导致马库埃尼县凯蒂河沿岸生态系统退化的社会经济因素

Kimani Ck, Kisangau Dp, Owuor Ma
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引用次数: 0

摘要

河岸生态系统的退化威胁着依赖这些社会生态系统(SES)谋生的社区的生计。这是因为,河岸生态系统提供饲料、木材、土壤发展、水调节和野生动物栖息地等生态系统服务。肯尼亚东部半干旱地区的河岸生态系统是受影响的地区之一,需要获得相关信息以了解其中的原因。本案例研究重点关注马库埃尼县的凯蒂河,分析导致河岸退化的社会经济因素。数据收集时间为 2018 年 9 月至 2019 年 3 月,采用了问卷调查、关键信息提供者访谈、焦点小组讨论和照片等方式。在分析数据时,使用了带有回归和相关分析的 SPSS 26 版界面,以分析河岸生态系统退化的原因。结果发现,农作物种植是导致河岸生态系统退化的主要原因(R-Square =0.849,F (1, 99) =9.4495,p 值=0.0003<0.05),这表明农作物种植占凯蒂河河岸生态系统退化变化的 84.9%。计算得出的贝塔值表明,农作物种植每增加一个单位,凯蒂河河岸生态系统的退化程度就会增加 0.782(p 值=0.001<0.05)。研究结果还显示,畜牧业(R-Square=0.615,β=0.211,p 值=0.002≤0.05)、缺乏河岸保护意识(R-Square=0.573,β=-0.757,p 值=0.002<0.05)和商业采砂 R-Square=0.659,β=0.205,p 值=0.000<0.05)是造成凯蒂河河岸生态系统退化的重要原因。其他导致退化的重要原因(R-Square=0.520,β=0.212,p 值=0.001≤0.05)包括自然资源治理不善、贫困、基础设施薄弱、气候变化和土地使用变化。研究得出结论,在 Kaiti 河岸地区建立意识并控制人类活动将大大减少河岸生态系统的退化。建议采取多方利益相关者参与的方法,让社区成为监测和实施河岸保护措施的中心。
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Socio Economic Factors Contributing to Riparian Ecosystem Degradation along Kaiti River in Makueni County
The degradation of riparian ecosystems threatens the livelihoods of communities that depend on these socio-ecological systems (SES) for their well-being. This is because; riparian ecosystems provide ecosystem services like fodder, timber, soil development, water regulation and habitat for wildlife. The riparian ecosystem in Kenya's Eastern Semi-Arid Region is one of the affected zones and information is required to understand the causes therein. This case study focussed on the Kaiti River in Makueni County to analyse the socio-economic factors leading to its riparian degradation. Data was collected between September 2018 to March 2019 using questionnaires, key informant interviews, focus group discussions and photographs. To analyse the data, SPSS version 26 interface with regression and correlation analysis was used to analyse the causes of riparian ecosystem degradation along the river. Crop farming was found to be a leading cause of degradation (R-Square =0.849, F (1, 99) =9.4495, p-value=0.0003<0.05) showing that farming accounts for 84.9% of the variations in degradation of River Kaiti riparian ecosystem. A calculated beta value implied that a unit raise in crop farming would lead to a rise in the degradation of the River Kaiti riparian ecosystem by 0.782 (p-value=0.001<0.05). The results of the study also revealed that livestock farming (R-Square =0.615, β=0.211, p-value =0.002≤0.05), lack of riparian conservation awareness (R-Square =0.573, β=-0.757, p-value= 0.002<0.05) and Commercial sand harvesting R-Square=0.659, β=0.205, p value=0.000<0.05) significantly contribute to River Kaiti riparian ecosystem degradation. Other causes significantly contributing to degradation (R-Square =0.520, β=0.212, p-value=0.001≤0.05,) were poor natural resource governance, poverty, poor infrastructure, climate change and land use changes. The study concludes that awareness creation and control of human activity in the Kaiti riparian zone would significantly reduce riparian ecosystem degradation. A multi-stakeholder approach whereby the community takes centre stage in monitoring and implementing riparian conservation measures is recommended.
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