2010
DOI: 10.4081/ija.2006.s3.577
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Influence of snow cover distribution on soil temperature and nutrient dynamics in alpine pedoenvironments

Abstract: RiassuntoNegli ambienti agro-forestali alpini la neve permane al suolo dai sei agli otto mesi all'anno in relazione alla quota ed alla esposizione. L'acqua è quindi immobilizzata allo stato solido per la maggior parte del periodo invernale e rilasciata al suolo in un breve periodo di tempo nel corso del disgelo primaverile. In questi ambienti il regime delle precipitazioni nevose esercita un ruolo fondamentale nel condizionare la temperatura e la dinamica degli elementi nutritivi del suolo, ed in particolare d… Show more

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“…The greater winter cooling of soils at the Białystok station, located more to the south, results from the shorter period with snow cover. This is in line with Zanini, Freppaz (2006) results, where decreases of soil temperature were documented when snow cover was absent and then freezethaw process was accelerated. Mean soil temperature values in both stations were lowest at the depth 50 cm and difference between mean values were statistically not significant (Table 2).…”
Section: Seasonal and Profile Differentiation Of Soil Temperaturesupporting
confidence: 92%
“…The greater winter cooling of soils at the Białystok station, located more to the south, results from the shorter period with snow cover. This is in line with Zanini, Freppaz (2006) results, where decreases of soil temperature were documented when snow cover was absent and then freezethaw process was accelerated. Mean soil temperature values in both stations were lowest at the depth 50 cm and difference between mean values were statistically not significant (Table 2).…”
Section: Seasonal and Profile Differentiation Of Soil Temperaturesupporting
confidence: 92%