Sustainable Aquaculture Evolution
Details
In an era where food security meets environmental responsibility, this groundbreaking work focuses on how integrating renewable energy, particularly solar power and potentially other sources like wind and biomass, can transform the aquaculture industry. Drawing from extensive research and practical insights, the book presents a comprehensive analysis of how solar, wind, and other renewable energy sources can revolutionize fish farming practices. Readers will discover detailed examinations of cost-reduction opportunities, environmental benefits, and innovative technological solutions that are reshaping the aquaculture industry. From addressing global sustainability challenges to providing practical implementation strategies, this essential resource guides farmers, policymakers, and industry professionals through the opportunities and challenges of transitioning to renewable energy systems. With expert insights on financial accessibility, technical training requirements, and policy frameworks, this book serves as an invaluable roadmap for those seeking to build more resilient, efficient, and environmentally conscious aquaculture operations.
Autorentext
Enna Adigizi Isaac hails from Nassarawa Eggon LGA, Nasarawa state, Nigeria. He obtained is first degree B.sc (ed) Geography (Nsuk) and presently pursuing his m.sc (Soils and Biogeography) at Modibbo Adama University, Yola . He has lectured for the past 5 years ( FCE YOLA ). Enna has many articles in local and international journals. He is single.
Weitere Informationen
- Allgemeine Informationen
- GTIN 09786207447077
 - Anzahl Seiten 68
 - Genre Earth Science
 - Herausgeber LAP LAMBERT Academic Publishing
 - Gewicht 119g
 - Größe H220mm x B150mm x T5mm
 - Jahr 2025
 - EAN 9786207447077
 - Format Kartonierter Einband
 - ISBN 978-620-7-44707-7
 - Veröffentlichung 01.07.2025
 - Titel Sustainable Aquaculture Evolution
 - Autor Adigizi Isaac Enna , Fiyamila Samuel
 - Untertitel A Comprehensive Guide to Integrating Renewable Energy Systems in Fish Farming Operations
 - Sprache Englisch