References
Ajayi,O; Akinrinlola, A; Usman, A; Muhammed, A and Van der, K.M. (2022). Aquaculture Development in Nigeria and FAO’s Role.In FAO Aquaculture News-International Year of Artisanal Fisheries & Aquaculture, Special Issues;Rome, Italy, pp 21-24. Al-Abbawy,D.A.H, Al-thahaibawi,B.M.H, Al-Mayaly,I.K.A and Younis, K. (2021).Assessment of Some Heavy Metals in Various Aquatic Plants of Al-Hawizeh Marsh, Southern of Iraq. Biodiversitas,22(1):338-345. Alagoa, K.J; Daworiye, P and Eremasi, Y.B.(2015). Heavy Metal Concentration in Aquatic Macrophytes of Aba River,Abia State, Nigeria. International Journal of Current Microbiology& Applied Sciences, 4 (3):953-958 Anaemene, D.I. (2020). A Comparative Evaluation of the Nutrient and Anti-Nutrient Compositions of Four Pigeon Pea (Cajanus cajan) varieties. Anchor University Journal of Science & Technology, 1 (1):102-109. AOAC (2005) (Association of Official Analytical Chemists). Method of Analysis of the AOAC, (W.Horwitz Editor) Eighteen Edition. Wishington D.C Audu, R and Yola,I.A. (2020).Contemporary Issues in Fisheries and Aquaculture:A Review on Non-Conventional Feed Ingredients For Fish Feed in Nigeria. Bayero Journal of Pure and Applied Sciences,13,(2):22-28. Bardi,J.I;Bawo,S.S.D; Ayodele,O; Bardi,S.I and Koplamma.(2025). Analysis of Heavy Metal Concentration of Surface Water Around Gas-Flaring Stations in Selected Areas of Delta State,Nigeria. Open Journal of Environmental Biology, 10(1):029-036. Brunner, J.H. (1984). Direct Spectrophotometer Determination of Saponin. Analytical Chemistry, 34:1314-1326. Chandrakala,K; Jyothi, K and Mohan, N.R.G. (2015). Phytochemical Analysis of Some Macrophyes of Lake Kondakarla, Visakhapatnam District, Andhra Pradesh.Journal of Pharmacy & Biological Sciences, 10(6):31-36. Davies,I.C; Wokeh,O.K; Lananan,F and Azra, M.N. (2023). Assessment of Temporal Variation of Water Quality Parameters and Ecotoxic Trace Metals in Southern Nigeria Coastal Water. Polish Journal of Environmental Studies,32(5):4493-4502. Falaye,A.E; Ojo-Daniel,H.A and Sule,S.O.(2022). Effects of Processing on Duckweed (Lemna minor) As Fish Feedstuff. Scientific Reports in Life Sciences, 3(4):53-67. Gopan,A;Lalappan, S; Varghese,T; Maiti,M.K and Peter,R.M.(2020). Anti-Nutritional Factors in Plant-Based Aquafeed Ingredients. Bioscience & Biotechnology Research Communications,13(2):01-09. Isah,J; Shuaibu,B.S; Mohammed, J and Hamza, A.O.(2021). Proximate and Heavy Metal Compositions of Some Commercial Fish Feeds Available in Keffi Metropolis, Nasarawa State. ChemSearch Journal, 12 (1):85-91. Kumar,N; Bauddh,K; Dwivedi, N; Barman, S.C and Singh, D.P.(2012). Accumulation of Metals in Selected Macrophytes Grown in Mixture of Drain Water and Tannery Effluent and their Phytoremediation Potential. Journal of Environmental Biology,33:923-927. Lucas, G.M and Markaka, P. (1975).Phytic Acid and Other Phosphorous Compound of Bean (Phaseolus vugaris). Journal of Agricultural Education & Chemistry,23:13-15. Malik, D.S and Maurya, P.K. (2014). Heavy Metal Concentration in Water, Sediment,and Tissues of Fish Species (Heteropneustis fossilis and Puntius ticto) from Kali River, India. Toxicological and Environmental Chemistry,96(8):1195-1206. Mesele,K.M. (2023). Literature Review on Major Anti-Nutritional Factors(Toxins) in Animal Feed and Their Effects. International Journal of Advanced Research in Biological Sciences, 10(10):18-30. Mulokozi,D.P; Mmanda,F.P; Onyango, P; Lunch,T; Tamatamah, R and Berg,H. (2020). Rural Aquaculture:Assessment of Its Contribution to Household Income and Farmers’ Perception in Selected Districts, Tanzania. Aquaculture Economic Management,24:387-405. Munyai,L.F and Dalu,T.