An individual-based model of forest volatile organic compound emissions—UVAFME-VOC v1. 0
Forests produce and emit abundant non-methane volatile hydrocarbon species (VOCs)
influencing the atmosphere chemistry and climate. Over a half century of research has
produced significant understandings of the biochemistry and eco-physiology of biogenic
VOCs. However, VOCs production is highly species-specific, and the impact of changes in
species composition and abundance on VOCs emissions is unobservable in the time scales
usually seen in field experiments. Prior modelling efforts are based on cases with an …
influencing the atmosphere chemistry and climate. Over a half century of research has
produced significant understandings of the biochemistry and eco-physiology of biogenic
VOCs. However, VOCs production is highly species-specific, and the impact of changes in
species composition and abundance on VOCs emissions is unobservable in the time scales
usually seen in field experiments. Prior modelling efforts are based on cases with an …
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