Matches in SemOpenAlex for { <https://semopenalex.org/work/W2164429213> ?p ?o ?g. }
- W2164429213 endingPage "140" @default.
- W2164429213 startingPage "131" @default.
- W2164429213 abstract "Abstract. Fire is a natural factor of landscape evolution in Mediterranean ecosystems. The middle Ebro Valley has extreme aridity, which results in a low plant cover and high soil erodibility, especially on gypseous substrates. The aim of this research is to analyze the effects of moderate heating on physical and chemical soil properties, mineralogical composition and susceptibility to splash erosion. Topsoil samples (15 cm depth) were taken in the Remolinos mountain slopes (Ebro Valley, NE Spain) from two soil types: Leptic Gypsisol (LP) in a convex slope and Haplic Gypsisol (GY) in a concave slope. To assess the heating effects on the mineralogy we burned the soils at 105 and 205 °C in an oven and to assess the splash effects we used a rainfall simulator under laboratory conditions using undisturbed topsoil subsamples (0–5 cm depth of Ah horizon). LP soil has lower soil organic matter (SOM) and soil aggregate stability (SAS) and higher gypsum content than GY soil. Gypsum and dolomite are the main minerals (>80%) in the LP soil, while gypsum, dolomite, calcite and quartz have similar proportions in GY soil. Clay minerals (kaolinite and illite) are scarce in both soils. Heating at 105 °C has no effect on soil mineralogy. However, heating to 205 °C transforms gypsum to bassanite, increases significantly the soil salinity (EC) in both soil units (LP and GY) and decreases pH only in GY soil. Despite differences in the content of organic matter and structural stability, both soils show no significant differences (P < 0.01) in the splash erosion rates. The size of pores is reduced by heating, as derived from variations in soil water retention capacity." @default.
- W2164429213 created "2016-06-24" @default.
- W2164429213 creator A5013224690 @default.
- W2164429213 creator A5029103040 @default.
- W2164429213 creator A5042397820 @default.
- W2164429213 creator A5063886514 @default.
- W2164429213 creator A5069346367 @default.
- W2164429213 date "2014-03-12" @default.
- W2164429213 modified "2023-10-09" @default.
- W2164429213 title "Thermal shock and splash effects on burned gypseous soils from the Ebro Basin (NE Spain)" @default.
- W2164429213 cites W1956418552 @default.
- W2164429213 cites W1971340502 @default.
- W2164429213 cites W1971981820 @default.
- W2164429213 cites W1973794622 @default.
- W2164429213 cites W1977168752 @default.
- W2164429213 cites W1977830794 @default.
- W2164429213 cites W1981705956 @default.
- W2164429213 cites W1983173811 @default.
- W2164429213 cites W1984862627 @default.
- W2164429213 cites W1986679712 @default.
- W2164429213 cites W1993405138 @default.
- W2164429213 cites W1994453550 @default.
- W2164429213 cites W1995443136 @default.
- W2164429213 cites W1997410364 @default.
- W2164429213 cites W2002155218 @default.
- W2164429213 cites W2004032824 @default.
- W2164429213 cites W2004243879 @default.
- W2164429213 cites W2014253636 @default.
- W2164429213 cites W2017681397 @default.
- W2164429213 cites W2017893118 @default.
- W2164429213 cites W2019163615 @default.
- W2164429213 cites W2021978640 @default.
- W2164429213 cites W2022851483 @default.
- W2164429213 cites W2024615693 @default.
- W2164429213 cites W2030253257 @default.
- W2164429213 cites W2039816958 @default.
- W2164429213 cites W2043140216 @default.
- W2164429213 cites W2043921875 @default.
- W2164429213 cites W2049987179 @default.
- W2164429213 cites W2051090906 @default.
- W2164429213 cites W2056328560 @default.
- W2164429213 cites W2058187967 @default.
- W2164429213 cites W2059791617 @default.
- W2164429213 cites W2061686360 @default.
- W2164429213 cites W2068727523 @default.
- W2164429213 cites W2069001895 @default.
- W2164429213 cites W2070223217 @default.
- W2164429213 cites W2075669838 @default.
- W2164429213 cites W2077120979 @default.
- W2164429213 cites W2080411715 @default.
- W2164429213 cites W2082349550 @default.
- W2164429213 cites W2085410942 @default.
- W2164429213 cites W2088346002 @default.
- W2164429213 cites W2090718364 @default.
- W2164429213 cites W2092911697 @default.
- W2164429213 cites W2099484006 @default.
- W2164429213 cites W2101144110 @default.
- W2164429213 cites W2108828563 @default.
- W2164429213 cites W2110306174 @default.
- W2164429213 cites W2112120006 @default.
- W2164429213 cites W2130054667 @default.
- W2164429213 cites W2137764911 @default.
- W2164429213 cites W2143181620 @default.
- W2164429213 cites W2146610277 @default.
- W2164429213 cites W2148975020 @default.
- W2164429213 cites W2164668723 @default.
- W2164429213 cites W2169614264 @default.
- W2164429213 cites W2313461483 @default.
- W2164429213 cites W2324295141 @default.
- W2164429213 cites W2614745257 @default.
- W2164429213 cites W3147214708 @default.
- W2164429213 cites W8450656 @default.
- W2164429213 doi "https://doi.org/10.5194/se-5-131-2014" @default.
- W2164429213 hasPublicationYear "2014" @default.
- W2164429213 type Work @default.
- W2164429213 sameAs 2164429213 @default.
- W2164429213 citedByCount "9" @default.
- W2164429213 countsByYear W21644292132015 @default.
- W2164429213 countsByYear W21644292132016 @default.
- W2164429213 countsByYear W21644292132017 @default.
- W2164429213 countsByYear W21644292132020 @default.
- W2164429213 countsByYear W21644292132021 @default.
- W2164429213 crossrefType "journal-article" @default.
- W2164429213 hasAuthorship W2164429213A5013224690 @default.
- W2164429213 hasAuthorship W2164429213A5029103040 @default.
- W2164429213 hasAuthorship W2164429213A5042397820 @default.
- W2164429213 hasAuthorship W2164429213A5063886514 @default.
- W2164429213 hasAuthorship W2164429213A5069346367 @default.
- W2164429213 hasBestOaLocation W21644292131 @default.
- W2164429213 hasConcept C121332964 @default.
- W2164429213 hasConcept C127313418 @default.
- W2164429213 hasConcept C151730666 @default.
- W2164429213 hasConcept C153294291 @default.
- W2164429213 hasConcept C159390177 @default.
- W2164429213 hasConcept C159750122 @default.
- W2164429213 hasConcept C199289684 @default.
- W2164429213 hasConcept C20529654 @default.
- W2164429213 hasConcept C2778218555 @default.