Sentence examples for hydrological engineering from inspiring English sources

Any future hydrological engineering development should be preceded by an appropriate ecological impact assessment to prevent catastrophes similar to those experienced at Lake Sevan.

To address many of the problems faced in hydrological engineering planning, design, and management, a detailed knowledge of flood event characteristics, such as flood peak, volume, and duration is required.

Our account from New Orleans and the Mississippi River Delta traces several large-scale hydrological engineering projects with origins in the early 20th century, which aimed to restructure the landscape for more effective maritime transportation, flood protection, and urban drainage.

Consequently, traditional univariate hydrological frequency analyses must be complemented by multivariate probabilistic assessment to provide a meaningful design flood level as requested in hydrological engineering (based on return period evaluation of a single quantity of interest).

The impacts and course of heavy-metal pollution from ancient copper metallurgy that used a variety of accessory metal-rich ores possible associated hydrological engineering, and concurrent as well as later biological, diagenetic and geomorphic processes are all examined in a small desertic wadi adjacent to the ancient centre of copper metallurgy of the Khirbet Faynan, in southern Jordan.

This approach enlightens specific features of interest for hydrological engineering: (i) cross correlation between margin parameters are stronger than expected, (ii) marginal distributions cannot be forgotten in the model selection process and (iii) special attention must be addressed to model validation as far as extreme values are of concern.

We consider the hydrological and engineering consequences.

High-resolution tomographic imaging of the shallow subsurface is becoming increasingly important for a wide range of environmental, hydrological and engineering applications.

Knowledge about the evaluation variability of these equations in the specific case of extremely heterogeneous soils provides important information for many hydrological and engineering applications.

In this paper, we assess the applicability of four methods developed for hydrological, coastal engineering, financial and stock market purposes, to the case of wave heights from extreme sea conditions due to storms, where significantly less amount of data may be available.

It resembles chemical, hydrological and other engineering where the title indicates another discipline specialisation (ecology, chemistry, hydrology) is closely associated.