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More than a 600-fold variation in nitrogen dioxide assimilation among 217 plant taxa

1998

Morikawa, H. | Higaki, A. | Nohno, M. | Takahashi, M. | Kamada, M. | Nakata, M. | Toyohara, G. | Okamura, Y. | Matsui, K. | Kitani, S. | Fujita, K. | Irifune, K. | Goshima, N. (Graduate Department of Gene Science, Faculty of Science, Hiroshima University, Kagamiyama 1-3-1, Higashi-Hiroshima 739 (Japan))

AGROVOC Keywords
air pollution anabolism anabolisme anabolismo arbre forestier assimilation asteraceae compositae dioxyde d'azote eucalyptus viminalis forest trees magnolia myrtaceae nicotiana tabacum nitrogen dioxide nitrogen metabolism plantas plante plante ligneuse plants populus nigra solidago tabac tabaco theaceae tillandsia tobacco woody plants
Bibliographic information
Plant, Cell and Environment (United Kingdom)
Volume 21 Issue 2
Pagination
pp. 180-190
Other Subjects
Tillandsia ionantha; Pollution atmospherique; Plantas lenosas; Arboles forestales; Metabolismo del nitrogeno; Dioxido de nitrogeno; Polucion del aire; Metabolisme de l'azote; Solidago altissima; Tillandsia caput-medusae; Magnolia kobus
Language
English
Note
17 ref.
1998-08-15
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