Stephen P. Good on Muck Rack

Stephen P. Good

  • Assistant Professor, Oregon State University
As seen in: Nature, Wiley Online Library, EurekAlert!, Science Magazine, Scotland on Sunday, The Scotsman, Scottish Daily Record, The Herald (Glasgow), Newswise, JD Supra and
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Articles

Innovative Framework for Tracking Plant Water Use Promises Enhanced Drought

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By Stephen P. Good
| SCIENMAG
For decades, scientists have relied on a chemical fingerprint inside water molecules to determine where plants get their moisture. The method shaped our understanding of drought resilience, groundwater use and ecosystem survival. But there was a problem. The fingerprints didn't always match. Around the world, researchers reported subtle yet persistent mismatches between the water inside plants and the water in surrounding soils.
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Shifts in Evapotranspiration Components During Heatwaves Alter Surface Cooling

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By Han Chen, Stephen P. Good, Einara Zahn
| Wiley Online Library Verified
1 Introduction Climate change has resulted in an increased frequency, intensity, and duration of heatwave events (Baldwin et al., 2019; Perkins-Kirkpatrick & Lewis, 2020), significantly altering regional hydrological cycle and energy balance (Teuling et al., 2010). Heatwave events can generate extreme surface temperatures, which can significantly disrupt ecosystem functioning (Albright et al., 2011).
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Canopy Rainfall Storage Capacity Quantified Across the Diversely Vegetated Sites of the United States National Ecological Observatory Network

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By Abigail G. Sandquist, Stephen P. Good, Gabriel Barinas
| Wiley Online Library Verified
1 Introduction Interception loss, the evaporation of water from plant surfaces wetted by precipitation, represents a significant water efflux globally (Miralles et al. 2010; Zhong et al. 2022) and can even represent the fate of most precipitation in certain environments (Schellekens et al. 1999). Canopy storage capacity (S), the depth of water required to saturate a canopy, represents the maximum amount of water available for evaporation from a saturated canopy (Ghimire et al. 2017).
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