Modern Fisheries Engineering: Realizing a Healthy and Sustainable Marine Ecosystem

Modern Fisheries Engineering: Realizing a Healthy and Sustainable Marine Ecosystem is a compilation of the latest and most cutting-edge information on Fisheries Engineering, aimed at encouraging and inspiring young researchers. Topics include artificial reefs, ocean ranching, fishing gear developments, modern monitoring technologies, and other subjects related to efficient, sustainable fishing.

Format: Paperback / softback
Length: 168 pages
Publication date: 29 April 2022
Publisher: Taylor & Francis Ltd

Modern Fisheries Engineering: Realizing a Healthy and Sustainable Marine Ecosystem is a comprehensive compendium of the latest and most cutting-edge information on the diverse technical aspects associated with Fisheries Engineering. Building upon presentations delivered at the International Conference on Fisheries Engineering (ICFE) held in Nagasaki in 2019, its primary objective is to foster and ignite the passion of future generations of young researchers in the field. The topics covered in this volume encompass a wide range, including artificial reefs, ocean ranching, fishing gear advancements, modern monitoring technologies, and other subjects relevant to the latest practices for conducting efficient and sustainable fishing.

This volume brings together a diverse group of world authorities, each bringing their unique perspectives and expertise to address a critically important topic. With a fresh and modern approach that incorporates the latest developments in environmental and fisheries science, this compendium serves as a valuable resource for scholars, researchers, policymakers, and practitioners alike.

Artificial reefs are one of the key topics explored in this volume. These structures are designed to create habitats for marine organisms, promoting biodiversity and enhancing fish populations. Artificial reefs can be constructed using various materials, such as concrete, steel, and natural materials like rocks and coral. They offer a range of benefits, including providing fishing grounds, protecting marine ecosystems, and improving water quality.

Ocean ranching is another innovative approach discussed in the compendium. This involves the cultivation of marine species in controlled environments, such as offshore farms or aquaculture facilities. Ocean ranching offers several advantages, including increased yield, reduced environmental impact, and reduced reliance on wild fish stocks. It also provides a potential solution to the challenges of overfishing and food insecurity.

Fishing gear advancements are also a significant focus of this volume. The development of new and improved fishing gear can help to increase productivity, reduce bycatch, and minimize the environmental impact of fishing operations. This includes the use of sustainable fishing practices, such as selective fishing gear and the reduction of fishing effort.

Modern monitoring technologies are another important aspect of Fisheries Engineering. These technologies enable researchers to collect and analyze data in real-time, providing valuable insights into fish populations, marine ecosystems, and fishing operations. This includes the use of satellite imagery, acoustic sensors, and other advanced tools that can help to improve the accuracy and efficiency of fishing management.

In conclusion, Modern Fisheries Engineering: Realizing a Healthy and Sustainable Marine Ecosystem is a vital resource for anyone interested in the field of Fisheries Engineering. By presenting the latest and most cutting-edge information on a wide range of technical aspects, this compendium aims to inspire and empower future generations of researchers to contribute to the development of a healthy and sustainable marine ecosystem. The topics covered in this volume, including artificial reefs, ocean ranching, fishing gear advancements, modern monitoring technologies, and other subjects, are critical to the future of sustainable fishing and the preservation of our marine environment.

Weight: 310g
Dimension: 254 x 178 (mm)
ISBN-13: 9780367560669