pone.0254599.g003.tif (163.05 kB)

Specific leaf area and leaf longevity of Cryptomeria japonica and Chamaecyparis obtusa.

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posted on 2021-11-29, 18:48 authored by Yoko Osone, Shoji Hashimoto, Tanaka Kenzo

Differences between C. japonica and C. obtusa were tested by a t-test; ns, not significant.

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water limitation occurs study clearly demonstrated maximum photosynthetic rate forest ecosystems take analysis generally support foliar gas exchange xylem pressure corresponding foliage hydraulic conductance major ecological traits less drought tolerant indicate drought tolerance foliar nutrient content foliar nutrient concentrations major timber species div >< p cryptomeria japonica chamaecyparis obtusa drought tolerance foliar traits obtusa japonica xylem morphology stomatal conductance less pronounced c plant traits wetter conditions understand effect trees increased sugihinokidb ).strong dryness promising opportunity powerful predictor plantation management plantation forests ontogenetic shits ontogenetic shifts japanese forestry japanese archipelago increasing importance helps us grows faster empirical understanding empirical knowledge ecosystem dynamics east asia drier habitat drier conditions cupressaceae worldwide climate change also observed

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