61 A Multifaceted Approach to Improving Fish Farming in Kenya’s Lake Victoria Region

IF 2.1 Q3 MEDICINE, RESEARCH & EXPERIMENTAL Journal of Clinical and Translational Science Pub Date : 2024-04-03 DOI:10.1017/cts.2024.67
Kathryn Fiorella, Eric Teplitz, Rodman Getchell, Grace E. Gonzalez
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Abstract

OBJECTIVES/GOALS: This project adopts a multifaceted approach to improving aquaculture management practices in Kenya’s Lake Victoria region by identifying fish pathogens, measuring algal toxin levels in commonly consumed fish, surveying fish farming practices, and educating the public. METHODS/STUDY POPULATION: Limited existing data on the state of floating cage culture in Kenya influenced our decision to begin this portion of the project with a brief literature review of potential Nile tilapia pathogens. Databases were screened for mention of disease in either wild or caged Nile tilapia, with emphasis given to those in Lake Victoria. Results were compiled into a spreadsheet and analyzed for frequently occurring pathogens. The next portion involved creating an interview style survey to assess current cage culture management practices in the region. Editing was done to ensure questions remained unbiased, non-leading, culturally sensitive, multilingual and relevant to the situation. Data went through a quality control screening and analysis was conducted through the R programming language. RESULTS/ANTICIPATED RESULTS: Beginning with mortality, of the 93 farms surveyed, data analysis revealed that there is a higher probability that farms will have a mortality of approximately 20%, over the course of a production cycle. For biosecurity and fish health practices, data shows that 97% of farms do not disinfect scooping nets or other fish handling materials when moving from one cage to another. During the 2022-2023 production cycle, 44% of farms experienced fish kills of over 50 fish. 73% of the 93 farms do not contact any organization when a fish kill occurs. In a qualitative answer, it also appears that many farm workers dispose of their dead fish within the lake, feed it to livestock or dogs, or eat it. Algae blooms have been experienced at 80% of the farms surveyed and 43% of farms say they have seen fish gasping at the surface for air. DISCUSSION/SIGNIFICANCE: While farms are implementing good management practices in the areas of cage design, stocking, and feeding practices, there is room for improvement in fish health, biosecurity, and managing algal blooms. The findings provide insight into the areas that should be considered when taking action to improve the welfare of the region.
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61 改善肯尼亚维多利亚湖地区养鱼业的多元方法
目标/目的:本项目采用多管齐下的方法来改进肯尼亚维多利亚湖地区的水产养殖管理方法,包括识别鱼类病原体、测量常见食用鱼类的藻毒素含量、调查鱼类养殖方法以及教育公众。方法/研究对象:有关肯尼亚浮游网箱养殖状况的现有数据有限,因此我们决定从简要回顾尼罗罗非鱼潜在病原体的文献开始项目的这一部分。我们筛选了数据库中有关野生或笼养尼罗罗非鱼疾病的内容,重点是维多利亚湖中的尼罗罗非鱼。结果被编入电子表格,并对经常出现的病原体进行分析。接下来的工作包括制作一份访谈式调查,以评估该地区目前的笼养管理实践。我们对问卷进行了编辑,以确保问题不带偏见、没有引导性、具有文化敏感性、使用多种语言并与实际情况相关。数据经过质量控制筛选,并通过 R 编程语言进行分析。结果/预期结果:首先是死亡率,在调查的 93 个养殖场中,数据分析显示,在一个生产周期内,养殖场的死亡率约为 20%。在生物安全和鱼类健康实践方面,数据显示 97% 的养殖场在从一个网箱转移到另一个网箱时没有对舀网或其他鱼类处理材料进行消毒。在 2022-2023 年生产周期,44%的养殖场发生了超过 50 条鱼的死亡。在 93 个养殖场中,73%的养殖场在发生死鱼时没有联系任何组织。在定性回答中,许多养殖场工人似乎还将死鱼丢弃在湖中、喂牲畜或狗,或将其吃掉。在接受调查的养殖场中,有 80% 出现过藻类大量繁殖的情况,43% 的养殖场表示曾看到鱼在水面上喘气。讨论/意义:虽然养殖场在网箱设计、放养和喂食方面实施了良好的管理措施,但在鱼类健康、生物安全和藻华管理方面仍有改进空间。研究结果提供了采取行动改善该地区福利时应考虑的领域。
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来源期刊
Journal of Clinical and Translational Science
Journal of Clinical and Translational Science MEDICINE, RESEARCH & EXPERIMENTAL-
CiteScore
2.80
自引率
26.90%
发文量
437
审稿时长
18 weeks
期刊最新文献
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