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- Lovell, John T.; Shakirov, Eugene V.; Schwartz, Scott; Lowry, David B.; Aspinwall, Michael J.; Taylor, Samuel H.; Bonnette, Jason; Palacio-Mejia, Juan Diego; Hawkes, Christine V.; Fay, Philip A.; Juenger, Thomas E.
- Plant physiology 2016 v.172 no.2 pp. 734-748
- pot culture, etc ; Panicum virgatum; drought; ecophysiology; field experimentation; gene expression; gene expression regulation; genes; genomics; genotype; greenhouse experimentation; greenhouses; photosynthesis; physiological response; reactive oxygen species; soil water; soil water deficit; stress tolerance; Show all 18 Subjects
- ... Identifying the physiological and genetic basis of stress tolerance in plants has proven to be critical to understanding adaptation in both agricultural and natural systems. However, many discoveries were initially made in the controlled conditions of greenhouses or laboratories, not in the field. To test the comparability of drought responses across field and greenhouse environments, we undertook ...
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