(2023).Aquatic Macrophytes Metal and Nutrient Concentration Variations, With Implication for Phytoremediation Potential in a Subtropical River System. Sustainability, 15:14933. Ngongolo,K and Magendero,A.(2022). Growth Performance of Nile Tilapia(Oreochromis niloticus) Under A Locally Formulated Feed in Concrete Ponds. Tanzania Journal of Agricultural Sciences, 21(1):61-67. Obirikorang, K.A; Quagraine, K; Kassah, J.E and Von Ahnen, M.(2024). Editorial:Sustainable Aquaculture Production for Improved Food Security. Frontier in Sustainable Food System, 8:1485956 Ogunji, J and Wuertz, S. (2023). Aquaculture Development in Nigeria:The Second Biggest Aquaculture Producer in Africa. Water, 15,4224. Okey-Wokeh,C.G and Wokeh,O.K. (2022). Determination of Heavy Metal Levels in Surface Water and Sediment of Mini-Ezi Stream,Elele-Alimini, Rivers State, Nigeria. African Journal of Pure & applied Sciences,3(1):136-143. Okey-Wokeh,C.G; Wokeh, O.K; Orose, E; Lananan, F and Azra,M.N. (2023). Anthropogenic Impacts on Physicochemical and Heavy Metal Concentrations of Ogbor Hill River Water, Southern Nigeria. Water,15(7):1359 Orose, E; Wokeh, O.K; Komi, G.W; Ab Lah,R and Bakar, K.(2024). Carcass Quality and Biochemical Changesof Cultured Catfish (Clarias gariepinus) Fed Biodegraded Waste. Agriculture Report, 3(1):18-28. Pasichnaya, Y.A; Gorbatyuk, L.O; Arsan,O.M; Platonov,N.A; Burmistrenko, S.P and Gopinath, A. (2020). Assessment of a Possibility of the Use of Aquatic Macrophytes for Biomonitoring and Phytoindication of Contamination of Natural Waters By Heavy Metal. Hydrobiological Journal, 56 (1):81-89. Samitiya, M; Aluko,R.E and Dhewa,J.(2020). Plant Food Anti-Nutritional Factors and Their Reduction Strategies:An Overview. Food,Processing & Nutrition,2:6. Sandan,S; Yadav,A; Sharma,J; Sikarwar, A.S and Chakrabarti,R.(2024). Potential of Macrophytes As Alternative Fish Feed Ingredient for Sustainable Aquaculture. African Journal of Biomedical Research, 27(4s):14767-14774. Suleiman,M; Khadija, A.Y; Nasiru,Y; Garba,A.A; Alhassan;M and Bello, A.Y.(2020). Proximate, Minerals and Anti-Nutritional Composition of Water Hyacinth (Eichhnornia crassipes) Grass. Earthline Journal of Chemical Sciences,3(1),51- Skorbilowicz,M and Sidoruk, M.(2024). Assessment of Heavy Metal Content and Identification of their Sources in Both Sediments and Various Macrophyte Species of the Narew River, Poland. Mineral,15, 8 Tabassum,A; Hasan,M;Islam,S.M; Al-Mamum, Z.U; Roy,C.K; Roy,N.R and Hassan,M.T.(2024). Evaluation of Aflatoxins and Heavy Metal Exposure in the Local Feeds of Fish and Shrimp in Bangladesh.Biological Trace Element Research,024.,12-21 Uddin,M.M; Zakeel,M.C.M; Zavaliir, J.S; Marikar, F.M.M.T and Jahan, I.(2021). Heavy Metal Accumulation in Rice and Aquatic Plants Used as Human Food: A General Review. Toxics, 9,360. Vikram,N; Katiyar, S.K; Singh, C.B; Husain, R and Gangwar, L.K.(2020). A Review On Anti- Nutritional Factors. International Journal of Current Microbiology & Applied Sciences, 9(5):1128-1137 Wangboje,O.M and Ekundayo, O.T. (2013). Assessment of Heavy Metals in Surface Water of Ikpoba Reservoir, Benin City, Nigeria. Nigerian Journal of Technology,32(1):61-66. Wokeh, O.K; Woke, G.N; Orose,E and Odioko, E.(2020). Comparison of Growth Performance of African Catfish (Clarias gariepinus) Fed with Different Standard Feed. International Journal of Fisheries & Aquatic Studies, 8(5):394-397. Wokeh,O.K; Okey-Wokeh, C.G and Orose, E. (2023). Water Quality Assessment and Spatial Variation in Aba River Water,South-Eastern Nigeria. African Journal of Pure & Applied Sciences,4(1):36-41. Zakarias,M.H; Ramaiya,S.D; Bidin,N; Syed,N.N.E and Bujang,J.S. (2023). Nutritional Values of Wild Edible Freshwater Macrophyte. Peerj Life & Environment, 11(2):e15496.