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Special Issue: Advancing socio-hydrology

Transition of water quality policies in Oregon, USA and South Korea: a historical socio-hydrological approach

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Pages 2117-2131
Received 30 Dec 2020
Accepted 25 Aug 2021
Accepted author version posted online: 28 Sep 2021
Published online: 10 Nov 2021
 

ABSTRACT

We examined evolutionary pathways for water quality policies in relation to changing pollution events and socio-political system changes in Oregon, USA, and South Korea. Despite geographic and temporal differences, strong oversight and financial support of the governments with public pressure played a crucial role in point source control. As point sources came under control, focus shifted to nonpoint source policies that have evolved through different pathways according to the regional socio-hydrological context. In Oregon, cross-scale collaborative governance and watershed approaches have been encouraged from the beginning. While the South Korean government relied on the rules of the point source era in the early period, it emphasized collaborative and inclusive policies in the later period. The trajectories of both regions illustrate that the pivotal policies in the point source era do not necessarily guarantee successes in nonpoint source management, and hydra-headed problems such as climate change can further complicate water quality management.

Acknowledgements

The authors appreciate the help of Clean Water Services and K-Water Andong Office for providing water quality measurement data. We also thank the Oregon Department of Environmental Quality staff members and Portland State University Water as Integrated System and Environment lab members who provided valuable feedback on the preliminary results of our work. We appreciate Dr Hanseok Jeong and two anonymous reviewers whose comments helped clarify many points of the article.

Disclosure statement

No potential conflict of interest was reported by the author(s).

Additional information

Funding

This work was supported by the Korea Environment Institute [grant number GP 2020–07 (Sustainability Assessment of Water Infrastructure and Services (VII))].

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