University of Sassari, Italy
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Affiliated Works
sorted by decreasing year, and then by display-name
- A Theoretical Framework for the Temporal Dynamics of Soil Moisture Variability
- Temporal Dynamics of Soil Moisture Variability at the Landscape Scale: Implications for Land Surface Models.
- Temporal Dynamics of Soil Moisture Variability at the Landscape Scale: Implications for Land Surface Models
- Evaluation of the Advanced-Canopy-Atmosphere-Surface Algorithm (ACASA Model) Using Eddy Covariance Technique Over Sparse Canopy
- Mereu, V
- ENERGY AND MASS FLUX SIMULATIONS IN URBAN AREA USING THE ACASA MODEL
- A Regional Study of Urban Fluxes from a Coupled WRF-ACASA Model
- Investigation on the Acasa Model Performance Over Mediterranean Maquis Ecosystem
- Partitioning of soil respiration components in a Mediterranean maquis ecosystems
- Carbon loss and greenhouse gas emission from extreme fire events occurred in Sardinia, Italy
- Climate Change Impacts on Crop Production in Nigeria
- Evaluation of the impact of planning alternative strategies on urban metabolism with the ACASA model
- Irrigation Management Strategies: a way to improve Water Productivity
- Long term flux ecosystem exchange over a Mediterranean shrubland ecosystem
- Modelling regional climate change and urban planning scenarios and their impacts on the urban environment in two cities with WRF-ACASA
- Soil carbon projections in a Mediterranean area using RothC model
- Application of wildfire simulation methods to assess wildfire exposure in a Mediterranean fire-prone area (Sardinia, Italy)
- Characterization of fire regime in Sardinia (Italy)
- Evapotranspiration Modeling and Measurements at Ecosystem Level
- Modeling Energy and Mass Fluxes Over a Vineyard Using the Acasa Model
- Recent Developments in Surface Renewal Analysis of Evapotranspiration
- Regional simulation of urban evapotranspiration over Helsinki, Finland in 2008
- Carbon Footprint Analysis for a GRAPE Production Case Study
- Modelling Approach to Assess Future Agricultural Water Demand
- Projected climate change impacts and short term predictions on staple crops in Sub-Saharan Africa
- Urban Fluxes Monitoring and Development of Planning Strategies to Reduce Ghg Emissions in AN European City
- Investigation on the Reference Evapotranspiration Distribution at Regional Scale By Alternative Methods to Compute the FAO Penman-Monteith Equation
- Observing Mean Annual Mediterranean Maquis Ecosystem Respiration
- Searching for hot spots and hot moments of soil denitrification in northern hardwood forests
- Dating shallow thrusts by quantifying shear heating
- Influence of Different Environmental Variables on Energy and Carbon Fluxes in a Mediterranean Maquis Site
- Monitoring Energy and Carbon Fluxes in a Mediterranean City
- Using Different Spatial Scales of Climate Data for Regional Climate Impact Assessment: Effect on Crop Modeling Analysis
- Measuring and Modeling Root Distribution and Root Reinforcement in Forested Slopes for Slope Stability Calculations
- P-T-t-d Paths from Lithospheric Shear Zones During Subduction: Links Between Deformation, Magmatism and Metamorphism
- Sensitivity analysis of a model for water infiltration into dual permeability soils
- Assessment of Seasonal Forecast and Agrometeorological Indexes for use in Europe and Mediterranean Areas
- Climate Change Risk on Cereal Production in the Euro-Mediterranean Area
- Recent fire patterns in Italy, consequent carbon loss and greenhouse gas emissions, and implications for land and fire management
- Stock and future change of soil organic carbon in the Euro-Mediterranean forest and tree crop systems
- The Sardinia Adaptation Strategy to Climate Change Towards a Sustainable Development
- Time-dependent thermal record of a phyllosilicate-rich thrust fault
- Exploring fire behaviour pattern and recurrent weather scenarios using fire simulators in the Mediterranean area: the case of Apulia region (Italy)
- Seasonal forecasting of Agroclimatic indices in Mediterranean areas: testing tools for improving predictability
- Aeolian Land Erosion Mapping Using Satellite-Derived Covariates and Machine Learning Framework
- Tracking Changes in CO2 Urban Emissions at Neighbourhoods Scale During the COVID-19 Waves Series and Beyond