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Participatory Watershed Management for Rural Livelihoods in Gibe, Ethiopia

Abstract

The sustainability of environmental management practices such as watershed management intervention strategies relies on the understanding of the connection of the rural community’s participation, and livelihoods. However, there have not been many efforts effort to document the relationship between watershed management and sustainable livelihoods. In line with this, the research has assessed the role of participatory watershed management practices for sustainable rural livelihood improvement in Handosha Watershed, Gibe district, Southern Ethiopia. To address the above objective, household survey, focus group discussion and key informant interview were employed to collect and analyze the data from 122 randomly selected households in four sub-watersheds. Descriptive analysis, independent t-test and chi-square test were applied to analyze the data. The result of the study indicated that the collective value of overall livelihood assets and the specific major components that encompass crop diversification, food availability, land productivity, and physical assets were better after watershed intervention than before watershed intervention. The key finding of the research presents that due to different interventions the livelihood of the community was diversified and enhanced especially; profits, soil fertility, crop productivity, forest, water and food availability become enhanced. Findings of the study suggested that further emphasis is needed to enhance the households’ livelihood assets for sustainability of livelihoods. Local administrators and development agents need to recognize socio economic and topographic specific features as well as the constraints to involve society fully in various activities of participatory watershed management activities.

Introduction

Sustainable livelihood improvement is a growing issue, particularly in the developing countries given the mounting challenge of poverty, low economic development and poor agricultural. Ethiopia is not an exception where the degradation of land resource base and associated decreasing land productivity have been a major challenge for the sustenance of livelihoods of people (Teklewold et al., 2013). Agriculture is the economic mainstay of the overwhelming majority of people in Ethiopia and will continue to be the base for sustainable livelihood of the country (Gessesse et al., 2016). However, the ongoing watershed degradation in the form of soil erosion and soil nutrient depletion is the threatening factor for agricultural development (Shiferaw and Singh 2010). The degradation of watershed has been associated with the interacting effects of biophysical and socioeconomic factors and exacerbated by rapid population growth which would be resulted in not only decreasing land productivity but also aggravate ecological degradation, hampered households’ livelihood improvement and social development (Kerse 2018). In addition, much watershed conservation related research in Ethiopia is fragmented, focusing on biophysical (Taye et al., 2015) and economic returns (Kassie et al., 2011). Furthermore, a more specific conceptual framework that explains the nexus of the perception, community participation, and livelihoods to- wards sustained watershed management program is rarely found.

In response to the watershed degradation problems in the country, massive conservation, rehabilitation and afforestation movements were undertaken in Ethiopia (Engdawork & Bork, 2014; Tesfahunegn et al., 2012). Furthermore, conservation measures had been regularly accepted by farmers aimed decreased soil erosion, increased soil fertility and safeguarding the soil long-term productivity (Moges & Amsalu, 2017) and achievements in food security, poverty reduction and ecological sustainability (de Graaff et al., 2008; [Teshome et al., 2016). The acceptance of watershed management practices has been considered as agricultural development policy. Farmers gain incentives from agricultural and international initiatives to invest watershed management practices (de Graaff et al., 2013). However, the efforts couldn’t bring perceived changes as expected (Teshome et al., 2016). Consequently, this brought a low acceptance rate of some of these sustainable watershed management practices in the rural regions( Berresaw et al., 2010) for its top-down approach (de Graaff et al., 2013). As farmers were completely ignored from decision making in the selection, designing evaluation and implementation processes of watershed management practices The conservation measures in place were also undertaken without farmer’s interest and conviction. As a result, these drive the farmers to remove conservation structures following the change of foodfor- work programs (Deressa et al., 2009). Furthermore, there was little monitoring and assessment of the status of conservation measures and moreover, negligible maintenance for their sustainability (de Graaff et al., 2013). On the other hand, failure conservation efforts emanated from the fact that was implementing agencies couldn’t notice local level institutional, physical and socioeconomic realities (Enki et al., 2001). Thus, it’s vital to plan appropriate watershed conservation measures that are acceptable by farmers, require practical consideration of different socio-economic determinants affecting farmers’ decision (Shiferaw et al., 2009). Inadequate success in the acceptance of watershed management practices has been a problem as lesser willingness of farmers to implement watershed management practices ( Moges & Amsalu, 2017; Teshome et al., 2016).

Effective watershed management practices can be realized only when farmers believe and decide on the benefits of practices and are actively involved in the evaluation and implementation activities. The farmer’s decision to use and manage natural resources highly depends on their perception of the landscape (Mekuriaw et al., 2018b. In fact, farmers can modify the technologies to their real situations (Teshome et al., 2016).

Their perception and participation also vary in space and individual households due to different interactive factors. Therefore, this research aimed to identify the roles of participatory watershed management practices for sustainable rural livelihood improvement in Gibe district, southern Ethiopia.

Source : Participatory Watershed Management for Rural Livelihoods in Gibe, Ethiopia | InformativeBD

#Livelihood improvement #Watershed management #Livelihood diversification #Participation #Gibe district

Overview of Watershed Management

Get an overview of watershed management and learn about effective planning strategies.

Do you have proper insights on the management of watersheds? Before digging out the complete information on watershed management, let’s understand what watershed is. This in-depth study discusses the vital lighting performance of water rating services, as well as their process, grandeur, and real-world influence.

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Overview of Watershed Management

Get an overview of watershed management and learn about effective planning strategies.

Do you have proper insights on the management of watersheds? Before digging out the complete information on watershed management, let’s understand what watershed is.

#watershed management #rainwater harvesting system #ways to recharge groundwater #rainwater harvesting solution

https://www.smsfoundation.org/importance-of-watershed-management-in-smallholder-farming/

#water conservation and management #wastewater management #watershed management #water management India #water management in India #traditional water harvesting system in india #water management #Wastewater management

#agriculture #technology #cropMonitoring #soilmapping #Watershed Management

The Water Management program at S M Sehgal Foundation advocates the adoption of sustainable technologies to improve access to safe drinking water for rural c...

The Water Management program at S M Sehgal Foundation advocates the adoption of sustainable technologies to improve access to safe drinking water for rural communities and prevent spread of waterborne diseases.

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