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The objective of the trial was to study the physiological function and   potential ecological significance of non-glandular trichomes in red clover   based on their relation to the leaf transpiration intensity. The   transpiration rate, relative water content and water deficit of the leaves   were recorded in field-grown, high and slightly pubescent genotypes.   According to results, the presence of nonglandular epidermal trichomes on the   leaf surface of red clover was a micromorphological trait related to the   regulation of leaf transpiration in stressful conditions. Non-glandular   trichomes significantly enhanced water retention of the leaf tissue at high   leaf water deficit. In the environmental conditions, limiting leaf   evaporation, the pubescent genotypes displayed higher levels of   transpiration. It can be suggested that the non-glandular trichomes in red   clover are morphological structures supporting the function of leaf stoma   apparatus. A positive relation between the degree of pubescence and   resistance to powdery mildew was established under natural conditions

Physiological function of non-glandular trichomes in red clover (Trifolium pratense L.)