Claim · model-written summary
I. chinensis showed rapid growth in the wet season
- Taxon
- I. chinensis
Itea chinensise3 - Outcome
- rapid growthe3
- Setting
- wet seasone3
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentComparatorDirectionValueQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e3“M. breviflora (300 m), S. rehderianum , S. superba and I. chinensis (300 and 30 m) exhibited higher area‐based and mass‐based maximum photosynthetic rates ( A a and A m , respectively) related to increasing stomatal conductance ( g s ) and stomatal density in the wet season, which led to rapid growth”
Title
Ting Wu; David T. Tissue; Xu Li; et al. Global Change Biology 2020. doi:10.1111/gcb.15355
Other claims from this paper (13)
- Intervention effect Warming increased leaf hydraulic conductance of S. superba
- Intervention effect M. breviflora at 300 m had higher maximum photosynthetic rates under warming in the wet season
- Intervention effect S. rehderianum had higher maximum photosynthetic rates under warming in the wet season
- Intervention effect S. superba had higher maximum photosynthetic rates under warming in the wet season
- Intervention effect I. chinensis had higher maximum photosynthetic rates under warming in the wet season
- Intervention effect Warming increased photosynthetic nitrogen-use and phosphorus-use efficiency in subtropical tree species
- Intervention effect Warming reduced leaf dry mass per unit area in subtropical tree species
- Intervention effect I. chinensis may benefit from warming
- Intervention effect S. superba may be negatively influenced by warming
- Association M. breviflora growth decreased at 30 m
- Association M. breviflora showed rapid growth in the wet season
- Association S. rehderianum showed rapid growth in the wet season
- Association S. superba showed rapid growth in the wet season