WWF Living Planet Report: What the 73% Wildlife Population Decline Means

What the Living Planet Index measures

The LPI tracks changes over time in the relative abundance of monitored wild vertebrate populations. The supplied report covers 35,803 population trends representing 5,790 vertebrate species between 1970 and 2022.

The reported 73% decline is an aggregate indicator of relative population-size change. It is not a census of all wildlife and cannot be interpreted as the loss of 73% of individual animals, populations or species worldwide.

WWF also states that half of the populations included in the index are stable or increasing. This is compatible with an overall decline because the aggregate reflects the magnitude of population changes, not merely the proportion of populations moving in each direction.

• Population abundance concerns how numerous individuals are within a population.
• Species extinction means the disappearance of a species globally.
• A global monitored-population index does not establish an identical trend for every country, habitat or species.
• The LPI does not directly measure the condition of all biodiversity, including plants and invertebrates.

Ecosystem findings and underlying drivers

Freshwater populations recorded the strongest average decline at 85%, followed by terrestrial populations at 69% and marine populations at 59%. These figures refer to monitored population trends within the respective ecosystem categories, not percentages of ecosystem area destroyed.

The report identifies habitat loss and degradation, overexploitation, climate change, invasive species, pollution and disease as major drivers. It describes the way food is produced and consumed as the single largest driver of biodiversity loss, linking food systems to habitat destruction, overharvesting and greenhouse gas emissions.

• Freshwater conservation requires attention to catchments, water quality, ecological flows and habitat connectivity.
• Terrestrial conservation must address habitat condition and fragmentation, not merely the presence of protected areas.
• Marine conservation requires sustainable harvesting alongside habitat and pollution management.
• Food-system reform must consider both production practices and consumption pressures.

Implications for India’s biodiversity commitments

As a party to the Convention on Biological Diversity, India’s implementation of the Kunming–Montreal Global Biodiversity Framework requires attention to conservation, restoration, sustainable use and equitable benefit-sharing. The global LPI is a warning signal, not a direct scorecard of India’s performance.

The Wild Life (Protection) Act supports species and habitat protection, while the Biological Diversity Act provides a framework for conservation, sustainable use and benefit-sharing. The National Biodiversity Authority, State Biodiversity Boards and local Biodiversity Management Committees form an important institutional architecture for implementation.

India should assess outcomes through habitat quality, connectivity, population trends and ecosystem functioning. Species recovery is valuable, but cannot substitute for assessing biodiversity across forests, wetlands, rivers, agricultural landscapes and coastal ecosystems.

• Integrate biodiversity concerns into agricultural, water, infrastructure and energy planning.
• Use People’s Biodiversity Registers and scientific monitoring as complementary sources of local biodiversity knowledge.
• Ensure that restoration and conservation respect community participation, livelihoods and applicable rights.
• Distinguish global evidence from India-specific findings when evaluating national commitments.

Recovery is possible, but needs systemic change

The report highlights recoveries involving green turtles, bluefin tuna, tigers and southern African elephants as evidence that targeted conservation can deliver results. It reports that global wild tiger numbers rose from 3,200 in 2010 to around 5,700 in 2025.

These successes demonstrate the potential of sustained conservation action; they do not establish that all populations of these species are secure or that wider biodiversity decline has ended. The report therefore calls for positive tipping points in food, energy and finance systems that drive biodiversity loss.

• Combine species-focused interventions with landscape and ecosystem restoration.
• Assess clean-energy infrastructure for biodiversity impacts while pursuing climate mitigation.
• Align public expenditure and financial decisions with measurable ecological outcomes.
• Use monitoring results to revise interventions rather than treating project completion as conservation success.