The wettability of soil is of great importance for plants and soil biota and in determining whether flooding and soil erosion will occur. The analysis used in common measurements of soil hydrophobicity makes the assumption that water always enters soils if the average contact angle between the soil and water is 90° or lower; these tests have been used for decades. The authors show theoretically and experimentally that water cannot enter many soils unless the contact angle is considerably lower than this, down to approximately 50°. This difference generates serious errors in determining and modeling soil wetting behavior
Water repellence is an important factor in soil erosion due to its role in inhibiting the re-establi...
Only very recently, it has become evident that soil hydrophobicity is wide-spread in the world. Gene...
Wettability of soil affects a wide variety of processes including infiltration, preferential flow an...
The wettability of soil is of great importance for plants and soil biota and in determining whether ...
The wettability of soil is of great importance for plants and soil biota and in determining whether ...
Research of the last years pointed out that most soils are neither completely hydrophilic nor hydrop...
Wettability of soil affects a wide variety of processes including infiltration, preferential flow an...
[1] Because most methods for assessing the wettability of porous materials are restricted in their a...
Considerable soil water repellency has been observed at a wide range of locations worldwide. The soi...
A small increase in soil organic matter (SOM) content can change soil hydrological properties from a...
The water repellent behaviour of soils is a widely studied phenomenon given its implications for inf...
Soil research done over the past decades, has proven that water repellent soils are widespread in al...
Chapters 1 and 2 identify the aims and objectives of the study, as well as the hypotheses and assump...
In this work, we modelled the response of soil water repellency (SWR) persistence to the decrease in...
Soil water repellency (SWR) reduces affinity of soils to water resulting in detrimental implication ...
Water repellence is an important factor in soil erosion due to its role in inhibiting the re-establi...
Only very recently, it has become evident that soil hydrophobicity is wide-spread in the world. Gene...
Wettability of soil affects a wide variety of processes including infiltration, preferential flow an...
The wettability of soil is of great importance for plants and soil biota and in determining whether ...
The wettability of soil is of great importance for plants and soil biota and in determining whether ...
Research of the last years pointed out that most soils are neither completely hydrophilic nor hydrop...
Wettability of soil affects a wide variety of processes including infiltration, preferential flow an...
[1] Because most methods for assessing the wettability of porous materials are restricted in their a...
Considerable soil water repellency has been observed at a wide range of locations worldwide. The soi...
A small increase in soil organic matter (SOM) content can change soil hydrological properties from a...
The water repellent behaviour of soils is a widely studied phenomenon given its implications for inf...
Soil research done over the past decades, has proven that water repellent soils are widespread in al...
Chapters 1 and 2 identify the aims and objectives of the study, as well as the hypotheses and assump...
In this work, we modelled the response of soil water repellency (SWR) persistence to the decrease in...
Soil water repellency (SWR) reduces affinity of soils to water resulting in detrimental implication ...
Water repellence is an important factor in soil erosion due to its role in inhibiting the re-establi...
Only very recently, it has become evident that soil hydrophobicity is wide-spread in the world. Gene...
Wettability of soil affects a wide variety of processes including infiltration, preferential flow an...