Habitat destruction, primarily driven by human activities such as deforestation, urbanization, and agriculture, is the leading cause of biodiversity loss.

Mining is an extractive activity that does not provide any direct benefits to the environment or human well-being. Pollination, water filtration, and carbon sequestration are all examples of ecosystem services.

TEV includes the sum of use value (direct and indirect benefits derived from using biodiversity), non-use value (value derived from knowing that biodiversity exists, even if not directly used), and option value (value of preserving biodiversity for potential future use).

The market price method directly uses market prices to estimate the value of biodiversity products and services, such as timber, fish, and recreational activities.

Non-use value, also known as existence value, refers to the economic value derived from the mere existence of biodiversity, regardless of whether it is directly used or not.

Indirect use values of biodiversity include benefits derived from ecosystem services such as pollination, recreation and tourism, and the discovery of new medicinal plants.

Option value refers to the economic value of preserving biodiversity for potential future use, even if it is not currently being used.

The contingent valuation method uses surveys to directly ask individuals their willingness to pay for the preservation of biodiversity or ecosystem services.

Biodiversity cost, ecosystem cost, and environmental cost all refer to the economic losses incurred due to biodiversity loss and the degradation of ecosystem services.

Increased profits for corporations is not an economic cost of biodiversity loss. It is a private benefit that may accrue to certain individuals or entities, but it does not represent a loss to society as a whole.

Sustainable use value refers to the economic benefits derived from the use of biodiversity in a way that maintains its long-term viability and does not lead to its depletion.

Benefit-cost analysis is a commonly used method to estimate the sustainable use value of biodiversity by comparing the economic benefits of sustainable use with the costs of conservation and preservation.

Biodiversity incentives, conservation incentives, and environmental incentives all refer to economic mechanisms designed to encourage individuals and organizations to conserve and sustainably use biodiversity.

Payments for ecosystem services, tax breaks for conservation efforts, and subsidies for sustainable agriculture are all examples of biodiversity incentives designed to promote the conservation and sustainable use of biodiversity.

The Economics of Biodiversity and Ecosystem Services aims to estimate the monetary value of biodiversity, promote its sustainable use, and inform policy decisions related to biodiversity conservation.