Sentence examples for hydrological infrastructure from inspiring English sources

Văcărești was originally a neighbourhood of Bucharest, built under communist rule on land reclaimed from swamps to make room for several grand architectural projects, including new buildings for the Ministry of Justice and Supreme Court, and an artificial basin, Lake Văcărești – part of an ambitious hydrological infrastructure plan to connect Bucharest to the river Danube.

Unfortunately, flood management outcomes, based on the use of these hydrological infrastructure assets, are undermined by lack of data and resources to support decision makers.

Although pre-storm conditions and hydrological infrastructure (canals, topography) are substantially different between the two time periods, storm processes largely overcome those differences and the simulations converge in the storm inundation area.

The consequences of runoff change for the design and operation of important hydrological infrastructure have been investigated in the Nordic countries, where detailed records of glacier changes exist for the past several decades.

Using this information, situational analysis is carried out and appropriate strategies are recommended to help support informed management of hydrological infrastructure assets as means of improving flood control in coastal mega-cities situated in developing nations.

The provision of water to the population in particular has improved since the middle of the 20th century owing to the Mancomunidad de los Canales del Taibilla (MCT) and to their extraordinary development of hydrological infrastructure.

To meet increasing water demand, efforts have been focused on supply side solutions by building hydrological infrastructures for water resources collecting, storage and distribution.

Climate change affects the key sectors such as hydrological systems, infrastructure, human health, agriculture and forestry.

Hydrological and road infrastructure systems were more comprehensive during Furtado's time than during Lisboa's time.

Hydraulic conductivity of a vegetated soil (i.e., mixed grass cover) is an important parameter governing the hydrological performance of green infrastructure (GI).

Generalization of wilting point is very essential for analyzing the hydrological performance of green infrastructures (e.g. green roofs, biofiltration systems) and ecological infrastructures (wetlands).