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InVEST models

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InVEST Models

  • Estimates the current amount of carbon stored in a landscape and values the amount of sequestered carbon over time.
  • Extends the approach of the InVEST carbon model to account for forest carbon stock degradation due to the creation of forest edges.
  • Quantifies the value of carbon storage and sequestration services provided by coastal ecosystems.
  • Uses geophysical and natural habitat characteristics of coastal landscapes to compare their exposure to erosion and flooding in severe weather.
  • Estimates insect pollinator nest sites, floral resources, and flight ranges to derive an index of pollinator abundance on each cell on a landscape.
  • Estimate crop yield and nutrient value for a fixed set of crops, derived from user-supplied landcover information.
  • Uses habitat quality and rarity as proxies to represent the biodiversity of a landscape, estimating the extent of habitat and vegetation types across a landscape, and their state of degradation.
  • Evaluates risks posed to coastal and marine habitats in terms of exposure to human activities and the habitat-specific consequence of that exposure for delivery of ecosystem services.
  • Measures the electricity generation potential of wind over ocean and large lake surfaces.
  • Predicts the spread of person-days of recreation, based on the locations of natural habitats and other features that factor into people’s decisions about where to recreate.
  • Assesses the visual quality of a landscape based on sited or planned features that impact visual quality.
  • Estimates the amount of water produced by a watershed, arriving in streams over the course of a year.
  • Estimates the capacity of a land parcel to retain sediment by using information on geomorphology, climate, vegetative coverage and management practices.
  • Calculates an index of heat mitigation based on shade, evapotranspiration, and albedo, as well as distance from cooling islands (e.g. parks).
  • Calculates runoff reduction, i.e. the amount of runoff retained per pixel compared to the storm volume. And, for each watershed, the potential economic damage.
  • Assesses how changes in urban greening may influence population-level mental health outcomes and reduce the societal costs associated with mental disorders.
  • Allows for examination of access to the recreational, social, psychological, and physical health benefits of nature.
  • Provides information on two ecosystem services related to stormwater management: runoff retention, and groundwater recharge.
  • Maps nutrient sources from watersheds and their transport to the stream.
  • Measures and values the electricity generation potential of ocean waves.

Want to create your own model and share it on the InVEST workbench? Learn how.