Biodiversity

Biodiversity, short for biological diversity, refers to the variety and variability of life on Earth at all levels of organization: genes, species, and ecosystems. It encompasses the immense range of organisms—from microorganisms, fungi, and plants to animals and humans—as well as the ecological relationships that connect them. Scientists often describe biodiversity in three main dimensions: genetic diversity (variation within species), species diversity (the number and relative abundance of species), and ecosystem diversity (the variety of habitats and ecological communities). Together, these dimensions form a dynamic web of life that underpins the stability and resilience of the biosphere.

From a scientific perspective, biodiversity is essential for ecosystem functioning and the provision of ecosystem services. Diverse ecosystems regulate climate, purify air and waterDraft overviewWaterIn Jain thought, water (*āpa*, *jala*) is both a physical substance and a living habitat containing innumerable subtle life-forms. Classical Jain cosmology classifies water as one of the five *pudgala* aggregates and one…, cycle nutrients, pollinate crops, and control pests and diseases. Forests, wetlands, grasslands, coral reefs, and other habitats each host unique communities of organisms that contribute to these services. For example, pollinators such as bees, butterflies, and bats are critical for the reproduction of many flowering plants, including a large proportion of global food crops. Genetic diversity within species allows populations to adapt to changing environmental conditions, such as new diseases or climate shifts, thereby reducing the risk of extinction.

Human societies depend deeply on biodiversity for material resources and cultural values. Food, fiber, timber, and fuel all originate from living organisms. Many modern medicines are derived from natural compoundsDraft overviewCompoundsIn Jain studies, “compounds” most often refers to *samāsa*—the Sanskrit and Prakrit system of combining two or more words into a single lexical unit. Compounds are central to understanding Jain canonical texts, commentar… found in plants, fungi, and marine organisms, and traditional medical systems have long relied on local biodiversity for remedies. Beyond material benefits, biodiversity supports recreation, aesthetic appreciation, spiritual practices, and a sense of place and identityDraft overviewIdentityIn Jain thought, “identity” is not a fixed social or psychological construct but a layered concept centered on the ontological nature of the jīva (sentient being). Across Digambara and Śvetāmbara traditions, identity is …. The loss of species or degradation of ecosystems can therefore have profound social, economic, and psychological impacts, particularly for communities whose livelihoods and cultures are closely tied to local environments.

Globally, biodiversity is declining at an unprecedented rate due to human activitiesDraft overviewActivitiesIn Jain philosophical and ethical literature, “activities” (often discussed under terms such as *kriyā*, *vyāpāra*, *pravṛtti*, and *yoga*) refer to the bodily, verbal, and mental engagements through which living beings …. Major drivers of biodiversity loss include habitatDraft overviewHabitatIn Jain thought, a *habitat* refers to the physical, ecological, and karmically conditioned environment in which living beings (*jīva*) exist. Unlike modern biological definitions that focus on climate, vegetation, and g… destruction and fragmentation (often through deforestation, urbanization, and agricultural expansion), overexploitation of species (such as overfishing and unsustainable hunting), pollutionDraft overviewPollutionIn Jain thought, pollution (often discussed under terms such as *ashuddhi*, *parisaha*, or forms of *himsa* toward the environment) refers not only to the physical contamination of air, water, and soil but also to the et…, invasive alien species, and climate changeDraft overviewClimate changeClimate change refers to long-term shifts in global temperatures, precipitation patterns, and atmospheric conditions driven primarily by human activities—especially the burning of fossil fuels, deforestation, and industr…. These pressures can disrupt ecological interactions, reduce genetic diversity, and push species toward extinction. ConservationDraft overviewConservationIn Jain thought, “conservation” is not a modern environmental policy term but a principle emerging from the core doctrines of **ahiṃsā (non‑violence)**, **aparigraha (non‑possessiveness)**, and the recognition that **all… biology and international agreements—such as the ConventionDraft overviewConventionIn Jain philosophy, “convention” is most often discussed under the broad idea of vyavahāra—empirical, practical, or conventional standpoint—as opposed to niścaya, the ultimate or intrinsic standpoint. Convention here doe… on Biological Diversity—aim to address these threats by protecting habitats, restoring degraded ecosystems, regulating resource use, and integrating biodiversity considerations into development planning.

In ethical and philosophical terms, biodiversity raises questions about the moral status of non-human life and the responsibilities humans bear toward other living beings. Jainism, for example, emphasizes ahimsaDraft overviewAhimsaAhimsa, often translated as non‑violence or non‑harm, is one of the foundational ethical principles of Jainism and is regarded as the highest dharma (paramo dharmaḥ). In Jain thought, ahimsa is not merely the avoidance o… (non-violence) toward all forms of life, recognizing a vast range of living beings (jivas) from one-sensed organisms to complex animals and humans. This worldview highlights the intrinsic value of living entities and encourages practices that minimize harm to even the smallest forms of life. While modern biodiversity science uses empirical methods and quantitative metrics, its concern for the protection of life resonates with such ethical traditions, suggesting a convergence between ecological understanding and moral responsibility.

Efforts to conserve biodiversity operate at multiple scales, from local community initiatives to global policy frameworks. Strategies include establishing protected areas, supporting Indigenous and local stewardship, promoting sustainable agricultureDraft overviewAgricultureIn Jain studies, agriculture (kṛṣi) is examined not only as an economic activity but also as an ethical domain involving complex interactions with living beings. Jain traditions historically recognized agriculture as a n… and forestry, reducing pollutionDraft overviewPollutionIn Jain thought, pollution (often discussed under terms such as *ashuddhi*, *parisaha*, or forms of *himsa* toward the environment) refers not only to the physical contamination of air, water, and soil but also to the et…, and mitigating climate changeDraft overviewClimate changeClimate change refers to long-term shifts in global temperatures, precipitation patterns, and atmospheric conditions driven primarily by human activities—especially the burning of fossil fuels, deforestation, and industr…. Scientific research continues to uncover new species and ecological interactions, revealing that much of Earth’s biodiversity remains poorly understood. As knowledge grows, so does recognitionDraft overviewRecognitionIn Jain philosophical vocabulary, “recognition” is most commonly discussed under the broader categories of *jñāna* (knowledge), *pratyakṣa* and *parokṣa* (direct and indirect cognition), and the epistemic processes by wh… that safeguarding biodiversity is not only about preserving rare species or scenic landscapes, but about maintaining the complex, interdependent systems that make life on Earth possible.