荒漠植物表皮毛的凝结水形成及吸收机制研究进展

doi:10.13866/j.azr.2024.01.11

Abstract

Abstract:

Desert plants have developed highly evolved water preservation and transportation systems for collecting and storing water through air under chronic water scarcity, the accessory structures such as trichomes on the leaf surface have important biological significance in collection, storage and transportation of the condensed water. Based on the current research progress, this review briefly summarizes the biological and ecological effects of condensate on desert plants, and expounds the theories related to leaf surface wettability and water collection capacity. Based on this, the important role of special structure of desert plants’ leaf surface (trichome) in the formation, transport and absorption of condensate is mainly discussed. The research methods of surface retention and absorption of condensate water were summarized, which may provide guidance for further study on trichome function and is helpful to understand the mechanism of condensate collection by desert plants driven by its structural characteristics in arid areas of China.

Key words: desert plant, condensed water, leaf surface wettability, trichome, ecological effect

Alayi HANATI, LIU Yanxia, LAN Haiyan. Research progress on the mechanism of formation, absorption and utilization of condensed water on leaf trichomes of desert plants[J].Arid Zone Research, 2024, 41(1): 114-123.

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Research progress on the mechanism of formation, absorption and utilization of condensed water on leaf trichomes of desert plants

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