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Local perceptions of ecosystem services and human-induced degradation of lake Ziway in the Rift Valley region of Ethiopia

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Abstract Ecosystems supply beneficial contributions to people’s quality of life and well-being. Freshwater lakes provide diverse consumptive and non-consumptive ecosystem services (ESs) to people. This study examined ecosystem goods and… Click to show full abstract

Abstract Ecosystems supply beneficial contributions to people’s quality of life and well-being. Freshwater lakes provide diverse consumptive and non-consumptive ecosystem services (ESs) to people. This study examined ecosystem goods and services that Lake Ziway in the Rift valley region of Ethiopia supply and identified the anthropogenic pressures that impact the lake and its services. The lake currently supports investment projects and livelihoods of the local communities. It contributes to the local and national economy from the export of cut flowers. The biggest commercial floriculture investment in the country is located on the shore of this lake, depending mainly on its water. Assessing the views and knowledge of local communities towards the contributions of ESs to human life, well-being, and livelihoods is important to protect and prolong the long-term benefits of ESs. A total of 41 experts, 137 households, and 20 discussants from two districts were selected for interviews and focus group discussions (FGDs). Pearson's Chi-square tests were used to test the association between dependent and independent variables. Multiple regression models were developed to examine the ESs of the lake and human impacts. The result showed that respondents prioritize the ESs of the lake as provisioning > supporting > cultural > regulating services. The Chi-square results revealed a strong association among ESs with respondents’ type and residence locations. The multiple regression results revealed that respondents’ types and residence locations were significant determinants in prioritizing the importance of ESs of Lake Ziway (p

Keywords: ziway rift; ecosystem; rift valley; lake ziway; valley region; ecosystem services

Journal Title: Ecological Indicators
Year Published: 2021

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