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£97.00

Springer Changjiang River Hydro-morphodynamic Processes - Anthropocene Era

Name: Changjiang River Hydro-morphodynamic Processes - Anthropocene Era
Brand: Springer
Price: 97.0 GBP
Availability: InStock

Soil Science

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Description

This comprehensive scientific analysis examines the morphodynamic processes of the Changjiang River, China's longest waterway, from its upstream sources through the estuary during the Anthropocene epoch. The book systematically investigates how intensive human interference has fundamentally altered the river's behaviour, documenting dramatic changes including anomalous discharge patterns where flooding diminishes during flood seasons whilst dry conditions intensify during dry periods, alongside shifting sediment dynamics and riverbed transformations. Drawing on evidence of anthropogenic impact spanning thousands of years of human civilisation development, this Springer publication provides essential insights into river system responses to modern environmental pressures and human modification, offering valuable perspectives for understanding fluvial processes in heavily managed river basins.

Key Features

Provides systematic analysis of morphodynamic processes throughout the Changjiang River from upstream regions to the estuarine zone.

Documents anthropogenic changes in discharge and sediment patterns affecting China's longest river during the Anthropocene.

Examines riverbed shifts and sediment transport dynamics resulting from intensive human interference and management.

Offers comprehensive scientific perspective on fluvial system responses to environmental pressures in the Changjiang basin.

Published by Springer, ensuring peer-reviewed academic credibility and rigorous scientific standards.

Product Specifications

Brand: Springer
Format: hardcover
ASIN: 9811637709
Category: Books > Subjects > Crafts, Hobbies & Home > Gardening > Professional Horticulture > Soil Science
Domain: Amazon UK
Release Date: 08 August 2021
Listed Since: 26 May 2021

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Springer Changjiang River Hydro-morphodynamic Processes - Anthropocene Era

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