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Flooding is an extremely severe stress condition for many higher plants. Species which occur in frequently submerged or waterlogged habitats often show a number of morphological and anatomical adaptations, which avoid the hazard of hypoxia or anoxia during a prolonged period of flooding. Common examples of these adaptations are petiole and stem elongation [5], which enable the submerged leaves to reach the water surface, and the development of aerenchymatous tissues, through which atmospheric oxygen can be transported from the emerging leaf tips to the submerged parts of the plant [2].

Flooding Resistance and Ethylene. II. Application of an Advanced Laser-Driven Photoacoustic Technique in Ethylene Measurements on Flooded Rumex Plants