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Stagnosol
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A Stagnosol in the World Reference Base for Soil Resources (WRB) is with strong mottling of the due to caused by stagnating surface . Stagnosols are periodically wet and in the topsoil and , with or without and/or bleaching. The topsoil can also be completely bleached (albic ). A common name in many national classification systems for most Stagnosols is pseudogley. In the USDA soil taxonomy, many of them belong to the Aqualfs, Aquults, Aquents, Aquepts and Aquolls.

They are developed in a wide variety of unconsolidated materials like , and aeolian, and and siltstone. Stagnosols occur on flat to gently sloping land in cool temperate to regions with humid to perhumid climate conditions.

The suitability of Stagnosols is limited because of their deficiency resulting from stagnating water above a dense subsoil. Therefore, they have to be drained. However, in contrast to , drainage with channels or pipes is in many cases insufficient. It is necessary to have a higher in the subsoil in order to improve the hydraulic conductivity. This may be achieved by deep loosening or deep ploughing. Drained Stagnosols can be owing to their moderate degree of leaching.

Stagnosols cover 150–200 million ha worldwide. For the greater part in humid to perhumid temperate regions of and , , southeast and . Here Stagnosols are associated with as well as to and . They also occur in humid to perhumid subtropical regions, where they are associated with and . with a light-coloured, , surface that shows signs of periodic stagnation and abruptly overlies a dense, slowly permeable subsoil with significantly more clay than the surface horizon. In the US Soil Classification of 1938 used the name Planosols, whereas its successor, the USDA soil taxonomy, includes most Planosols in the Great Groups Albaqualfs, Albaquults and Argialbolls.


See also
  • Pedology (soil study)
  • Soil classification
  • IUSS Working Group WRB: World Reference Base for Soil Resources, fourth edition. International Union of Soil Sciences, Vienna 2022. ([1]).


Further reading
  • (2025). 9780792371052
  • W. Zech, P. Schad, G. Hintermaier-Erhard: Soils of the World. Springer, Berlin 2022, Chapter 3.3.5.


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