Important physiological processes, photosynthesis, respiration, carbon allocation and
stomatal function are known to be affected by air pollutants. A wide range in sensitivity of …

Many atmospheric pollutants, even when present at relatively low concentrations, may
interfere with the control of stomatal aperture, and they thus have the potential to upset the …

Materials and Methods Pinto bean (Phaseoluts vulgaris L.) and petunia (Petunia hybrida
Vilm var. Rosy Morn) plants were grown in a shaded, carbon filtered greenhouse under a 15 …

This multi-author book aims to integrate different plant growth responses to air pollution by
covering structural, functional and biochemical responses in addition to the whole-plant or …

Publisher Summary Important physiological processes, like photosynthesis, respiration, the
stomatal mechanism, phloem loading, and carbon allocation, are all known to be affected by …

Responses of Plants to Air Pollution examines the effects of air pollutants, individually and
synergistically, on both higher and lower plants. The subject matter overlaps into a wide …

One of the major objectives in the analysis of effects of air pollution at the physiological and
biochemical levels is the development of an understanding of what determines resistance …

This book addresses air pollution's sources and movement; biochemical, cellular, and whole-
plant effects, impacts on agricultural and natural systems; and control. The effects of …

The effects of light and water on stomatal behaviour and the importance of stomata in the
control of evaporation, photosynthesis and the removal of pollutants from the atmosphere …

The effect of O3 and oxides of N and S on the biochemistry and physiology of plants 1 day
after exposure is discussed. The common result of pollution injury was osmotic imbalance …