Sentence examples for subsurface flux from inspiring English sources

The perched water tables reflect the subsurface flux and are deep where this flux is rapid in the upland areas (138 cm below surface).

Soil saturation and overland flow occur when the subsurface flux exceeds the transport capacity of the soil in the lower downslope areas near the ephemeral stream (19 cm below surface).

These systems are found in linkages between surface and subsurface flowpaths and the hyporheos in the River Don, a temperate river channel in Yorkshire, UK; in surface and subsurface fluxes in agricultural land in the UK; and in vegetation and surface conditions in a degrading environment at the Sevilleta LTER site in the semi-arid Southwest USA.

We simultaneously measured the soil surface GHG emissions and the subsurface fluxes (0 115 cm) in situ by using a static chamber-based method (CM) and a concentration gradient-based method (GM) respectively, over two-year period in a maize-based upland cropping system in northern China.

The total subsurface evaporative flux reduced from 90% of infiltration (or 63 68% rainfall) to less than 29% (or 20% of rainfall) after urbanisation.

Thus, to assess long-term environmental benefits of conservation tillage data may be needed that quantify both surface and subsurface contaminant fluxes.

Using runoff runon relationships with transition frequencies based on areal fractions of modelling units, lateral surface and subsurface water fluxes between modelling units at the hillslope scale are represented.

Diurnal soil temperature fluctuations are the prime cause for subsurface water vapor fluxes.

A perennial stream with a small, urban watershed in a cold climate is likely to discharge an appreciable flux of subsurface chloride all year long.

In this study, relationships between the FOEC and surface subsurface exchange flux, surface-subsurface head difference and time to initiate overland flow are systematically explored using 1D soil column simulations with the fully integrated code HydroGeoSphere.

The first-order coupling between the stream and subsurface flows exchanges water fluxes between the stream network and the subsurface compartment according to the hydraulic head differences between the systems.