Sentence examples for understanding of subsurface processes from inspiring English sources

Comprehensive understanding of subsurface processes helps identify potential hazards and prevent future damage events with vertical GSHP systems in Germany.

This comparison of simulation results with field observations reveals mechanistic explanations of the lateral migration and enhances our understanding of subsurface processes associated with the CO2 injection.

A full understanding of the subsurface processes relevant to CO2 geo-sequestration, including CO2 movement and trapping, requires establishing basic relationships between the sedimentary architecture in CO2 reservoirs and the associated variations in petrophysical attributes that can affect plume dynamics and residual CO2 trapping.

They can provide crucial information in understanding such subsurface processes, and therefore, they are considered useful tools for volcano monitoring.

[1, 11] Improved understanding of these processes can contribute to improved understanding of subsurface biogeochemistry and could provide important information for maintaining critical drinking water supplies.

Developing a predictive understanding of subsurface flow and transport is complicated by the disparity of scales across which controlling hydrological properties and processes span.

Improving the understanding of subsurface systems and thus reducing prediction uncertainty requires collection of data.

Present research focuses on vegetation index for the study area and land surface temperature; alteration of water chemistry in association with subsurface rocks and understanding of subsurface models using Gravity and MT surveys.

An understanding of subsurface Geobacter metabolism and physiology must include the c-type cytochromes that mediate electron transfer to extracellular electron acceptors such as insoluble Fe(III) oxides.

Acoustic techniques also have many applications in the study of the ocean, particularly of those subsurface processes and physical properties inaccessible to satellite observation.

(1) Examination of the role of surface and subsurface processes on small bodies in the formation of meteorites.