Changes in water repellency, aggregation and organic matter of a mollic horizon burned in laboratory: Soil depth affected by fire - Badía-Villas, David; González-Pérez, José A.; Aznar, Javier M.; Arjona-Gracia, Beatriz; Martí-Dalmau, Clara (Geoderma, 2014)
Keywords: aggregate stability; Agronomy. Soil science and plant productions; alkanes; alkenes; Biological and medical sciences; burning; carbon; Combustion; coniferous forests; Earth sciences; Earth, ocean, space; erodibility; Exact sciences and technology; fatty acids; Fires; Forest fire; Forest fires; Fundamental and applied biological sciences. Psychology; Horizon; hydrophobicity; lignin; organic horizons; organic matter; Outdoor; Phaeozems; Pine; Pinus halepensis; Py–GC/MS; Soil (material); Soil aggregate stability; soil aggregates; soil depth; Soil organic carbon; Soils; Surficial geology; terpenoids; Topsoil; Topsoil depth; Wettability; Py–GC/MS; Soil aggregate stability; Wettability; Topsoil depth; Forest fire; Soil organic carbon; Structure stability; Top soil; Hydrophobicity; Laboratory; Phaeozems; mass spectroscopy; Aggregation; pyrolysis; Py-GC/MS; Gymnospermae; soils; Pinus halepensis; gas chromatograms; Soil structure; history; fires; depth; combustion; Fire; organic materials; Coniferales; Spermatophyta; Total organic carbon; soil erosion; Fire effect; Coniferous forest