Sentence examples for hydrological modifications from inspiring English sources

Practices such as excessive harvesting, hydrological modifications and seawall constructions, coastal development, and pollution are some of the most pressing causes of wetland loss.

This climate shift and the hydrological modifications observed at Meteor Crater provide insights for landscape sculpturing on Mars during various parts of its history.

The changes in this bird diversity reflected the hydrological modifications induced by agriculture at the watershed scale, which have significant effects on the relative representation of wetland habitats (Robledano et al. 2010).

Nearly all native freshwater fishes of the CFR are already listed in threatened categories of the IUCN, because their historical distributions have declined as a result of multiple anthropogenic impacts, mainly hydrological modifications, degradation of habitats and widespread invasion of the rivers by at least 15 alien fish species [ 19- 22].

Since the 1880s, hydrological modification of the Greater Florida Everglades has reduced water levels and flows in Everglades National Park (ENP).

Zhu et al. (2018) investigated the impacts of hydrological modification in an urban stream and demonstrated that a new bridge built to reduce flood risk also decreased macroinvertebrate biodiversity and water quality of the stream.

Hydrological modification, watershed urbanization and the changes in ecosystem use were identified as the main causes of wetland transformation with the causes and consequences of the transformation having complex feedback loops.

Existing modifications to the hydrological regimes may cause reductions in catch per unit area and fish biodiversity.

In addition, the species' entire distribution (montane swamps; <2,000 km ) is listed as threatened under the Threatened Species Conservation Act [ 9] due to impacts of nearby urbanisation, (i.e., invasion by weeds, modification of the hydrological system and of bushfire regimes, pollutants and longwall mining).

To better account for that variability, a modification of the original hydrological model parameterisation is proposed.

Two modifications were implemented: (i) adding hydrological routing from upland areas to riparian zones; and (ii) adding a module to simulate denitrification in riparian zones based on the Riparian Nitrogen Model.