Sentence examples for anthropogenic uses from inspiring English sources

The authors consider unsustainable consumption of groundwater for irrigation and other anthropogenic uses as the most likely cause.

Although our observational record is brief, the available evidence suggests that unsustainable consumption of groundwater for irrigation and other anthropogenic uses is likely to be the cause.

Some structures developed for particular technical anthropogenic uses are colonized by biodiversity, but their potential roles have not been seriously considered.

Among these anthropogenic uses, the seasonal increment in the pressure due to leisure activities such as coastal tourism and yachting is an important environmental stressor in many coastal zones.

The goal was to conduct a first set of anthracological analyses on the island to reconstruct pre-European contact vegetation composition, histories of vegetation change and differential anthropogenic uses of woody resources according to various site functions.

Lahars are extremely damaging due to their transportation of large boulders and debris, ability to inundate large areas with mud, and their high dynamic pressure, and leave deposits which may require removal to restore or rehabilitate an area for anthropogenic uses.

Interpreting the factors leading to landscape changes in mountain birch forest involves disturbance from anthropogenic use and climate as important factors.

These systems are receiving more attention with rising air temperature, prolonged drought, and where groundwater pumping captures natural groundwater discharge for anthropogenic use.

Physical resilience depended on both natural processes and human activities, demonstrating the need to incorporate anthropogenic use into the management of urban shorelines.

The resulting anthropogenically created landscape mosaics often include forests of different successional stages or that have experienced different levels of anthropogenic use, which affect the physical structure of the forest (e.g., forest height, vertical complexity of vegetation).

Soil characteristics, fire regimes, and anthropogenic use have all been identified as principal determinants of vegetation structure (Timberlake and Chidumayo 2011; Ryan and Williams 2011).