Total amount of green leaves volatiles (GLVs) (µmol
 mm−1) and percentage (%) of the major ions
 representing the GLVs blend emitted after wounding Dactlylis
 glomerata and Populus alba leaves grown in
 normal circadian light cycle compared to those exposed to continuous
 dark conditions for 7 days.

Federico Brilli (350828); Taina M. Ruuskanen (350829); Ralf Schnitzhofer (350830); Markus Müller (805213); Martin Breitenlechner (350831); Vinzenz Bittner (350832); Georg Wohlfahrt (350833); Francesco Loreto (350834); Armin Hansel (350835)

doi:10.1371/journal.pone.0020419.t001

Total amount of green leaves volatiles (GLVs) (µmol mm−1) and percentage (%) of the major ions representing the GLVs blend emitted after wounding Dactlylis glomerata and Populus alba leaves grown in normal circadian light cycle compared to those exposed to continuous dark conditions for 7 days.

By Federico Brilli (350828), Taina M. Ruuskanen (350829), Ralf Schnitzhofer (350830), Markus Müller (805213), Martin Breitenlechner (350831), Vinzenz Bittner (350832), Georg Wohlfahrt (350833), Francesco Loreto (350834) and Armin Hansel (350835)

Abstract

Means ± SE are shown (n = 4). Differences between means within the same column were statistically assessed with a Tukey's post hoc test (P<0.05).</p

Topics: Biochemistry, Chemistry, Ecology, Plant Biology, leaves, volatiles, ions, glvs, emitted, wounding, grown, in, circadian, compared, exposed, continuous, conditions

Year: 2013

DOI identifier: 10.1371/journal.pone.0020419.t001

OAI identifier: oai:figshare.com:article/442404

Provided by: FigShare

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Abstract

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