The Mississippi River’s jetty system is explained through clear, practical ideas about how rivers carry and drop sediment.
This edition looks at how water speed, channel width, and bed friction work together to shape the river’s delta and the Gulf passes.
You’ll see how simple physical forces explain why bends, bars, and passes form, and why widening or narrowing a channel changes the flow in predictable ways. The book also presents debates among engineers of the era about open rivers versus canal approaches, offering firsthand notes, experiments, and conclusions that illuminate early hydraulic science.
- How sediment is carried in suspension and by rolling along the bed, and how water velocity and depth control load.
- Why bends, expansions, and contractions create caving banks and shoals, and how the river adjusts to maintain balance.
- How the passes into the Gulf form and gradually build up shorelines, under natural forces and engineering ideas.
- Historical perspectives from leading engineers on jetty plans, experiments, and proposed improvements.
Ideal for readers curious about river physics, 19th‑century engineering debates, and the practical history of the Mississippi’s mouth.