Model G20 2027 at FLAME University, registrations now open

World 101 The living map

Browse all topics →

Biodiversity Loss

Loading the map. The links below remain available.

Biodiversity Loss

Follow a field, explore its subjects, then travel their connections.

Read the subject guide ↗
Explore by name

Environment

Biodiversity Loss

Also known as loss of biodiversity, loss of nature, decline in biodiversity, biodiversity crisis

Plants, animals, fungi and microbes are vanishing so quickly that scientists call it a sixth mass extinction, and each loss frays the web of living systems that pollinate crops, clean water and hold soil together. It connects to Globalisation in both History and Sociology, because global trade moves species and diseases around the world and flattens local variety. It links to Health through precision medicine and the microbiome, since many medicines and body-helping microbes come from wild life we are erasing. It even touches Global Risks like food security and critical infrastructure, because a thinning natural world is a shakier foundation under everything we build.

Put your curiosity to work

Careers in Biodiversity Loss

Roles today

  • Conservation Biologist

    Studies and protects species and ecosystems, often in the field, to prevent extinction.

    Skills to build

    • Ecological Surveying
    • GIS Mapping
    • Species Identification
    • Population Modelling
    • Grant Writing
  • Environmental Consultant

    Advises businesses and governments on environmental impact and compliance, with a focus on biodiversity safeguards.

    Skills to build

    • Environmental Impact Assessment (EIA)
    • Regulatory Compliance
    • Stakeholder Engagement
    • Project Management
    • Report Writing
  • Protected Area Manager

    Oversees the management and conservation of national parks, reserves, and other designated natural spaces.

    Skills to build

    • Habitat Restoration
    • Wildlife Monitoring
    • Law Enforcement (park regulations)
    • Budget Management
    • Community Outreach
  • Policy Analyst (Environmental)

    Researches and develops policies aimed at mitigating biodiversity loss and promoting sustainable land use.

    Skills to build

    • Policy Research
    • Legislative Analysis
    • Economic Modelling
    • Stakeholder Consultation
    • Advocacy
  • Restoration Ecologist

    Designs and implements projects to rehabilitate degraded ecosystems and enhance their biodiversity.

    Skills to build

    • Ecological Design
    • Hydrology
    • Soil Science
    • Native Plant Propagation
    • Project Implementation

Emerging roles

  • Biodiversity Data Scientist

    Applies advanced analytical techniques to large ecological datasets to understand trends and inform conservation strategies.

    Skills to build

    • R/Python (for data analysis)
    • Machine Learning
    • Remote Sensing
    • Database Management
    • Statistical Modelling
  • Nature-based Solutions Specialist

    Develops and implements projects that leverage natural processes to address societal challenges, including biodiversity loss and climate change.

    Skills to build

    • Ecosystem Services Valuation
    • Project Finance
    • Stakeholder Collaboration
    • Ecological Engineering
    • Impact Assessment
  • Rewilding Project Manager

    Leads initiatives to restore natural processes and reintroduce keystone species to large landscapes.

    Skills to build

    • Large Mammal Ecology
    • Landscape Planning
    • Community Engagement
    • Conflict Resolution
    • Fundraising

Where subjects meet

  • Food & Agriculture Systems ↗

    Agroecology Specialist

    Designs and promotes sustainable farming systems that enhance biodiversity and ecosystem health within agricultural landscapes.

    Skills to build

    • Sustainable Agriculture Practices
    • Soil Health Management
    • Integrated Pest Management
    • Farmer Training
    • Policy Advocacy
  • Genetic Engineering & CRISPR ↗

    Conservation Geneticist

    Uses genetic tools to manage endangered populations, assess genetic diversity, and inform breeding programs for species preservation.

    Skills to build

    • Population Genetics
    • DNA Sequencing
    • Bioinformatics
    • Gene Editing Principles
    • Conservation Biology
  • Critical Minerals and Supply Chains ↗

    Sustainable Sourcing Manager (Biodiversity Focus)

    Ensures supply chains for critical minerals and other resources minimize negative impacts on biodiversity and local ecosystems.

    Skills to build

    • Supply Chain Auditing
    • ESG Reporting
    • Biodiversity Risk Assessment
    • Supplier Engagement
    • Due Diligence
  • Globalisation ↗

    Indigenous Rights & Conservation Liaison

    Facilitates partnerships between conservation efforts and indigenous communities, respecting traditional ecological knowledge and land rights.

    Skills to build

    • Cross-Cultural Communication
    • Participatory Mapping
    • Indigenous Law
    • Conflict Mediation
    • Community Development

Find your direction

Compare the choices that shape this path. There is no score or single right answer.

  1. Do you want to save species one by one, or tackle the big picture?

    Boots on the Ground
    You'll work directly in specific habitats, doing things like restoring ecosystems, monitoring wildlife, or managing protected areas for individual species.
    Policy & Planning
    You'll focus on creating laws, international agreements, or economic incentives that protect biodiversity across large regions or globally.

    Both paths need passionate people, but the daily work and immediate impact look very different.

