Asymmetric responses of adaxial and abaxial stomata to elevated CO<sub(2)>: impacts on the control of gas exchange by leaves.

Pearson M.; Davies W.J.; Mansfield T.A.

Asymmetric responses of adaxial and abaxial stomata to elevated CO<sub(2)>: impacts on the control of gas exchange by leaves.

1995

Pearson M. | Davies W.J. | Mansfield T.A.

AGROVOC Keywords

agua biologia biologie biology botanica botanique botany carbon dioxide dioxyde de carbone eau ecologia ecologie ecology efecto invernadero effet de serre estoma feuille gas exchange greenhouse effect hojas intercambio de gases leaves malezas mauvaise herbe mouvement movement movimiento photosynthese photosynthesis rumex stomata stomate transpiration water weeds

Bibliographic information

Published in

Plant, Cell and Environment

Volume 18

Pagination

v.837-843(8)

Other Subjects

Fotosintesis; Echange gazeux; Transpiracion; Dioxido de carbono

Language

English

Note

27 ref.

Type

Journal Article; Journal Part

Source

Plant,-Cell-and-Environment (United Kingdom). (1995). v. 18(8) p. 837-843.

Corporate Author

Air Pollution and Climate Change Unit, Biological Sciences Division, Institute of Environmental and Biological Sciences, Lancaster University, Lancaster LA1 4YQ (United Kingdom)

Miljoestyrelsen, Copenhagen (Denmark).

In AGRIS since: 2012-11-15

Format: AGRIS AP

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Asymmetric responses of adaxial and abaxial stomata to elevated CO<sub(2)>: impacts on the control of gas exchange by leaves.

1995

AGROVOC Keywords

Bibliographic information