A procedure to estimate the mass balance in the superficial soil layer, using soil water content readings, is presented. The volumetric water content has been determined by the Time Domain Reflectometry technique. Under suitable assumptions the proposed procedure computes the loss or gain of water in a soil column of cross section equal to one. This allows estimating evaporation during drying periods and infiltration after precipitation events. The method was applied to soil moisture data collected during several field experiments realized both in a physical model at the Lido beach of Venice and in natural sites in mountain and suburban environment
International audienceTime domain reflectometry (TDR) was used to monitor soil water conditions and ...
Accurate estimation of the soil water balance (SWB) is important for a number of applications (e.g. ...
Volumetric soil water content (theta) can be evaluated in the field by direct or indirect methods. A...
The water content in the surface soil is a key factor in soil physic, meteorology, agronomy, and of ...
The soil water content profile in the first 70 cm layer was measured for a period of about 16 months...
Long series of soil moisture data have been collected during some field experiments using the Time D...
A physical model to measure some hydrological and thermal parameters in soils will to be set up. The...
The water balance of mass or volume is the primary building block in the study of flow. Its strict a...
A field experiment to measure evaporation from a bare sandy soil, starting from saturation, has been...
Data collected during some successive field experiments, carried out in the natural sandy soil of th...
The aim of the chapter is to show some practical and theoretical results related to the water mass b...
Over the past decade or so, the development and continuing refinement of the time-domain reflectomet...
In Chapter 4 we learned how to measure the matric potential energy of water in soil with a tensiomet...
007580281998PDFResearch PaperFHWA-RD-97-I 39SoilsMoisture contentVolumetric analysisDielectric prope...
The soil surface forms a critical interface between the vadose zone and the plant canopy or atmosphe...
International audienceTime domain reflectometry (TDR) was used to monitor soil water conditions and ...
Accurate estimation of the soil water balance (SWB) is important for a number of applications (e.g. ...
Volumetric soil water content (theta) can be evaluated in the field by direct or indirect methods. A...
The water content in the surface soil is a key factor in soil physic, meteorology, agronomy, and of ...
The soil water content profile in the first 70 cm layer was measured for a period of about 16 months...
Long series of soil moisture data have been collected during some field experiments using the Time D...
A physical model to measure some hydrological and thermal parameters in soils will to be set up. The...
The water balance of mass or volume is the primary building block in the study of flow. Its strict a...
A field experiment to measure evaporation from a bare sandy soil, starting from saturation, has been...
Data collected during some successive field experiments, carried out in the natural sandy soil of th...
The aim of the chapter is to show some practical and theoretical results related to the water mass b...
Over the past decade or so, the development and continuing refinement of the time-domain reflectomet...
In Chapter 4 we learned how to measure the matric potential energy of water in soil with a tensiomet...
007580281998PDFResearch PaperFHWA-RD-97-I 39SoilsMoisture contentVolumetric analysisDielectric prope...
The soil surface forms a critical interface between the vadose zone and the plant canopy or atmosphe...
International audienceTime domain reflectometry (TDR) was used to monitor soil water conditions and ...
Accurate estimation of the soil water balance (SWB) is important for a number of applications (e.g. ...
Volumetric soil water content (theta) can be evaluated in the field by direct or indirect methods. A...