Sentence examples for hydrological management from inspiring English sources

Understanding factors governing water fluxes in soil is therefore a key target for hydrological management.

We also review the strengths and weaknesses of various approaches to modelling the effects of hydrological management on food webs.

Small-fish and crustaceans are key components of the Everglades food web and are sensitive to hydrological management, track hydrological history with little time lag, and can be studied at the landscape scale.

Not only does this study provide evidence on how natural catchments can be affected by land-use intensification and urbanisation, but it also introduces a general analytical framework that could be applied to other river systems to assist in the design of hydrological management strategies.

Unfortunately, the water level fluctuations of these reservoirs are not monitored regularly, because of their large numbers and because such monitoring appears to be of little use in their hydrological management.

The concept of integrated reclamation as presented in the Forestry Law of 1923 involved land restoration, conservation and protection through hydrological management (including water supply and drainage systems), road construction, and reforestation of degraded lands, unstable slopes, grasslands and grazing lands.

Taylor dispersion associated with wind-driven currents in channels, shallow lakes and estuaries is essential to hydrological environmental management.

In this article, we firstly provide an overview of the state of the art standard compliant techniques and methodologies for the practical implementation of simple, measurable, achievable, repeatable, and time-based (SMART) hydrological data management principles.

A simple economic-engineering optimization model is presented, to explore the potential of conjunctive use of surface and groundwater resources using linear programming with various hydrological and management constraints, and to arrive at an optimal cropping pattern for optimal use of water resources for maximization of net benefits.

In the present paper, a simple economic-engineering optimization model is presented to explore the possibilities of conjunctive use of surface and groundwater using linear programming with various hydrological and management constraints, and to arrive at an optimal cropping pattern for optimal use of water resources for maximization of net benefits.

Hydrological resource management activated during hydraulic missions will introduce environmental limits modified by human kind.