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AuthorsF. Lens, A. Tixier, H. Cochard, J.S. Sperry, S. Jansen, S. Herbette
TitleEmbolism resistance as a key mechanism to understand adaptive plant strategies
JournalCurrent Opinion in Plant Biology
Volume16
Year2013
Pages287-292
ISSN1369-5266
Keywordsembolism resistance; adaptive plant strategies; drought stress; air bubbles (emboli); xylem
AbstractOne adaptation of plants to cope with drought or frost stress is to develop wood that is able to withstand the formation and distribution of air bubbles (emboli) in its water conducting xylem cells under negative pressure. The ultrastructure of interconduit pits strongly affects drought-induced embolism resistance, but also mechanical properties of the xylem are involved. The first experimental evidence for a lower embolism resistance in stems of herbaceous plants compared to stems of their secondarily woody descendants further supports this mechanical-functional trade-off. An integrative approach combining (ultra)structural observations of the xylem, safetyefficiency aspects of the hydraulic pipeline, and xylem–phloem interactions will shed more light on the multiple adaptive strategies of embolism resistance in plants.
Classification42.42
NoteDoi: 10.1016/j.pbi.2013.02.005
Document typearticle
Download paper_Current_Opinion_in_Plant_Biology_2013.pdf document http://www.repository.naturalis.nl/document/495601