The short answer is "no". This information exists for many species in literature dating before about 1980, usually in Technical Reports and Bulletins published by now extinct laboratories, most of which are not on-line. The data are still collected but tend to be "commercial in confidence". There are also available computer feed/growth models for some commercial species that will calculate such information for a species if you enter the variables (food, temperature etc.) The information you seek would make a book but is unlikely to attract a big sales number for a publisher to be interested.

Exploration of Literature on Fish Growth and Somatic Indices in Aquaculture

Aquaculture represents a critical sector in the global food system, contributing significantly to protein supply and economic development. As the aquaculture industry continues to expand, understanding the multifaceted factors influencing fish growth and zootechnical performance becomes paramount. Various scholarly texts delve into these topics, offering comprehensive insights into the physiological, environmental, and genetic factors that affect fish development and health.

One key resource is the book "Aquaculture: Principles and Practices" by John S. Lucas and Paul C. Southgate. This text examines the fundamental principles of fish farming, including the assessment of growth rates and somatic indices, which are critical measures of animal condition and overall health. The authors provide a thorough analysis of how various husbandry practices influence these parameters, thus equipping practitioners with practical strategies to optimize production.

Another significant work is "Fish Physiology: Fish Growth" edited by William S. Hoar and David J. Randall. This multi-authored volume focuses exclusively on the biological mechanisms underpinning fish growth. It addresses hormonal regulation, nutritional dynamics, and the impact of environmental conditions on somatic development. The in-depth exploration of these physiological aspects is of utmost importance for aquaculture practitioners seeking to enhance fish yield and welfare.

Furthermore, the book "Handbook of Fish Biology and Fisheries" by Paul J. B. Hart and John D. Reynolds serves as a valuable reference. This handbook not only covers the biology of various fish species but also integrates discussions on production methods and the evaluation of somatic indices. By linking biological understanding with practical applications, it offers aquaculturists a broader perspective on maximizing growth performance in cultivated species.

In conclusion, there exists a wealth of literary resources that address fish growth, zootechnical performance, and somatic indices within the context of aquaculture. These texts are instrumental for researchers and practitioners alike, providing the knowledge necessary to improve fish farming efficiency and sustainability. The ongoing study and application of insights gained from these works will remain crucial as the aquaculture industry continues to evolve in response to global demands.

Midway, S., C. Hasler, and P. Chakrabarty, editors. 2022. Methods for fish biology, 2nd edition. American Fisheries Society, Bethesda, Maryland. And first edition.

Nagajothi Velayuthapillai - According to https://quillbot.com/ai-content-detector, 100% of your answer is actually generated by AI.

If you use AI always check the references. Mostly, they too are made up. That's classic AI behaviour. The last reference by Hart and Reynolds is real (2002) but deals with wild capture stock assessment, which is irrelevant to the discussion.