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GEO BON logo iDiv logo Beta version
GEO BON

EBV Data Portal

The EBV Data Portal includes a variety of EBV raster datasets. You can import these datasets into the map with a single click. You can also upload your own EBV raster data or vector data for private use or sharing with others.
GEO BON

EBV Data Portal

The EBV Data Portal includes a variety of EBV raster datasets. You can import these datasets into the map with a single click. You can also upload your own EBV raster data or vector data for private use or sharing with others.
GEO BON

EBV Data Portal

The EBV Data Portal includes a variety of EBV raster datasets. You can import these datasets into the map with a single click. You can also upload your own EBV raster data or vector data for private use or sharing with others.

MEASURING THE BIODIVERSITY OF OUR PLANET

BIODIVERSITY OBSERVATIONS FOR A BETTER FUTURE

Essential Biodiversity Variables (EBVs), defined as the derived measurements required to study, report, and manage biodiversity change, focusing on status and trend in elements of biodiversity. EBVs play the role of brokers between monitoring initiatives and decision makers. They provide the first level of abstraction between low-level primary observations and high-level indicators of biodiversity.

Latest EBV Datasets

FILTER LATEST DATASETS BY

Global

Mean percentage of global tree canopy cover in the year 2000, defined as canopy closure for all vegetation taller than 5m in height.

Download Data (netCDF / 102.78MB)


  • Forest cover
  • Mean percentage

National

Datasets present the yearly maps of the start of vegetation active period (VAP) in coniferous forests and deciduous vegetation during 2001-2019 in Finland. The start of the vegetation active period is defined a...

Download Data (netCDF / 303.17kB)


  • Boreal
  • Green-up
  • Phenology
  • Vegetation
  • Start of season

Global

Changes in bird diversity at 1-degree resolution caused by land use, estimated by the cSAR model for 1900-2015 using LUH2.0 historical reconstruction of land-use.

Download Data (netCDF / 1.49MB)


  • BirdsLUH 2.0 projections
  • PREDICTS
  • land-use

Global

Changes in average local terrestrial diversity for each grid cell caused by land-use, land-use intensity, and human population density, estimated by the PREDICTS model (Purvis et al., 2018). It reports the numb...

Download Data (netCDF / 10.95MB)


  • PREDICTS

Ecosystem structure

Mean percentage of global tree canopy cover in the year 2000, defined as canopy closure for all vegetation taller than 5m in height.

Download Data (netCDF / 102.78MB)


  • Forest cover
  • Mean percentage

Ecosystem functioning

Datasets present the yearly maps of the start of vegetation active period (VAP) in coniferous forests and deciduous vegetation during 2001-2019 in Finland. The start of the vegetation active period is defined a...

Download Data (netCDF / 303.17kB)


  • Boreal
  • Green-up
  • Phenology
  • Vegetation
  • Start of season

Community composition

Changes in bird diversity at 1-degree resolution caused by land use, estimated by the cSAR model for 1900-2015 using LUH2.0 historical reconstruction of land-use.

Download Data (netCDF / 1.49MB)


  • BirdsLUH 2.0 projections
  • PREDICTS
  • land-use

Community composition

Changes in average local terrestrial diversity for each grid cell caused by land-use, land-use intensity, and human population density, estimated by the PREDICTS model (Purvis et al., 2018). It reports the numb...

Download Data (netCDF / 10.95MB)


  • PREDICTS

Terrestrial

Mean percentage of global tree canopy cover in the year 2000, defined as canopy closure for all vegetation taller than 5m in height.

Download Data (netCDF / 102.78MB)


  • Forest cover
  • Mean percentage

Terrestrial

Datasets present the yearly maps of the start of vegetation active period (VAP) in coniferous forests and deciduous vegetation during 2001-2019 in Finland. The start of the vegetation active period is defined a...

Download Data (netCDF / 303.17kB)


  • Boreal
  • Green-up
  • Phenology
  • Vegetation
  • Start of season

Terrestrial

Changes in bird diversity at 1-degree resolution caused by land use, estimated by the cSAR model for 1900-2015 using LUH2.0 historical reconstruction of land-use.

