Infiltration and soil water movement are discussed. Topics include the measurement and
estimation of hydraulic conductivity, water retention curves, soil water content, and soil …

Soil management influences physical properties and mainly the soil hydraulic functions.
Their measurement becomes one of the research preferences in this branch of applied soil …

A new method is proposed for determining in situ unsaturated hydraulic conductivities from
unsaturated infiltration measurements made at several tensions on the same infiltration …

Intensification of agriculture has led to major losses of hedgerows and field margins
worldwide. Soil sample extraction, in situ time series of soil moisture, temperature and soil …

Vadose Zone Hydrology describes the elements of the physical processes most often
encountered by hydrogeologists and ground-water engineers in their vadose zone projects …

Soil hydraulic properties are subject to temporal changes as a response to both tillage and
natural impact factors. As the temporal and spatial variability might exceed cultivation …

There is a long history of drainage of blanket peat but few studies of the long‐term
hydrological impact of drainage. This paper aims to test differences in runoff production …

Steady‐state infiltration rates from tension infiltrometers were measured on ploughed and
unploughed plots in a clay soil during the period June to October. Measurements were …

Tillage practices are known to affect soil water retention, plant available water and,
consequently, crop production. Impacts can be determined by assessing soil hydraulic …

Soil water infiltration is an important part of the land surface hydrological cycle, and plays an
important role in the hydrological response of the soil, such as soil erosion. High infiltration …