Methodology for the Design and Establishment of Synthetic Fish Pond Bio Systems and Fish Harvest Optimization Planning
Keywords:
Fish Harvest
Abstract
We show that the intensity of microbiological activities in a complex biodynamics of the entire aquatic system is the basis for high fish production, based on the biological basis of mathematical modeling of productive fish pond ecosystems.
References
1. «Pond fish farming" by N.I. Bogdanov, A.Y. Asanov. - 3rd ed. Penza, 2011. – p.89.
2. «Computer Modeling of Reservoir Ecosystems", F.S. Komilov, Dushanbe. 2010, p.237.
3. Nimatova M., Odinaeva S.A. Optimization of the process of growing fish in bioponds.//Bulletin of the Tajik National University. Series of Natural Sciences. 2013. №1-2(106). P. 43-47.ISSN 2074-1847
4. «Mathematical modeling of reservoir ecosystems», F.S. Komilov, V.P. Parkhomenko , Computational Center IM.A. Dorodnitsyn RAS. Moscow 2003, p.46
2. «Computer Modeling of Reservoir Ecosystems", F.S. Komilov, Dushanbe. 2010, p.237.
3. Nimatova M., Odinaeva S.A. Optimization of the process of growing fish in bioponds.//Bulletin of the Tajik National University. Series of Natural Sciences. 2013. №1-2(106). P. 43-47.ISSN 2074-1847
4. «Mathematical modeling of reservoir ecosystems», F.S. Komilov, V.P. Parkhomenko , Computational Center IM.A. Dorodnitsyn RAS. Moscow 2003, p.46
Published
2022-04-01
How to Cite
S. A., O., M. Kh., N., & Elmurodova, B. (2022). Methodology for the Design and Establishment of Synthetic Fish Pond Bio Systems and Fish Harvest Optimization Planning. International Journal of Human Computing Studies, 4(3), 32-43. https://doi.org/10.31149/ijhcs.v4i3.2882
Section
Articles
