The physiological and biochemical features of plants that are responsible for determining
susceptibility or tolerance to air pollutants have often proved hard to identify. In recent years …

In a brief review article it is not possible to cover all aspects of a topic such as this, nor can a
full sense of historical perspective be given. We have attempted to survey the major sources …

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

Exposure of plants to air pollutants may result not only in leaf damage and reduction in
growth and yield of crops, but also in interference with physiological processes, in particular …

Environmental Control of Plant Growth consists of the proceedings of a symposium held at
Canberra, Australia, in August 1962. The symposium aims to consider the natural …

Several factors (climatic, biotic and edaphic) are considered which can modify the
responses of plants to air pollutants. There is good evidence for the following:(a) Exposure …

The use of bioindications (occurring within the invisible range of plant injury) as well as
bioindicators (visual symptoms; chemical tissue analysis), in investigating the effect of air …

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 …

There are two distinct reasons for studying stomatal responses to pollutant gases. First,
stomata are important in regulating the rates of uptake of gaseous pollutants by leaves …

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