3.8 Article

Groundwater Recharge to Address Integrated Groundwater and Surface Waters: The ESPA Recharge Program, Eastern Snake Plain, Idaho

期刊

CASE STUDIES IN THE ENVIRONMENT
卷 5, 期 1, 页码 -

出版社

UNIV CALIFORNIA PRESS
DOI: 10.1525/cse.2020.1223981

关键词

groundwater; managed aquifer recharge; governance; institutions

资金

  1. Nestle Waters North America

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The ESPA Recharge Program aims to mitigate the effects of groundwater pumping by recharging the aquifer and reduce conflicts between surface and groundwater users. By integrating legal regimes for surface water and groundwater, the program illustrates the incentives for joint management of the two. Despite benefiting from a centralized structure, the program still faces obstacles in securing long-term funding and expanding conveyance capacity during wet years.
The Eastern Snake Plain Aquifer (ESPA) Recharge Program aims to recharge an average of 250,000 AFY to mitigate the effects of groundwater pumping on surface water resources and, in doing so, to reduce conflicts between surface and groundwater users. The Idaho Water Resources Board (IWRB) partners with canal and irrigation companies to use IWRB's surface water rights to conduct aquifer recharge through in- and off-canal seepage and direct injection wells. The canal and irrigation companies are paid by IWRB to use their canals and property for recharge sites. From 2014 to 2019, the program achieved 249,028 AFY of average recharge per year. The ESPA Recharge Program serves as a good example of a statewide recharge program that addresses challenges in managing highly connected groundwater and surface water. Moreover, it illustrates the incentives that can emerge for joint management of groundwater and surface water based on legal regimes that integrate the two. The ESPA Recharge Program particularly benefited from its centralized structure, with one state agency, IWRB, given sole control of implementing the recharge program. Nevertheless, the program faces some future obstacles, namely, in securing long-term funding, building out conveyance capacity to transport water to recharge sites during wet years, and modeling groundwater resources adequately.

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