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Plant size and leaf traits for epiphyte species found in flooded gallery forests and non-flooded gallery forests in Central Brazil

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DataONE2023-12-04 更新2024-06-08 收录
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Despite their unique adaptations to thrive in canopy environments without access to soil resources, epiphytes are underrepresented in studies of functional traits and of functional composition of tropical plant communities. We investigated functional traits of spermatophytic (seed-bearing) C3 and CAM epihyte communities in flooded and non-flooded gallery forests in Central Brazil. The two forest types differ in floristic, structure, microclimate and edaphic conditions. We studied plant size, leaf thickness, leaf dry matter content, leaf area, specific leaf area, leaf C, N, P, K, Mg, Ca and C and N stable isotope ratios. Because photosynthetic pathway (C3 or CAM) is an important aspect of ecologial differentiation of spermatophytic epiphytes, we expected that functional trait syndromes in a multivariate space would be more associated with photosynthetic pathway than forest type and changes in abundance of C3 and CAM epiphytes would drive functional trait composition at the community leve..., Field work was carried out in a flooded and a non-flooded gallery forest in the Federal District, in Central Brazil. The flooded gallery forest site (FGF) follows the Taquara/Onça streams (15º55’28” S, 47º54’56” W) and the non-flooded gallery forest site (NFGF) follows the Capetinga stream (15º57’16” S, 47º56’29” W). We collected leaf samples of nine epiphyte species in each gallery forest during the dry season, between July and August of 2018. All individuals were collected close to the main trunk at the lower crown zone (between 7 m and 10 m aboveground), which represents the center zone of the host tree crown. We selected three fully mature, non-senescent leaves of each individual to assess leaf traits. We measured plant size (cm), leaf thickness (mm), leaf area (LA; cm2), specific leaf area (SLA; cm2/g), leaf dry matter content (LDMC; mg/g) and leaf water content (LWC; g/cm2). The average of the three values was used as the trait value for each individual. For elemental analysis, al..., ,
创建时间:
2023-12-05
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