To provide adequate answers to recurring problems in land and water resources management, nowadays the use of physically based models is widespread. The reliability of the responses of this kind of model is closely linked to the precision with which model parameters are determined, such as soil hydraulic characteristics and meteorological variables. In this work, we set up a complete station for the monitoring of both meteorological and soil variables, as well as a soil hydraulic characterization. The experimental site shows vertic characteristics and is in Guardia Perticara, Basilicata region, Italy
AbstractUnderstanding and characterizing the soil moisture spatial variability and its relevant phys...
In the framework of the international Mesoscale Alpine Programme (MAP), several Italian research gro...
he knowledge of soil water content (SWC) of the upper soil layer is important for most hydrological ...
To provide adequate answers to recurring problems in land and water resources management, nowadays t...
To provide adequate answers to recurring problems in land and water resources management, nowadays t...
To provide adequate answers to recurring problems in land and water resources management, nowadays ...
In the framework of the Mesoscale Alpine Programme (MAP), soil water content profiles were collected...
In the framework of the National Project: “Esplorazione geofisica e geologica di alcuni complessi ac...
AQUATER is a research project funded by the Italian Ministry of Agriculture, Food and Forestry Polic...
An experimental field campaign was performed during summer 2012 in an Alpine environment (Cividate C...
Characterizing the spatial dynamics of soil moisture is a key issue in hydrology, offering an avenue...
In this work, Soil Water Characteristic Curves (SWCCs) were reconstructed through simultaneous field...
Indirect measurements of field-scale (hectometer grid-size) spatial-average near-surface soil moistu...
Management of water resources in basins under Mediterranean climate is based on the knowledge of the...
AbstractAn experimental field campaign was performed during summer 2012 in an Alpine environment (Ci...
AbstractUnderstanding and characterizing the soil moisture spatial variability and its relevant phys...
In the framework of the international Mesoscale Alpine Programme (MAP), several Italian research gro...
he knowledge of soil water content (SWC) of the upper soil layer is important for most hydrological ...
To provide adequate answers to recurring problems in land and water resources management, nowadays t...
To provide adequate answers to recurring problems in land and water resources management, nowadays t...
To provide adequate answers to recurring problems in land and water resources management, nowadays ...
In the framework of the Mesoscale Alpine Programme (MAP), soil water content profiles were collected...
In the framework of the National Project: “Esplorazione geofisica e geologica di alcuni complessi ac...
AQUATER is a research project funded by the Italian Ministry of Agriculture, Food and Forestry Polic...
An experimental field campaign was performed during summer 2012 in an Alpine environment (Cividate C...
Characterizing the spatial dynamics of soil moisture is a key issue in hydrology, offering an avenue...
In this work, Soil Water Characteristic Curves (SWCCs) were reconstructed through simultaneous field...
Indirect measurements of field-scale (hectometer grid-size) spatial-average near-surface soil moistu...
Management of water resources in basins under Mediterranean climate is based on the knowledge of the...
AbstractAn experimental field campaign was performed during summer 2012 in an Alpine environment (Ci...
AbstractUnderstanding and characterizing the soil moisture spatial variability and its relevant phys...
In the framework of the international Mesoscale Alpine Programme (MAP), several Italian research gro...
he knowledge of soil water content (SWC) of the upper soil layer is important for most hydrological ...