Global
Biodiversity and
Nature
Assessment
Tool

Tools to discover the interface between nature and your business and identify dependencies and impacts based on spatially explicit biodiversity datasets, vital step toward nature related disclosure.

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Key Features

Comprehensiveness and Usability

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Key Features

All you need is Your Business Locations and Your Target Sector.

We visualize comprehensive and ready-to-use biodiversity information based on location and sector information, which is the first step toward information disclosure.

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Key Features

We cover both marine and terrestrial realm.

We rank the importance of biodiversity on a global scale to help you identify key business focus areas, no matter where your location is on land or sea.

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L3/L4 in TNFD

What GBNAT provides: Identify Important Locations.

  • Which biotic groups or ecosystems do the impact/dependent projects have points of contact with?
  • What is the current integrity and importance of the ecosystems in each area?
Based on global information on more than 300,000 species distribution, we evaluates the importance of biodiversity on a site and indicates the threatened species that inhabit the site. It also shows ecosystem integrity respective to biome type, allowing you to determine priority areas from a comprehensive perspective.

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E1/E2 in TNFD

[COMMING SOON]
What GBNAT provides: Identify Impact and Dependency.

  • Screening for dependencies and impacts at the sector-level, as well as evaluating the degree to which the situation warrants close attention by linking to location information.
  • Identification of relevant ecosystem services, environmental resources, dependencies and impacts

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Reports

Terrestrial Report

Visualize the contact points between your business locations and terrestrial ecosystems.

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Reports

Marine Report

An unparalleled data platform for marine biodiversity allows in-depth assesment of marine ecosystems.

More than 10 Years of Experience

Natural Capital Big Data provides comprehensive visibility into your business's contact with nature, its impact on nature and its dependencies on nature.

+120000

Terrestrial species

+30000

Marine species

+150

Data layers

Data Available on GBNAT

Our world leading biodiversity datasets encompasses both terrestrial and marine realms.

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Biodiversity Importance (Terrestrial)

An indicator of the importance of site's biodiversity in terms of extinction risk reduction, calculated using the species composition of +120,000 vertebrate and tree species, ranging from 0 to 1, with higher values indicating greater importance.

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Biodiversity Importance (Marine)

An indicator of the importance of site's biodiversity in terms of extinction risk reduction, calculated using the species composition of +30,000 marine species, ranging from 0 to 1, with higher values indicating greater importance. Based on the distribution and rarity of each species, sites are ranked to have the least species loss. It is a direct indicator of priority areas that should be conserved.

Biodiversity Intanctness

Habitat maps and natural forest distribution data were used to compute the distribution of various natural habitats and artificial environments. Ecosystem integrity was spatially layered by multiplying the obtained spatial layers by a coefficient (MSA value that is 1 for natural conditions and less than 1 if modified: CISL (2020) values were used).

Ecoregion

Crassification of Ecoregions.

Forest area change

Using satellite image (Landsat) data, changes in global forests (vegetation with a height greater than 5 m) were modelled and projected on a 1-arcsec grid; the difference between the percent forest area in 2000 and the percent in 2020 was calculated.

Human Footprint Increase

An index that integrates a person's pressure on the environment and scores it between 0 and 50. The increase in this value from 2000 to 2019. Geographic data on building construction, population, power infrastructure, farmland, roads, and canals were combined into a single footprint score.

Water Quality Risk

Biochemical oxygen demand (BOD) represents the quantity of oxygen necessary for the microbial metabolism of organic substances present in water; a value of 2 or less indicates high quality water, such as a mountain stream. Using a global comprehensive dataset of water quality, we used Random Forest to estimate the linkages to environmental factors. Using this learning model, BOD values were projected globally.

Flood Frequency

Created by counting the number of times a flood affected the area between 1985 and 2021.

Drought Possibility

AWARE index: an indicator of how little water is available; a value of 1 indicates that there is as much available water as the global average, while a value of 10 indicates that there is only 1/10th of the global average.

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Worked Demo

Price Table (Approx.)

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