0000000001268489

AUTHOR

P. Mori

LIFE AForClimate: approcci predittivi per una selvicoltura del faggio in sintonia con il clima

Numerosi studi hanno dimostrato che l’incremento delle temperature medie stagionali e le variazioni nel regime stagionale delle precipitazioni influenzano direttamente la variabilità di crescita dei popolamenti forestali. Conoscere la risposta delle foreste alla variabilità del clima è propedeutica a calibrare gli interventi selvicolturali per garantire minore stress alle piante e una migliore efficienza ecosistemica. Il progetto LIFE AForClimate (LIFE15 CCA/IT/000089 - Adaption of FORest management to CLIMATE variability: an ecological approach) mira a fornire soluzioni concrete per realizzare una gestione forestale efficace nell’adattamento ai cambiamenti climatici e definire un metodo pe…

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Predicting the availability of users' devices in Decentralized Online Social Networks

The understanding of the user temporal behavior is a crucial aspect for all those systems that rely on user resources for daily operations, such as decentralized online social networks (DOSNs). Indeed, DOSNs exploit the devices of their users to take on and share the tasks needed to provide services such as storing the published data. In the last years, the increasing popularity of DOSN services has changed the way of how people interact with each other by enabling users to connect to these services at any time by using their personal devices (such as notebooks or smartphones). As a result, the availability of data in these systems is strongly affected (or reflected) by the temporal behavio…

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