Claim · model-written summary
Conifer wax layers weighed 6–24 times more than those of other plants.
Not reportedMaterialGeneCompoundInteractorInteractor roleSecond interactorSecond interactor roleTreatmentSettingQualifier
Verbatim
e0“the wax layer of conifers weighed 6-24 times higher than those of other plants”
Title
Deokjoo Son; Kwang Jin Kim; Na Ra Jeong; et al. Journal of people, plants, and environment 2019. doi:10.11628/ksppe.2019.22.6.551
Other claims from this paper (13)
- Observation Pachira aquatica, Ardisia crenata, and Dieffenbachia Marianne had high particulate matter removal efficiency.
- Observation Ardisia crenata had high particulate matter removal efficiency.
- Observation Dieffenbachia Marianne had high particulate matter removal efficiency.
- Observation Nandina domestica had low particulate matter removal efficiency.
- Observation Schefflera arboricola had low particulate matter removal efficiency.
- Observation Quercus dentata had low particulate matter removal efficiency.
- Observation Abaxial surfaces with high particulate removal had many large wrinkles.
- Observation Abaxial surfaces with medium particulate removal were flat and smooth.
- Observation Abaxial surfaces with low particulate removal had many fine hairs.
- Association Needle leaf plants removed PM10 about three times as efficiently as other plants.
- Observation Conifer stomata were evenly distributed on both leaf surfaces.
- Observation Sciadopitys verticillata stomata appeared as papillae.
- Recommendation The authors recommend selecting plants by type and leaf traits to improve indoor air quality and reduce particulate exposure.