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The Land–Water–Food Nexus: Expanding the Social–Ecological System Framework to Link Land and Water Governance

机译:土地-水-食物联系:扩大社会-生态系统框架,将土地和水的治理联系起来

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To date, the land–water–food nexus has been primarily addressed from an ecological, hydrological or agronomic angle, with limited response to the governance interface between the input resources. Likewise, in widely used heuristic frameworks, such as the social–ecological system (SES) framework, governance interactions between resources are not sufficiently addressed. We address this gap empirically, using the case of Tajikistan, based on a farm household survey analysis of 306 farmers. The results indicate that land system variables contribute to the willingness to cooperate in irrigation management. Specifically, formal land tenure has a positive effect on farmers paying for water as well as on the likelihood of their investing time and effort in irrigation infrastructure, which is decisive for Tajikistan’s food and fiber production. Irrigation system variables show that, e.g., being an upstream user increases the likelihood to contribute to labor maintenance efforts. We further discuss how decisions with respect to the land sector could be designed in the future to facilitate cooperation in other resource sectors. Further, we conclude from a conceptual perspective that the SES framework integrating a nexus perspective can be adapted: either (1) by adding a second-tier “governance nexus” variable inside the governance variable of an irrigation system; or (2) by adding a land resource unit and system outside the irrigation system.
机译:迄今为止,主要是从生态,水文或农艺学角度解决土地-水-食物关系,对投入资源之间的治理界面的反应有限。同样,在广泛使用的启发式框架(例如,社会生态系统(SES)框架)中,资源之间的治理交互也没有得到充分解决。我们以塔吉克斯坦为例,根据对306名农民的农户调查分析,从经验上解决了这一差距。结果表明,土地系统变量有助于在灌溉管理方面进行合作。具体来说,正式的土地使用权对农民买水以及他们在灌溉基础设施上投入时间和精力的可能性具有积极影响,这对塔吉克斯坦的粮食和纤维生产至关重要。灌溉系统变量表明,例如,作为上游用户增加了参与人工维护工作的可能性。我们将进一步讨论将来如何设计有关土地部门的决策,以促进其他资源部门的合作。此外,我们从概念的角度得出结论,可以将整合了联系观点的SES框架进行调整:(1)通过在灌溉系统的管理变量内添加第二层“治理联系”变量; (2)在灌溉系统之外增加土地资源单位和系统。

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