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Physiology, morphology, and ozone uptake of leaves of black cherry seedlings, saplings, and canopy trees

1995

Fredericksen, T.S. | Joyce, B.J. | Skelly, J.M. | Steiner, K.C. | Kolb, T.E. | Kouterick, K.B. | Savage, J.E. | Snyder, K.R. (Environmental Resources Research Institute, 220 Forest Resource Laboratory, Pennsylvania State University, University Park, Pennsylvania 16802 (USA))

AGROVOC Keywords
air pollution arbre forestier canopy couvert cubierta de copas damage estoma fenologia feuille fisiologia vegetal foliage forest trees gas exchange hojas intercambio de gases leaf conductance leaves ozone ozono pennsylvania pennsylvanie phenology plant anatomy plant physiology plant water relations plantule potentiel hydrique prunus serotina relaciones planta agua relation plante eau seedlings stomata stomate transpiration water potential xilema xylem
Bibliographic information
Environmental Pollution (United Kingdom)
Volume 89 Issue 3
Pagination
pp. 273-283
Other Subjects
Echange gazeux; Pollution atmospherique; Physiologie vegetale; Arboles forestales; Tension de absorcion; Degat; Danos; Transpiracion; Polucion del aire; Anatomie vegetale; Plantulas; Phenologie; Anatomia de la planta; Xyleme
Language
English
Note
39 ref.
1996-08-15
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