No Effect of Host Tree Species on the Physiology of the Epiphytic Orchid Bulbophyllum japonicum in a Subtropical Rainforest in Northeastern Taiwan
Craig E. Martin, Teng Chiu Lin, Chia Chun Hsu, Shin Hwei Lin
Abstract
Craig E. Martin, Teng Chiu Lin, Chia Chun Hsu, Shin Hwei Lin
Abstract
Chlorophyll concentrations, Crassulacean acid metabolism AM) acid fluctuations, and chlorophyll fluorescence parameters were measured in individuals of the epiphytic orchid Bulbophylum japonicum growing on 3 different host tree species in a subtropical rainforest in northeastern Taiwan. No differences in any of the physiological measures were found. Thus, although the host tree species vary considerably in leaf morphology, bark characteristics, and elemental composition of stem flow water, such differences did not substantially impact the physiology of this epiphytic orchid. These results may reflect the slow growth rates and minimal nutrient requirements of this slow-growing, shade-adapted orchid. The findings of this study help explain the lack of host specificity in this epiphyte and perhaps in many other species.
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Chlorophyll concentrations, Crassulacean acid metabolism AM) acid fluctuations, and chlorophyll fluorescence parameters were measured in individuals of the epiphytic orchid Bulbophylum japonicum growing on 3 different host tree species in a subtropical rainforest in northeastern Taiwan. No differences in any of the physiological measures were found. Thus, although the host tree species vary considerably in leaf morphology, bark characteristics, and elemental composition of stem flow water, such differences did not substantially impact the physiology of this epiphytic orchid. These results may reflect the slow growth rates and minimal nutrient requirements of this slow-growing, shade-adapted orchid. The findings of this study help explain the lack of host specificity in this epiphyte and perhaps in many other species.
Key concepts: Epiphyte, Rainforest, Biology, Subtropics, Host (biology), Crassulacean acid metabolism, Tropical and subtropical moist broadleaf forests, Botany