Add to ORKGThis essay provides a summary of “Advances in the Heat-Pulse Technique: Improvements in Measuring Soil Thermal Properties” recently appearing in Methods of Soil Analysis. Series
Two field studies were conducted to determine the effect of soil surface properties on physical proc...
Scientists from a wide range of disciplines – agriculturists, environmentalists, meteorologists, eco...
Soil bulk density (ρb) is a key indicator of soil compaction and soil health that relates to water i...
Accurate and continuous measurements of soil thermal and hydraulic properties are required for envir...
Surface layer soil water content is important for evaporation, surface energy balance, seed germinat...
Improving stewardship of soil and water resources often requires forming greater understanding of so...
A device capable of estimating soil properties quickly and accurately is of great worth to individua...
Measurements of thermal properties and water contents of soil are important for predicting the water...
Many important soil processes such as base exchange capacity, plant food availability and moisture h...
Advanced sensors provide new opportunities to improve the understanding of soil properties and proce...
Laboratory experiments on coupled heat and water transfer in soil have been limited in their measure...
When a dual probe heat pulse (DPHP) sensor is installed in soil near the soil-atmosphere interface, ...
Diffusive heat flux at the soil surface is commonly determined as a mean value over a time period us...
[1] Soil water flux is an important parameter in studies of runoff, infiltration, groundwater rechar...
Soil heat flux have shown prospects for researchers not only in the agricultural and infrastructure...
Two field studies were conducted to determine the effect of soil surface properties on physical proc...
Scientists from a wide range of disciplines – agriculturists, environmentalists, meteorologists, eco...
Soil bulk density (ρb) is a key indicator of soil compaction and soil health that relates to water i...
Accurate and continuous measurements of soil thermal and hydraulic properties are required for envir...
Surface layer soil water content is important for evaporation, surface energy balance, seed germinat...
Improving stewardship of soil and water resources often requires forming greater understanding of so...
A device capable of estimating soil properties quickly and accurately is of great worth to individua...
Measurements of thermal properties and water contents of soil are important for predicting the water...
Many important soil processes such as base exchange capacity, plant food availability and moisture h...
Advanced sensors provide new opportunities to improve the understanding of soil properties and proce...
Laboratory experiments on coupled heat and water transfer in soil have been limited in their measure...
When a dual probe heat pulse (DPHP) sensor is installed in soil near the soil-atmosphere interface, ...
Diffusive heat flux at the soil surface is commonly determined as a mean value over a time period us...
[1] Soil water flux is an important parameter in studies of runoff, infiltration, groundwater rechar...
Soil heat flux have shown prospects for researchers not only in the agricultural and infrastructure...
Two field studies were conducted to determine the effect of soil surface properties on physical proc...
Scientists from a wide range of disciplines – agriculturists, environmentalists, meteorologists, eco...
Soil bulk density (ρb) is a key indicator of soil compaction and soil health that relates to water i...