Simulating grass phenotypic plasticity as an emergent property
Integrating plant functioning at organ scale can simulate the phenotypic plasticity of plants.
Tag: carbon
Effect of simulated warming on Leymus chinensis grasslands of northeast China
Investigating the diet of carnivorous plants
Earlier this year we reported on how it looked like bladderworts were farming their food, as much as hunting it. A paper submitted before those came out adds to the story, by examining the ‘trophic level’ of bladderwort and butterwort prey.
FSPM-based investigation of plant interactions in complex wheat canopies
Trading food for water – trees exude more carbon under drought stress
Tree seedling growth capacity under climate change
An orchid with a partially mycoheterotrophic taste for truffles
New forms of: Carbon, water and photosynthesis
Simulating carbon and nitrogen patterns using an integrated model of wheat functioning
A process-based model of C and N metabolism in the wheat culm
Saprotrophic fungi and fully mycoheterotrophic orchids
This study identifies saprotrophic mycorrhizal fungi for seven mycoheterotrophic orchid species growing in four humid and warm subtropical forests in Taiwan
Spotlight on macronutrients : Carbon (mainly)
Whilst members of the Plant Kingdom might dominate terrestrial biomes, non-Plant Kingdom members are the major photosynthetic organisms in aquatic habitats
Nutrient acquisition by orchid mycorrhiza
Results suggest that orchid mycorrhizal fungi can differentiate between niches in a constrained, highly resource-limited environment.
