Growth Performance of Clarias gariepinus in Paddy Rice Field in Kwadon, Gombe, Nigeria

A.Z. Abubakar, I. Ibrahim, Z. Isah, M.A. Umar
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Abstract

In this scenario, a rice and fish farming system is merged, where the fish are farmed alongside or interchangeably with the rice. Integrated fish farming is a sequential linkage between two or more farming operations. However, occasionally the advancement of rice-fish farming has been ham-pered by changes in rice growing methods as well as the widespread use of insecticides and artifi-cial fertilizers. A cutting-edge agricultural technique where the primary crop is rice and fish fin-gerlings are used as a secondary source of income. By generating employment opportunities and ensuring food security, rice cum fish culture not only helps farmers who are living in poverty to earn more money but also increases the output of their paddy crops. This study aims to assess the performance of the fish as a result of the rice-fish culture. Kwadom, in the Yamaltu-Deba local government area of Gombe State, Nigeria, practiced rice-fish culture. The study used six (6) rice paddy fields with the labels "pond X and X1 received artificial feed, pond Y and Y1 received poultry dropping, and pond Z and Z1 serve as control." at twenty-one (21) days following plant-ing, local rice seedlings Jamila and improved rice seedlings Faro 44 were transferred into the paddies. Each pond received 5 g of Clarias gariepinus per fingerling. But only one treatment (X and X1) produced positive results for the rice variety faro 44, which managed to live. When compared to the other 2 treatments (poultry dropping and control), the fish output in treatment one (artificial feed) had an overall weight (g) of 54000 g, which is considerably greater. The study's high mean in faro 44 reading of 96264.73 g was observed. An analysis of resource use efficiency found that, with the exception of labour, irrigation, and insecticide, most resources in the rice-fish industry were underutilized by farmers. In order to improve food security and maintain sustained rural development, it is crucial that the government actively supports the integration of rice and fish farming.
尼日利亚贡贝Kwadon稻田克拉丽亚斯的生长性能
在这种情况下,水稻和鱼类养殖系统被合并,鱼类与水稻一起养殖或互换养殖。综合养鱼是两个或多个养殖操作之间的连续联系。然而,水稻-鱼类养殖的进步偶尔会受到水稻种植方法的变化以及杀虫剂和人工肥料的广泛使用的影响。这是一种尖端的农业技术,主要作物是水稻,鱼苗被用作次要收入来源。通过创造就业机会和确保粮食安全,稻鱼养殖不仅可以帮助生活贫困的农民赚取更多的钱,还可以提高水稻作物的产量。本研究旨在评估稻鱼混合养殖的鱼的性能。Kwadom在尼日利亚贡贝州的Yamaltu-Deba地方政府地区实行稻鱼养殖。研究使用6块稻田,稻田标记为“X塘和X1塘饲喂人工饲料,Y塘和Y1塘饲喂家禽粪便,Z塘和Z1塘作为对照”。在种植21天后,将当地水稻幼苗Jamila和改良水稻幼苗Faro 44移栽到稻田中。每个池塘每只鱼种投喂5 g的甲尾Clarias。但只有一个处理(X和X1)对水稻品种faro 44产生了积极的结果,它成功地存活了下来。与其他两种处理(丢下家禽和对照)相比,处理一(人工饲料)的鱼产量总重(克)为54000克,要大得多。该研究在faro 44读数的高平均值为96264.73 g。对资源利用效率的分析发现,除劳动力、灌溉和杀虫剂外,稻鱼产业的大多数资源都未被农民充分利用。为了改善粮食安全和维持农村的持续发展,至关重要的是,政府积极支持水稻和鱼类养殖的整合。
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