Synthetic Streamflows (Water Resources Mongraph) Myron B. Fiering and Barbara B. Jackson

$13

1971 edition. Paperback cover has some shelf wear at edges and corners. The pages are clean and in good condition. The binding is secure.

A seminal work in water resources engineering, this vintage copy presents groundbreaking research by Fiering and Jackson on mathematical models for simulating and forecasting streamflows. Published in 1971, it introduced innovative techniques for generating synthetic streamflow sequences, enabling more accurate planning and decision-making for water supply, flood control, and hydropower operations. Despite its age, the book remains highly influential and frequently cited, a testament to its rigorous statistical analysis and practical applications in an era of increasing water scarcity.

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SKU: VB36-068 Categories: , , , Product Condition: Used

Description

1971 edition. Paperback cover has some shelf wear at edges and corners. The pages are clean and in good condition. The binding is secure.

This vintage copy of “Synthetic Streamflows” by Myron B. Fiering and Barbara B. Jackson is a seminal work in the field of water resources engineering. Published in 1971, it presents groundbreaking research on mathematical models for simulating and forecasting streamflows, a crucial aspect of water resource management. Fiering, a renowned operations research expert at Harvard University, and Jackson, a mathematician at the Harvard Water Program, developed innovative techniques for generating synthetic streamflow sequences, enabling more accurate planning and decision-making for water supply, flood control, and hydropower operations.

The book’s significance lies in its rigorous statistical analysis and practical applications, making it a must-have for professionals, researchers, and students in hydrology, civil engineering, and environmental sciences. Despite its age, “Synthetic Streamflows” remains a highly influential and frequently cited reference, a testament to the authors’ pioneering work and the enduring importance of water resource management in an era of climate change and increasing water scarcity.

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Weight 40 lbs
Dimensions 24.2 × 16.2 × 1.2 in
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