伊巴丹大学养鱼场取样鱼塘水理化特征月度评估

A. A. Adekanmi, Ola Dapo, Muminat, Yemisi Adekanmi, Lawal, Ibraheem Kehinde, Owolabi Oluwafemi Akinkunmi, Aderibigbe, Ismail Abiodun
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引用次数: 0

摘要

人工养鱼场的生存取决于所选择的池塘及其环境。理想的环境能促进鱼类的最佳生长发育。阻碍鱼类生产成功的主要问题与水有关,这可以追溯到鱼塘水的季节性变化。部分养鱼户对上述挑战的忽视继续给养鱼的成功带来挫折。目前的研究重点是对伊巴丹大学养鱼场水的理化特性进行月度评估。水样采集自奥约州伊巴丹鱼场伊巴丹大学的两个土池塘。水温、空气温度和pH值就地测定,其他参数就地测定。所有性能均按标准方法检测。一年内所得结果的总体平均值和标准差如下:水温(26.40±1.91)、气温(29.22±1.52)、pH(8.08±0.52)、溶解氧(6.46±0.75mg/L)、总溶解固体(22.02±9.31)、电导率(9.64±2.35μS/cm)、总硬度(42.14±10.18mg/L)、总碱度(35.42±5.23 mg/L)、磷酸盐(0.85±0.57 mg/L)、氯化物(8.55±0.79)、硝酸盐(2.52±0.79 mg/L)、钙(33.86±15.55 mg/L)、钠(23.90±0.92)、镁(1.20±0.10)、钾(1.04±0.06)和铁(0.36±0.06)。上述结果大多在WHO, SON和FEPA的饮用水标准范围内。此外,它们在池塘中鱼类最佳生存所需的监管要求范围内。经检查的两个池塘取样的水完全适合养鱼。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Monthly Assessment Of Physicochemical Characteristics Of Sampled Fish Ponds Water At University Of Ibadan Fish Farm
Survival of artificial fish farm is based on chosen pond and its environment. Ideal environment will enhance optimum growth and development of fish. The major problem hindered the success of fish production are links to water, this are traced to seasonal variations in fish pond water. The negligence on part of fish farmer towards the aforementioned challenges has continues to bring set back to success of fish farming. The current study is focus on monthly assessment of physicochemical characteristics of water from University of Ibadan, Fish farm. Water samples were collected from two earthen ponds from University of Ibadan, Fish farm, Ibadan, Oyo state. Water Temperature, Air Temperature and pH, were determined in-situ while the other parameters were determined out-situ. All properties were examined according to standard methods. The overall mean and standard deviation of results obtained over a period of year are as follows: Water Temperature (26.40±1.91), Air Temperature (29.22±1.52), pH (8.08±0.52), Dissolved Oxygen (6.46±0.75mg/L), Total Dissolved Solids (22.02±9.31), Electrical conductivity (9.64±2.35μS/cm), Total Hardness (42.14±10.18mg/L), Total Alkalinity (35.42±5.23 mg/L), Phosphate (0.85±0.57 mg/L), Chloride (8.55±0.79), Nitrate (2.52±0.79 mg/L), Calcium (33.86±15.55 mg/L), Sodium (23.90±0.92), Magnesium (1.20±0.10), Potassium (1.04±0.06) and Iron (0.36±0.06). The above results are mostly within the WHO, SON and FEPA standards limits for drinking water. Also, they are within the required regulatory requirements for optimal survival for fish in ponds. Water sampled in two ponds examined are perfectly fit for fish production.
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