Responses of Forest Ecosystems to Environmental Changes

pp 397-404

Soil Evolution After Fire in Quercus Ilex and Pinus Halepensis Forests

  • A. FerranAffiliated withDept. Biologia Vegetal, Universitat de Barcelona
  • , I. SerrasolsasAffiliated withDept. Biologia Vegetal, Universitat de Barcelona
  • , V. R. VallejoAffiliated withDept. Biologia Vegetal, Universitat de Barcelona

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Four contrasted burned sites in Catalonia (NE Spain) have been compared to-illustrate the diversified response to fire depending on the interaction of substrate-vegetation characteristics. Data from plant cover evolution, forest floor layers and soil chemical properties demonstrated that the garrigue on limestone is the most resilient ecosystem as a result of the resprouting capacity of Ouercus coccifera and the high soil stability. The shrubland on marls was however, the least resilient, with the poorest plant regeneration and greatest erosion rates. The plant communities on conglomerates and the holm oak forest on schists, represented intermediate situations, where the variable degree of erosion and nutrient losses were compensated by a rapid plant colonization just after the fire.