that the capacity to experience pleasure and pain should be the basis for moral consideration, potentially extending moral status to all sentient beings including animals, and some even argue that all living organisms deserve moral consideration.

Immanuel Kant distinguishes direct duties (owed to others) from indirect duties (owed to oneself), arguing gratitude is always indirect. Peter Singer's utilitarian approach holds moral consideration based on sentience—the capacity to experience pleasure and pain. Charles Taylor argues moral consideration should be based on beings having their own ends, not merely sentience. The key difference lies in whether moral status depends on capacity to suffer or having one's own purposes.

Conscious beings can be distinguished from mere objects (non-living things) and from non-conscious beings. Mere objects like rocks, mountains, and machines exist but there is nothing that it feels like to be them. Non-conscious beings like plants and simple animals are living but lack consciousness. Only beings with brains capable of consciousness can manifest consciousness and feel. Moral standing, moral status, and moral considerability are interchangeable terms. To be morally considerable, one must be capable of being harmed or benefited, which requires having interest. Feelings are the only things that have value, and they are the only things that can generate value. The speaker argues that this is a fundamental principle of ethics, and that it has important implications for understanding the nature of sentience and moral consideration.

Moral concepts were historically created by privileged humans to benefit other privileged humans. The principle of equal consideration requires that we extend moral consideration to all beings with similar interests, not just those who created or understand moral concepts. Gary Francione argues that the principle of equal consideration of similar interests and the inherent value of beings makes individuals worthy of rights, regardless of species.

Ethics is the philosophical study of morality, which involves making value judgments about how best to live one's life. Unlike ordinary preference judgments, moral value judgments include conceptions of goodness and rightness and presuppose beings worthy of moral considerability. Different conceptions of the highest moral good exist: obedience to God, duty, individual potential, care-based relationships, or collective happiness. The capacity to make moral judgments is built into human nature—we cannot avoid judging others' characters and actions. Even attempting complete amoral behavior fails, as choosing not to judge is itself a moral judgment. This creates unavoidable responsibility for all humans as moral agents, saddling us with duties toward beings worthy of moral consideration.

An ecosystem is a community of different species living in a specific area that interact with each other and their non-living environment. Ecology is the scientific study of these interrelationships. Ecosystems are classified into Terrestrial (forests, grasslands, deserts, mountains) and Aquatic (marine, freshwater) types. Biodiversity refers to the variety of living organisms within an ecosystem, including humans, animals, plants, bacteria, and viruses, which is essential for ecosystem function and provides benefits like food, energy, and medicinal resources. Human activities significantly damage ecosystems through deforestation (causing biodiversity loss, soil erosion, disrupted water cycles, and greenhouse gas emissions), urbanization, pollution, mining, and overexploitation of resources. To improve ecological conditions, we must stop deforestation, reduce pollution, practice sustainable resource use, conserve natural areas, increase environmental education, reduce greenhouse gas emissions, minimize plastic use, treat polluted water, recycle, prevent water wastage, reduce chemical use, adopt renewable energy, and use public transportation.

Ecological concepts are organized hierarchically: species are groups of similar individuals that reproduce to produce fertile offspring; populations are groups of individuals of the same species in a specific area and time; communities (biocenoses) are multiple populations of different species in the same region; ecosystems combine communities with their physical environment (biotope); and the biosphere encompasses all ecosystems on Earth. Additional concepts include habitat (the specific location where a species lives), ecological niche (the organism's role and function in the ecosystem), ecotone (transition zones between ecosystems with high biodiversity), biome (large-scale ecosystems with uniform climate and vegetation), and biotope (the physical area where a community lives).

Ecological literacy (ecoliteracy) is transformative education enabling citizens to make informed environmental decisions, requiring shifts in perception, conception, and action. Introduced by David Orr in 1989, it rests on knowing, caring, and practical competence. Eleven foundational ecological concepts explain nature's functioning: ecology examines organism-environment interrelationships; variability describes species' differential responses; populations face growth limits; communities form based on shared environmental needs; organisms interact through mutualism or competition; ecosystems encompass all organisms plus physical environment; energy flows from producers to consumers; nutrients cycle through producers, consumers, and decomposers; ecosystems constantly change through evolution; and humans uniquely transform Earth ecosystems. Five pathways develop ecological literacy: cultivating empathy for all life, embracing sustainability as community practice, making invisible consequences visible, anticipating unintended outcomes, and learning from nature's interconnected wisdom.

Biodiversity measures organism variety in ecosystems and increases resilience. Ecosystems face changes from natural events (fires, droughts, floods) and human activities (invasive species, deforestation, industrialization). Trophic pyramids show energy flow from producers (autotrophs) to consumers (heterotrophs), with energy decreasing at each level. The carbon cycle involves photosynthesis (CO2 to glucose), respiration (glucose to CO2), decomposition, and combustion. Resources are renewable (replaced quickly) or non-renewable (cannot be replaced within human lifetimes). Human impacts include ozone layer depletion from CFCs and global warming from fossil fuel combustion.

Ecology studies the interactions between living organisms and their environment. The fundamental concepts include: (1) Abiotic factors (non-living elements like rocks, soil, water, and minerals) and biotic factors (living elements like flora and fauna); (2) Species - groups of individuals that produce fertile offspring when crossing; (3) Population - individuals of the same species in a specific area; (4) Community - multiple populations of different species in an area; (5) Ecosystem - the interaction between communities and abiotic factors; (6) The three major ecosystems on Earth are terrestrial, freshwater, and marine, which together form the biosphere.