European Soil Database Maps

This page provides a list of maps for the 73 Attributes of the European Soil Database grouped into 14 Groups. All maps are "dominant value" maps. Each bullet in the list below lists :

  • the name of the attribute in the European Soil Database (ESDB);
  • a short description of the attribute ;
  • T : link to thematic map for the attribute ;
  • P : link to purity map for the attribute ;
  • C : link to confidence level map for the attribute.

 

Soil Classification WRB

  • WRB-FULL: Full soil code of the STU from the World Reference Base (WRB) for Soil Resources. ( T, P, C )
  • WRB-LEV1 : Soil reference group code of the STU from the World Reference Base (WRB) for Soil Resources. ( T, P, C )
  • WRB-ADJ1 : First soil adjective code of the STU from the World Reference Base (WRB) for Soil Resources. ( T, P, C )
  • WRB-ADJ2 : Second soil adjective code of the STU from the World Reference Base (WRB) for Soil Resources. ( T, P, C )

Soil Classification FAO

  • FAO90-FULL : Full soil code of the STU from the 1990 FAO-UNESCO Soil Legend. ( T, P, C )
  • FAO90-LEV1 : Soil major group code of the STU from the 1990 FAO-UNESCO Soil Legend. ( T, P, C )
  • FAO90-LEV2 : Second level soil code of the STU from the 1990 FAO-UNESCO Soil Legend. ( T, P, C )
  • FAO85-FULL : Full soil code of the STU from the 1974 (modified CEC 1985) FAO-UNESCO Soil Legend. ( T, P, C )
  • FAO85-LEV1 : Soil major group code of the STU from the 1974 (modified CEC 1985) FAO-UNESCO Soil Legend. ( T, P, C )
  • FAO85-LEV2 : Second level soil code of the STU from the 1974 (modified CEC 1985) FAO-UNESCO Soil Legend. ( T, P, C )
  • FAO85-LEV3 : Third level soil code of the STU from the 1974 (modified CEC 1985) FAO-UNESCO Soil Legend. ( T, P, C )

Texture

  • TEXT-SRF-DOM : Dominant surface textural class of the STU. ( T, P, C )
  • TEXT-SRF-SEC : Secondary surface textural class of the STU. ( T, P, C )
  • TEXT-SUB-DOM : Dominant sub-surface textural class of the STU. ( T, P, C )
  • TEXT-SUB-SEC : Secondary sub-surface textural class of the STU. ( T, P, C )
  • TEXT-DEP-CHG : Depth class to a textural change of the dominant and/or secondary surface texture of the STU. ( T, P, C )

Parent Material

  • PAR-MAT-DOM : Code for dominant parent material of the STU. ( T, P, C )
  • PAR-MAT-DOM1 : Major group code for the dominant parent material of the STU. ( T, P, C )
  • PAR-MAT-DOM2 : Second level code for the dominant parent material of the STU. ( T, P, C )
  • PAR-MAT-DOM3 : Third level code for the dominant parent material of the STU. ( T, P, C )
  • PAR-MAT-SEC : Code for secondary parent material of the STU. ( T, P, C )
  • PAR-MAT-SEC1 : Major group code for the secondary parent material of the STU. ( T, P, C )
  • PAR-MAT-SEC2 : Second level code for the secondary parent material of the STU. ( T, P, C )
  • PAR-MAT-SEC3 : Third level code for the secondary parent material of the STU. ( T, P, C )

Land Use

  • USE-DOM : Code for dominant land use of the STU. ( T, P, C )
  • USE-SEC : Code for secondary land use of the STU. ( T, P, C )

Limitation to agricultural use

  • AGLIM1 : Code of the most important limitation to agricultural use of the STU. ( T, P, C )
  • AGLIM2 : Code of a secondary limitation to agricultural use of the STU. ( T, P, C )

Obstacle to roots

  • ROO : Depth class of an obstacle to roots within the STU. ( T, P, C )

Impermeable Layer

  • IL : Code for the presence of an impermeable layer within the soil profile of the STU. ( T, P, C )

Soil Water Regime

  • WR : Dominant annual average soil water regime class of the soil profile of the STU. ( T, P, C )

Water Management System

  • WM1 : Code for normal presence and purpose of an existing water management system in agricultural land on more than 50% of the STU. ( T, P, C )
  • WM2 : Code for the type of an existing water management system. ( T, P, C )

Altitude

  • ZMAX : Maximum elevation above sea level of the STU (in metres). ( T, P, C )
  • ZMIN : Minimum elevation above sea level of the STU (in metres). ( T, P, C )

Slope

  • SLOPE-DOM : Dominant slope class of the STU. ( T, P, C )
  • SLOPE-SEC : Secondary slope class of the STU. ( T, P, C )

