Contemporary Issues in Business Ethics I

Rising consumer demand for environmentally responsible firms—even at higher prices.
$96\%$ of the world’s largest $250$ companies now publish sustainability reports (KPMG $2020$ ).
Definition: capacity of a system to continue functioning into the future; environmental sustainability adds “without compromising future generations.”
"Three pillars": $\text{Economic}$ • $\text{Social}$ • $\text{Environmental}$ .
Challenge: balancing environmental duty with production/consumption needs.

Two central environmental issues for business: $1$ . Pollution $2$ . Resource depletion.
Pollution = unintended, undesirable contamination of air, water, or land.
• Air: greenhouse gases, CFCs, sulfur oxides, toxics → health, crop, material damage, climate change.
• Water: organic wastes, inorganic pollutants, heavy metals, radioactive chemicals.
• Land: toxic substances, solid & nuclear wastes.
Causes persist because air & water are treated as ownerless “free goods,” impacts seen as limitless & external.
All actors pollute (e.g., cars, sewage); lecture focus: industrial/commercial sources.

Anthropocentric view: nature valued only for human benefit → leads to exploitation.
Ecological ethics (Deep Ecology): nature has intrinsic value; interconnectedness implies moral duty to preserve ecosystems, species, even non-living natural structures.
Animal rights extension: avoid speciesism; comparable pain in animals = moral evil.

Private production costs < total social costs when pollution exists → market failure.
Ethical deficiencies of unpriced externalities:
$1$ . Sub-optimal resource allocation
$2$ . Firms ignore minimization of external costs
$3$ . Inefficient distribution of goods
Justice/Fairness: victims pay involuntarily; violates their right to choose exchanges.

Internalize external costs: treat pollution costs like labor or capital in pricing decisions.
Justice rationale: costs borne by polluters/beneficiaries (stockholders, customers); benefits accrue to harmed neighbors.
Utilitarian view: aim for point where marginal cost of removal = marginal benefit; if immeasurable, use precautionary principle or maximin rule.
Care perspectives: social ecology (end hierarchies), ecofeminism (reject domination patterns), ethic of care (extend caring to nature).

Resource depletion examples: species/habitat loss, fossil fuels, minerals.
Conservation = saving/rationing resources for later use.
Rights of future generations debate:
• PRO: equal claim to planet’s finite resources → current depletion violates their rights.
• CON: future beings don’t yet exist; unknown interests; could demand unreasonable sacrifice.
Rawlsian justice: each generation, behind a veil of ignorance, would leave successors a world no worse than they inherited.
Ethic of care: duty to immediate successors (our children) implies same minimum standard.
Circular economy concept: keep resources in use, recover & regenerate materials (make → use → recover/reuse …).

Annual UN Climate Change Conferences (COP): COP $29$ in Baku, Azerbaijan ( $2024$ ); COP $30$ in Belém, Brazil ( $2025$ ).

Sustainability integrates economic, social, environmental goals; complexity demands strategic balance.
Pollution & depletion are primary business impacts; both create external costs and inter-generational ethical duties.
Internalizing environmental costs aligns with justice, utilitarianism, and caring ethics.
Moving toward circular economies and global agreements (e.g., COP) are key practical responses.