On capturing human agency and methodological interdisciplinarity in socio-hydrology research

On capturing human agency and methodological interdisciplinarity in socio-hydrology research
复制标题

DOI:
10.1080/02626667.2022.2114836
复制
发表时间:
2022-08
影响因子:
3.5
通讯作者:
David J. Yu;Melissa Haeffner;Hanseok Jeong;S. Pande;Juliane Dame;G. di Baldassarre;G. García-Santos;L. Hermans;R. Muneepeerakul;F. Nardi;M. Sanderson;F. Tian;Yongping Wei;J. Wessels;M. Sivapalan
David J. Yu;Melissa Haeffner;Hanseok Jeong;S. Pande;Juliane Dame;G. di Baldassarre;G. García-Santos;L. Hermans;R. Muneepeerakul;F. Nardi;M. Sanderson;F. Tian;Yongping Wei;J. Wessels;M. Sivapalan
中科院分区:
环境科学与生态学3区
文献类型:
--
作者:
David J. Yu;Melissa Haeffner;Hanseok Jeong;S. Pande;Juliane Dame;G. di Baldassarre;G. García-Santos;L. Hermans;R. Muneepeerakul;F. Nardi;M. Sanderson;F. Tian;Yongping Wei;J. Wessels;M. Sivapalan

文献摘要

相似文献

摘要社会水文学已经扩大,并有效地使水文界接触到其他科学学科,特别是社会科学的思想和方法。然而,在如何捕捉人的作用以及如何结合水文学和社会科学的不同方法和学科观点来发展知识方面,仍有许多需要探索的地方。一个有用的起点是指出,人水关系的复杂性不仅是由于空间和时间尺度上的相互作用,而且也是由于社会系统的不同组织级别的相互作用。这需要考虑另一个分析尺度,人类组织尺度,以及研究方法的跨学科。基于本刊《2019-2022年推进社会水文学》特刊上发表的论文,本文阐述了如何通过捕捉人类决策的多层次本质和应用跨学科的多方法方法来加强对人水耦合系统的理解。
ABSTRACT Socio-hydrology has expanded and been effective in exposing the hydrological community to ideas and approaches from other scientific disciplines, and social sciences in particular. Yet it still has much to explore regarding how to capture human agency and how to combine different methods and disciplinary views from both the hydrological and the social sciences to develop knowledge. A useful starting ground is noting that the complexity of human–water relations is due to interactions not only across spatial and temporal scales but also across different organizational levels of social systems. This calls for consideration of another analytical scale, the human organizational scale, and interdisciplinarity in study methods. Based on the papers published in this journal’s Special Issue Advancing Socio-hydrology over 2019–2022, this paper illuminates how the understanding of coupled human–water systems can be strengthened by capturing the multi-level nature of human decision making and by applying an interdisciplinary multi-method approach.