Sentence examples for hydrological operations from inspiring English sources

A case study is presented, involving application of the model to support real-time adaptive management to hydrological operations for protection of estuarine ecosystems.

American alligators (Alligator mississippiensis) are one of the ecological indicators being used to assess Everglades restoration because they are a keystone species and integrate biological impacts of hydrological operations through all life stages.

Due to the relatively large number of false-alarm TCs in the ECMWF ensemble forecasts that would cause problems for support of hydrological operations, characteristics of these false alarms are discussed.

A three-tier approach is proposed to provide support for hydrological operations via extended-range forecasts twice weekly on the 30-day timescale, twice-daily on the 15-day timescale, and up to four times a day with a consensus of high-resolution deterministic models.

An opportunity exists to extend support to the decision-making processes of water resource management and hydrological operations by providing extended-range tropical cyclone (TC) formation and track forecasts in the western North Pacific from the 51-member ECMWF 32-day ensemble.

From this analysis a conceptual understanding of the hydrological operation of turloughs has been developed and the characteristic hydrological diversity of these habitats has been quantified.

Our results not only provide pertinent information for hydrological regulation, navigation operation, and infrastructural design in the upper Great Lakes, but also provide insight into freshwater wetland succession on flooded coasts.

This study evaluated the hydrological effects of operation of a diversion hydropower facility on the Correntes River in Brazil (mean discharge 73 m3 s−1), which is potentially important because of the ecological implications for the floodplains of the Pantanal into which it flows.

The hydrological response process of infiltration is also simplified.

Hence, treatments are needed to mitigate the effects of skidding operations on hydrological characteristics and sediment delivery into streams.

The primary techniques related to the management of these systems, such as hydrology and hydrological modelling, flood routing optimization for power generation, flood control, ecological operations, multi-objective optimization and multi-attribute risk decision-making, were introduced.