Add to ORKGAutomated equilibrium tension plate lysimeters (AETLs) are arguably the most accurate method to measure unsaturated water and contaminant fluxes below the root zone at the scale of up to 1 m2. The AETL technique utilizes a porous sintered stainless-steel plate to provide a comparatively large sampling area with a continuously controlled vacuum that is in “equilibrium” with the surrounding vadose zone matric pressure to ensure measured fluxes represent those under undisturbed conditions
An automated tension infiltrometer including a soil contacting base to which is mounted a porous pla...
The development of protection and remediation plans for contaminated soil and groundwater require a ...
For the determination of groundwater recharge processes in arid environments, vadose zone water flux...
In this technical note we present the design, installation, and evaluation of a field monitoring sys...
Lysimeters are methodological experimental tools to study the water and matter fluxes in the vadose ...
Automatic control of high tension soil solution samplers (suction lysimeters) in response to the sur...
A promising technique is the use of large porous plates known as equilibrium tension plate lysimeter...
Due to textural changes in the volcanic materials, coupled with hydrophobic conditions, non-equilibr...
This document is a review of state of science regarding flux measurement technologies in the vadose ...
International audienceFor monitoring the vadose zone, different strategies can be chosen, depending ...
The measured drainage fluxes through a layered volcanic vadose zone exhibited high spatial variabili...
Different methods exist for measuring water and solute flux in and below the root zone. Besides indi...
Many of the organic compounds of environmental interest which are commonly found at contaminated sit...
The study of water migration and contaminant transport in soils is of fundamental importance in hydr...
Measuring leachate mobility in the vadose zone is necessary to understand the processes controlling ...
An automated tension infiltrometer including a soil contacting base to which is mounted a porous pla...
The development of protection and remediation plans for contaminated soil and groundwater require a ...
For the determination of groundwater recharge processes in arid environments, vadose zone water flux...
In this technical note we present the design, installation, and evaluation of a field monitoring sys...
Lysimeters are methodological experimental tools to study the water and matter fluxes in the vadose ...
Automatic control of high tension soil solution samplers (suction lysimeters) in response to the sur...
A promising technique is the use of large porous plates known as equilibrium tension plate lysimeter...
Due to textural changes in the volcanic materials, coupled with hydrophobic conditions, non-equilibr...
This document is a review of state of science regarding flux measurement technologies in the vadose ...
International audienceFor monitoring the vadose zone, different strategies can be chosen, depending ...
The measured drainage fluxes through a layered volcanic vadose zone exhibited high spatial variabili...
Different methods exist for measuring water and solute flux in and below the root zone. Besides indi...
Many of the organic compounds of environmental interest which are commonly found at contaminated sit...
The study of water migration and contaminant transport in soils is of fundamental importance in hydr...
Measuring leachate mobility in the vadose zone is necessary to understand the processes controlling ...
An automated tension infiltrometer including a soil contacting base to which is mounted a porous pla...
The development of protection and remediation plans for contaminated soil and groundwater require a ...
For the determination of groundwater recharge processes in arid environments, vadose zone water flux...