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- W3199104003 abstract "• Forest decaying process regulated by substrate composition. • The less diverse substrates exhibited more damaged trees. • Forests stands showing contrasting levels of infestation and decaying of trees. • T. recurvata differs in infestation on oak whether the geologic composition restricts water. Characteristics of the geologic substrate include the degree of fractured rock, fracture depth, soil depth, parental rock, soil texture, etc., that affect the hidrology of substrates and subsequently the availability of water for plants. Here we examined the importance of the geological substrate, as a factor that triggers the incidence of forest decline. We demonstrated that characteristics of the geological substrate related to the limitation of water availability enhances Tillandsia recurvata (Tire) infestation and eventually causes loss of vigor in oak trees. Using electrical resistivity tomography (geophysical methods) and stable isotope techniques (δ 18 O and δ 2 H), we showed that substrates dominated by regolith and rocks imposed greater conditions of drought to oak forest stands than substrates with a greater proportion of soil. Trees in forest stands under greater drought conditions presented higher Tire densities, a plant considered as epiphyte . However, under the observed conditions of high infestation, Tire apparently exhibited a change from epiphytic to parasitic plant as it acquired water from oak. This study identified that the structural composition of the geologic substrate is a factor accelerating the processes of decay and likely forest mortality related to the effects of drought and the infestation by pests and diseases." @default.
- W3199104003 created "2021-09-27" @default.
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- W3199104003 date "2022-01-01" @default.
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- W3199104003 title "The role of the geologic substrate on Tillandsia recurvata infestation and the development of forest decaying on a semiarid oak forest" @default.
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- W3199104003 doi "https://doi.org/10.1016/j.catena.2021.105724" @default.
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