Download Data (netCDF / 1.49MB)


  • BirdsLUH 2.0 projections
  • PREDICTS
  • land-use

Terrestrial

Changes in average local terrestrial diversity for each grid cell caused by land-use, land-use intensity, and human population density, estimated by the PREDICTS model (Purvis et al., 2018). It reports the numb...

Download Data (netCDF / 10.95MB)


  • PREDICTS

Decade

Mean percentage of global tree canopy cover in the year 2000, defined as canopy closure for all vegetation taller than 5m in height.

Download Data (netCDF / 102.78MB)


  • Forest cover
  • Mean percentage

Yearly

Datasets present the yearly maps of the start of vegetation active period (VAP) in coniferous forests and deciduous vegetation during 2001-2019 in Finland. The start of the vegetation active period is defined a...

Download Data (netCDF / 303.17kB)


  • Boreal
  • Green-up
  • Phenology
  • Vegetation
  • Start of season

Decade

Changes in bird diversity at 1-degree resolution caused by land use, estimated by the cSAR model for 1900-2015 using LUH2.0 historical reconstruction of land-use.

Download Data (netCDF / 1.49MB)


  • BirdsLUH 2.0 projections
  • PREDICTS
  • land-use

Decadal

Changes in average local terrestrial diversity for each grid cell caused by land-use, land-use intensity, and human population density, estimated by the PREDICTS model (Purvis et al., 2018). It reports the numb...

Download Data (netCDF / 10.95MB)


  • PREDICTS

Ecosystem Types

Mean percentage of global tree canopy cover in the year 2000, defined as canopy closure for all vegetation taller than 5m in height.

Download Data (netCDF / 102.78MB)


  • Forest cover
  • Mean percentage

Vegetation

Datasets present the yearly maps of the start of vegetation active period (VAP) in coniferous forests and deciduous vegetation during 2001-2019 in Finland. The start of the vegetation active period is defined a...

Download Data (netCDF / 303.17kB)


  • Boreal
  • Green-up
  • Phenology
  • Vegetation
  • Start of season

Community Types

Changes in bird diversity at 1-degree resolution caused by land use, estimated by the cSAR model for 1900-2015 using LUH2.0 historical reconstruction of land-use.

Download Data (netCDF / 1.49MB)


  • BirdsLUH 2.0 projections
  • PREDICTS
  • land-use

Community Types

Changes in average local terrestrial diversity for each grid cell caused by land-use, land-use intensity, and human population density, estimated by the PREDICTS model (Purvis et al., 2018). It reports the numb...

Download Data (netCDF / 10.95MB)


  • PREDICTS

Florian Wolf

Mean percentage of global tree canopy cover in the year 2000, defined as canopy closure for all vegetation taller than 5m in height.

Download Data (netCDF / 102.78MB)


  • Forest cover
  • Mean percentage

Kristin Böttcher

Datasets present the yearly maps of the start of vegetation active period (VAP) in coniferous forests and deciduous vegetation during 2001-2019 in Finland. The start of the vegetation active period is defined a...

Download Data (netCDF / 303.17kB)


  • Boreal
  • Green-up
  • Phenology
  • Vegetation
  • Start of season

Ines Martins, Henrique Pereira

Changes in bird diversity at 1-degree resolution caused by land use, estimated by the cSAR model for 1900-2015 using LUH2.0 historical reconstruction of land-use.

Download Data (netCDF / 1.49MB)


  • BirdsLUH 2.0 projections
  • PREDICTS
  • land-use

Andy Purvis

Changes in average local terrestrial diversity for each grid cell caused by land-use, land-use intensity, and human population density, estimated by the PREDICTS model (Purvis et al., 2018). It reports the numb...

Download Data (netCDF / 10.95MB)


  • PREDICTS
MEASURING THE BIODIVERSITY OF OUR PLANET

EBV Data Portal

With Support By

The EBV Data Portal is supported by

eShape
iDiv
Philipps-University Marburg
Martin-Luther-University Halle-Wittenberg