Long-term field monitoring of slopes prone to shallow landslides can be a fundamental tool for the identification of failure conditions. The aim of this work was the development of a field monitoring system able to integrate different meteorological and hydrological tools, in order to enhance both frequency and quality of measurements. The equipment was installed on a slope susceptible to shallow landslides in north-eastern Oltrepò Pavese (Northern Italy). Some expedients were established to improve the interpretation of field data. This allowed for checking the accuracy of the data and obtaining a reliable comprehension of the soil-atmosphere interaction mechanisms. This approach can lead to a better identification of shallow landslides triggering conditions, in terms of both the failure mechanism and the occurrence time.
Field investigation of soil-atmosphere interaction on a slope prone to shallow landslides.
MEISINA, CLAUDIA;BORDONI, MASSIMILIANO;CHERSICH, SILVIA LIVILLA;PERSICHILLO, MARIA GIUSEPPINA
2016-01-01
Abstract
Long-term field monitoring of slopes prone to shallow landslides can be a fundamental tool for the identification of failure conditions. The aim of this work was the development of a field monitoring system able to integrate different meteorological and hydrological tools, in order to enhance both frequency and quality of measurements. The equipment was installed on a slope susceptible to shallow landslides in north-eastern Oltrepò Pavese (Northern Italy). Some expedients were established to improve the interpretation of field data. This allowed for checking the accuracy of the data and obtaining a reliable comprehension of the soil-atmosphere interaction mechanisms. This approach can lead to a better identification of shallow landslides triggering conditions, in terms of both the failure mechanism and the occurrence time.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