  2. Will you focus on the science of biodiversity, or the human side of the problem?

    The Scientist
    You'll spend your time researching species, understanding ecosystems, collecting data, and using scientific methods to inform conservation strategies.
    The Communicator/Advocate
    You'll work to raise awareness, educate the public, influence decision-makers, or develop sustainable practices that change human behavior.

    Good science is useless if no one understands or acts on it, and good communication needs solid facts.

  3. Where do you want to make your impact: in a non-profit, government, or business setting?

    Non-Profit/Advocacy
    You'll likely work for an NGO, often with a strong mission, directly campaigning, fundraising, or implementing projects, sometimes with less stable funding.
    Government/Research
    You'll work for a government agency, university, or research institution, often focusing on long-term studies, policy development, or managing public lands, with more structured roles.
    Private Sector/Business
    You'll help businesses become more sustainable, develop eco-friendly products, or consult on environmental impact, often balancing profit with conservation goals.

    Each sector has its own pace, funding, and ways of measuring success in addressing biodiversity loss.

Where to study Biodiversity Loss

Institutions and programmes to explore. Check each institution’s current programme and entry requirements before applying.

  • Indian Institute of Technology Bombay (IIT Bombay)

    India

    B.Tech/M.Tech Environmental Science & Engineering

    Offers a robust technical foundation for addressing complex environmental challenges within an Indian context.

  • TERI School of Advanced Studies

    India

    M.Sc. Environmental Studies and Resource Management

    Specializes in interdisciplinary environmental research, providing policy-relevant insights for sustainable development.

  • Wageningen University & Research

    Global

    M.Sc. Environmental Sciences

    A global powerhouse for life sciences, offering deep expertise in ecological systems and sustainable food production.

  • University of British Columbia

    Global

    B.Sc. Environmental Sciences / M.Sc. Resources, Environment and Sustainability

    Provides a comprehensive interdisciplinary approach to sustainability, leveraging its strong research ecosystem.

  • ETH Zurich

    Global

    M.Sc. Environmental Sciences

    Delivers cutting-edge scientific and engineering solutions for global environmental challenges, backed by robust public funding.

  • University of Oxford

    Global

    M.Sc. Environmental Change and Management

    Provides a rigorous academic environment for understanding complex environmental systems and informing policy.

  • Stanford University

    Global

    B.S. Earth Systems / M.S. Environmental Engineering

    Offers unparalleled research opportunities and a strong entrepreneurial ecosystem for innovative environmental solutions.

Watch

Read

  • Silent Spring ↗This seminal work exposed the ecological devastation wrought by pesticides, awakening the public to humanity's profound impact on the natural world and laying the groundwork for modern environmentalism.Rachel Carson
  • The Tragedy of the Commons ↗A foundational essay illuminating the inherent conflict between individual self-interest and the collective good when managing shared resources, offering a crucial lens through which to understand environmental degradation and species depletion.Garrett Hardin
  • The Diversity of Life ↗From a titan of sociobiology, this comprehensive volume meticulously details the origins, vastness, and intricate web of life on Earth, serving as an indispensable primer on why biodiversity matters and what is being lost.E.O. Wilson
  • The Sixth Extinction: An Unnatural History ↗A Pulitzer Prize-winning narrative that masterfully chronicles the ongoing, human-driven mass extinction event, drawing parallels with five previous planetary cataclysms and underscoring the urgency of the current crisis.Elizabeth Kolbert
  • Half-Earth: Our Planet's Fight for Life ↗A bold and provocative proposal from a visionary biologist, advocating for the radical conservation strategy of dedicating half the Earth's surface to nature to preserve the majority of species.E.O. Wilson

Voices to follow

  • David Attenborough ↗His unparalleled documentaries have for decades brought the planet's vanishing natural wonders into living rooms, making the urgency of conservation palpable.Broadcaster and Naturalist
  • Elizabeth Kolbert ↗A Pulitzer-winning journalist, her incisive reporting, notably in 'The Sixth Extinction', chronicles humanity's role in accelerating species loss with chilling clarity.Author and Journalist
  • Carl Safina ↗An eloquent conservationist and MacArthur Fellow, he masterfully bridges scientific understanding with compelling narratives of wildlife and the imperative to protect it.Ecologist, Author, and Conservationist
  • Sandra Díaz ↗A distinguished ecologist and co-chair of IPBES, her scientific leadership provides critical, data-driven insights into biodiversity's decline and its profound implications for human well-being.Ecologist and Professor, National University of Córdoba
  • Jonathan Baillie ↗As a leading conservation scientist, he champions innovative approaches to halt species extinction and restore ecosystems, translating scientific knowledge into actionable strategies.Chief Scientist, National Geographic Society

