Estimating Cost-Effectiveness of Hawaiian Dry Forest Restoration Using Spatial Changes in Water Yield and Landscape Flammability under Climate Change

Christopher A. Wada; Leah L. Bremer; Kimberly Burnett; Clay Trauernicht; Thomas Giambelluca; Lisa Mandle; Elliott Parsons; Charlotte Weil; Natalie Kurashima; Tamara Ticktin

Pacific Science

Pacific Science
Volume 71, Number 4, October 2017
University of Hawai'i Press
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Estimating Cost-Effectiveness of Hawaiian Dry Forest Restoration Using Spatial Changes in Water Yield and Landscape Flammability under Climate Change¹
Christopher A. Wada, Leah L. Bremer, Kimberly Burnett, Clay Trauernicht, Thomas Giambelluca, Lisa Mandle, Elliott Parsons, Charlotte Weil, Natalie Kurashima, and Tamara Ticktin

Figure 2.

Groundwater recharge in Pu'u Wa'awa'a under no restoration, partial restoration, and full restoration in the current midcentury and under RCP 8.5 (future climate) scenarios (full ahupua'a). Error bars = 1 standard deviation of error associated with ET estimates.

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