Primary properties

  • TEXT : Dominant surface textural class (completed from dominant STU). ( T, P, C )
  • OC_TOP : Topsoil organic carbon content. ( T, P, C )
  • PEAT : Peat. ( T, P, C )
  • ALT : Elevation ( T, P, C )

Chemical properties

  • DIFF : Soil profile differentiation. ( T, P, C )
  • MIN : Profile mineralogy. ( T, P, C )
  • MIN_TOP : Topsoil mineralogy. ( T, P, C )
  • MIN_SUB : Subsoil mineralogy. ( T, P, C )
  • CEC_TOP : Topsoil cation exchange capacity. ( T, P, C )
  • CEC_SUB : Subsoil cation exchange capacity. ( T, P, C )
  • BS_TOP : Base saturation of the topsoil. ( T, P, C )
  • BS_SUB : Base saturation of the subsoil. ( T, P, C )

Mechanical properties

  • DR : Depth to rock. ( T, P, C )
  • VS : Volume of stones. ( T, P, C )
  • TD : Rule inferred subsoil texture. ( T, P, C )
  • STR_TOP : Topsoil structure. ( T, P, C )
  • STR_SUB : Subsoil structure. ( T, P, C )
  • PD_TOP : Topsoil packing density. ( T, P, C )
  • PD_SUB : Subsoil packing density. ( T, P, C )

Hydrological properties

  • PMH : Parent material hydro-geological type. ( T, P, C )
  • DGH : Depth to a gleyed horizon. ( T, P, C )
  • DIMP : Depth to an impermeable layer. ( T, P, C )
  • HG : Hydro-geological class. ( T, P, C )
  • AWC_TOP : Topsoil available water capacity. ( T, P, C )
  • EAWC_TOP : Topsoil easily available water capacity. ( T, P, C )
  • AWC_SUB : Subsoil available water capacity. ( T, P, C )
  • EAWC_SUB : Subsoil easily available water capacity. ( T, P, C )

Applications

  • AGLIM1NNI : Dominant limitation to agricultural use (without no information). ( T, P, C )
  • AGLIM2NNI : Secondary limitation to agricultural use (without no information). ( T, P, C )
  • USE : Regrouped land use class. ( T, P, C )
  • ATC : Accumulated temperature class. ( T, P, C )
  • TEXT-CRUST : Textural factor of soil crusting. ( T, P, C )
  • PHYS-CHIM : Physi-chemical factor of soil crusting & erodibility. ( T, P, C )
  • CRUSTING : Soil crusting class. ( T, P, C )
  • TEXT-EROD : Textural factor of soil erodibility. ( T, P, C )
  • ERODIBILITY : Soil erodibility class. ( T, P, C )

 

Go Back To

All Resources

Displaying 1 - 7 of 7
  • [title_1]
    Region: Latin America
    Description: More than half of the 576 million hectares of arable land in Latin America are affected by degradation, particularly in South America and Mesoamerica. The main causes are change in land use, over-exploitation, climate change, and social inequality. The atlas presents strategies for soil...
    Language: EN
  • [title_1]
    Region: Europe
    Description: The visually stunning 128-page atlas uses photos, texts, and maps to showcase the diversity of soils across Europe. It serves as a comprehensive guide to soil biology, providing information for non-specialists. The first part covers the below ground environment, soil biota, ecosystem functions, and...
    Language: EN
  • [title_1]
    Region: Northern Circumpolar
    Description: The atlas is a result of a three-year collaborative project with partners from northern EU countries, Norway, Iceland, Greenland, Canada, the USA, and Russia. It provides a detailed overview of circumpolar soil resources relevant to agriculture, forest management, water management, land use...
    Language: EN
  • [title_1]
    Region: Global
    Description: The Atlas describes soil as habitat for the diversity of organisms that live under our feet. At the same time, it draws attention to the threats to soil biodiversity, such as invasive species, pollution, intensive land use practices or climate change. The Atlas provides current solutions for a...
    Language: EN
  • [title_1]
    Region: Asia
    Description: Asia has fertile land but fragile soils, often lacking essential nutrients and organic matter. Aridity and desertification affect much of the continent, and tropical rainforest soils depend on organic matter from natural vegetation. Deforestation disrupts this cycle and reduces soil productivity,...
    Language: EN
  • [title_1]
    Region: Europe
    Description: The Soil Bureau Network (ESBN) has contributed to consolidating soil information from various European countries with different methodologies and scientific backgrounds into a single geographic information system (GIS), demonstrating that a harmonized approach is possible. This effort has resulted...
    Language: EN
    Keywords: Soil Maps
  • [title_1]
    Region: Africa
    Description: Africa has a diverse range of soil types, with over 60% representing hot, arid, or immature soil assemblages. A further 20% are tropical or subtropical soils. The continent also has a considerable number of soil types associated with local soil-forming factors. Unlike other continents, Africa does...
    Language: EN, Fr, EPUB & Kindle