Glossary

  • BiodiversityBiodiversity is the huge variety of all living things on Earth, including plants, animals, fungi, and tiny microbes, and the different places they live. It's like nature's amazing collection of life. For example, a rainforest with thousands of different types of trees, insects, birds, and mammals has high biodiversity.
  • Climate ChangeClimate change refers to long-term shifts in global weather patterns, mainly caused by human activities that release greenhouse gases, leading to a warmer planet. This can change habitats and make it hard for species to adapt. For example, rising global temperatures due to climate change are melting Arctic ice, threatening polar bear habitats.
  • ConservationConservation is the careful protection and management of natural resources and the environment, including plants, animals, and their habitats, to prevent them from being damaged or lost. It's about saving nature for the future. For example, setting up national parks to protect wildlife or recycling to reduce waste are acts of conservation.
  • DeforestationDeforestation is the clearing of forests by cutting down trees, usually to make space for farms, ranches, or buildings, or to use the wood. This destroys the homes of many animals and plants. For example, large areas of the Amazon rainforest are experiencing deforestation to create land for cattle grazing.
  • EcosystemAn ecosystem is a community of living things (like plants and animals) interacting with each other and with their non-living surroundings (like air, water, and soil). Everything in an ecosystem is connected. For example, a desert ecosystem includes cacti, lizards, scorpions, and the sandy soil and hot, dry air they live in.
  • Endangered SpeciesAn endangered species is a type of animal or plant that is at very high risk of becoming extinct in the near future because there are very few of them left. They need special protection to survive. For example, the Bengal tiger is an endangered species because its numbers have dropped dramatically due to hunting and habitat loss.
  • ExtinctionExtinction happens when all the individual living things of a particular species die out, and there are no more left anywhere on Earth. Once a species is extinct, it's gone forever. For example, dinosaurs went extinct millions of years ago, and more recently, the Dodo bird became extinct because of human activity.
  • HabitatA habitat is the natural home or environment where a plant or animal normally lives and finds everything it needs to survive, like food, water, and shelter. For example, a pond is the habitat for frogs, fish, and water lilies, while a forest is the habitat for deer and many types of birds.
  • Invasive SpeciesAn invasive species is a plant or animal that is introduced to a new area, either accidentally or on purpose, and then spreads rapidly, causing harm to the local environment, economy, or human health. They often outcompete native species. For example, water hyacinth, a plant brought from South America, has become an invasive species in many Indian lakes, choking out native plants and fish.
  • PollutionPollution is when harmful substances or waste are introduced into the environment, making it dirty or unsafe for living things. This can affect air, water, and soil. For example, plastic waste dumped into the ocean is a type of pollution that harms marine animals like turtles and fish.
  • SpeciesA species is a group of living things that are similar and can reproduce with each other to have offspring that can also reproduce. Think of it as a distinct type of animal or plant. For example, all humans belong to one species (Homo sapiens), and all tigers belong to another species.

Threads 9

Where this connects to other fields, and why it's worth knowing.

  • Globalisation History

    The cargo ships that carried tea and spices around the world also carried stowaways: ships suck up seawater for balance in one port and dump it in another, and that water is full of tiny living things. So while trade connected human cultures, it quietly launched a worldwide invasion of crabs, mussels, and germs riding along for free.

  • Globalisation Sociology

    Millions of years ago all the continents were one giant landmass, Pangaea. Global shipping is quietly gluing life back together into a new one: the same containers that spread the same coffee brands everywhere also spread the same rats, weeds, and diseases. So the world's ecosystems are blurring into sameness, exactly like its cultures.

  • Food & Agriculture Systems Environment

    To grow more food, farmers planted huge fields of a single super-crop, all genetically identical, like millions of clones. But a clone field is one big target: a single new disease that beats one plant beats them all. That's how Ireland's identical potatoes collapsed into famine, one blight erasing an entire harvest.

  • Recommendation Algorithms Media

    A farm that plants only one crop looks efficient until one disease wipes out the entire field. Social media feeds do the same thing to ideas: by chasing whatever the average person likes, the algorithm quietly kills off variety, leaving everyone staring at the same few things. Monoculture in a field and monoculture in your feed are both fragile for the same reason.

  • Precision Medicine Health

    A huge share of our medicines started as molecules found in wild plants, fungi, and animals. So every time a species goes extinct, we might be burning a book we never read, one that held the cure for a disease we haven't even faced yet. Losing biodiversity can mean losing medicine that was never invented.

  • Cyber & Critical Infrastructure Global Risks

    Plant one type of crop across a whole country and a single pest can wipe out the entire harvest. Software is the same: when everyone runs the identical operating system, one exploit can hack them all at once. That's why variety, in fields or in code, isn't just nice to have, it's actual protection.

  • Critical Minerals and Supply Chains Global Risks

    Running the whole world's supply through one narrow strait or one factory is efficient, but it's the same trap as a farm growing only one crop. There's no backup if something goes wrong. Nature survives shocks by being diverse, which means diversity is really just insurance.

  • English as a Global Language Literature

    Weirdly, the places losing the most animal species are also losing the most languages, often the very same spots. Rich variety in nature and in human tongues clusters together and dies together. So English taking over the world looks a lot like an ecosystem going extinct.

  • Genetic Engineering & CRISPR Health

    A 'gene drive' can spread a change through a whole species until that species dies out. People want to use it to wipe out malaria mosquitoes and stop the disease. But it's extinction on purpose, with no undo button if we get it wrong.

← Explore the living map