Plant hydraulics as a central hub integrating plant and ecosystem function: meeting report for ‘Emerging Frontiers in Plant Hydraulics’ (Washington, DC, May 2015) - Sack, Lawren; Ball, Marilyn C.; Brodersen, Craig; Davis, Stephen D.; Des Marais, David L.; Donovan, Lisa A.; Givnish, Thomas J.; Hacke, Uwe G.; Huxman, Travis; Jansen, Steven; Jacobsen, Anna L.; Johnson, Daniel M.; et al. (Plant, cell and environment, 2016)
Keywords: Agronomy; cavitation; Climate change; Climatology; District of Columbia; drought; Ecological function; Ecosystem; embolism; Environmental impact; fluid mechanics; food availability; Food supply; forestry; genomics; Hydraulics; Interdisciplinary research; landscapes; Life Sciences; phloem; photosynthesis; plant biology; plant communities; stomata; Sustainability; Terrestrial ecosystems; tissues; Trees - physiology; vascular pathogens; vascular transport; Vegetal Biology; Water - physiology; Water Cycle; Water transport; xylem; USA, Washington D.C; District of Columbia; xylem; stomata; vascular transport; drought; phloem; genomics; embolism; cavitation; vascular pathogens; ecosystem ecology; paleobiology; plant hydrolic traits; light; foresty; temperature; climatology; biotic factors; earth-system science; agronomy; water