3GE Collection On Engineering Hydroacoustics (0)

[Farid-Khan]

3GE Collection on Engineering: Hydroacoustics
by 0

? Pages: 280

? INFO: 2023 | ISBN: 1984681052 | English | 280 pages | True PDF | 9 MB

[color=#888888]? DESCRIPTION: There is a growing global concern regarding the potential environmental impacts of human pressure and climate change on marine and freshwater ecosystems. The need to increase our capacity to detect, understand, and predict these effects requires the development of inexpensive, reliable, and efficient technologies. Such tools are essential for collecting rigorous scientific data to determine the current state of these ecosystems, and hydroacoustics appears to be an ideal solution for sampling and studying aquatic environments.

This E-Collection on Hydroacoustics aims to summarize recent advances in diverse applications within fisheries and aquatic ecology research. It covers a broad range of environments, new technologies, theoretical approaches, and future directions for the field.

The progressive degradation of inland waters creates an urgent need for new strategies and methodologies for monitoring and restoring aquatic environments. Ecohydrology is one such concept, integrating biological (ecological) and physical (hydrological) processes. It provides an effective mechanism not only for restoring degraded environments but also for enhancing the capacity of ecosystems to absorb human impact. A key feature of the ecohydrological approach is the dual regulation of hydrological processes through biota manipulation and biological processes through hydrological manipulation.

To monitor the effects of these regulations and maximize the potential of ecohydrology, a fast, comprehensive, and quantitative monitoring tool is required. Hydroacoustics offers several unique advantages in this context. Unlike traditional methods, it provides high-resolution, area-based, synoptic data that can be collected regularly. This data is suitable for presentation using Geographic Information Systems (GIS), enabling the rapid visualization, evaluation, and comparison of results across different water bodies or time periods.

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Folder: 3GE Collection On Engineering Hydroacoustics
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Total Size: [color=#00cc33] 10.79 MB

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