Sentence examples for hydrological resources from inspiring English sources
Seawater reverse osmosis technology is fully mature at industrial scale which has been installed in all coastal areas around the world with limited natural hydrological resources.
However, questions and conflicts remains regarding the indiscriminate subsidies to the agricultural sector, and problems with contamination in the watersheds, as well with the implementation of fair prices and tariffs to different users of hydrological resources.
An intense use of hydrological resources has taken place in this semi-arid region of southern Spain, with the huge territorial transformation, demonstrated in the expansion of the irrigated areas and the growth of urbanization, principally in the last few decades.
Until the early 1990s, flood management was primarily the responsibility of the Secretary of Agriculture and Hydrological Resources (SARH), a highly centralized, technocratic and powerful federal agency.
The Paraíba do Sul watershed is an important hydrological resource for southeastern Brazil, that has undergone extensive land use changes related to industrial, agricultural and urban activities.
For the study area strong links between proposed urbanisation and hydrological resource flow responses were found, with increases in stormflows, together with increased and more regulated baseflows, and with impacts varying markedly between dry or wet years and by season.
Hydrological resource management activated during hydraulic missions will introduce environmental limits modified by human kind.
The global hydrological and water resources model PCR-GLOBWB is used to simulate daily discharge globally at 0.5° resolution for 1971 2099.
Many recent studies propose wavelet-based hydrological and water resources forecasting models that have been incorrectly developed and that cannot properly be used for real-world forecasting problems.
In order to quantify the impacts of climate change and human activities on water availability and optimal allocation of water resources, hydrological models and optimal water resource allocation models should be integrated.
However, by following a proposed set of best (correct) practices, we show that the MODWT and à trous algorithm (AT) can be used to correctly forecast target (e.g., hydrological and water resources) processes in real-world scenarios.
