Summary. In order to investigate the influence of elevation and consequently of the climate, we studied the trend of organic matter storage in prairie soils along a elevation gradient (from 950 m to 2500 m above sea level) in a mountainous environment located in the Majella massif (Central Italy). The results showed that the humic C and the total organic C (TOC) increased until about 1550 m above sea level and decreased afterwards, while the humic C/ TOC ratio increased until about 1500 m, decreased from about 1500 and 1900 m and increased again at the highest elevations. Along the elevation gradient, the total N showed a constant increase. This trend suggested that, at the higher altitudes, the low actual temperature controls the mineralization rate, although the low TOC/N ratio suggested a high potential degradability of the organic matter.

Role of the altitude on the organic matter preservation in soils under a secondary praire on the Majella massif, Italy / Cioci, C; Corti, Giuseppe; Agnelli, A; Cocco, Stefania. - In: AGROCHIMICA. - ISSN 0002-1857. - 52:(2008), pp. 313-324.

Role of the altitude on the organic matter preservation in soils under a secondary praire on the Majella massif, Italy.

CORTI, Giuseppe;COCCO, Stefania
2008-01-01

Abstract

Summary. In order to investigate the influence of elevation and consequently of the climate, we studied the trend of organic matter storage in prairie soils along a elevation gradient (from 950 m to 2500 m above sea level) in a mountainous environment located in the Majella massif (Central Italy). The results showed that the humic C and the total organic C (TOC) increased until about 1550 m above sea level and decreased afterwards, while the humic C/ TOC ratio increased until about 1500 m, decreased from about 1500 and 1900 m and increased again at the highest elevations. Along the elevation gradient, the total N showed a constant increase. This trend suggested that, at the higher altitudes, the low actual temperature controls the mineralization rate, although the low TOC/N ratio suggested a high potential degradability of the organic matter.
2008
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11566/52308
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