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Adsorption of polyethylene microbeads and physiological effects on hydroponic maize
Fecha de emisión
2020
Autor(es)
Urbina M.A.
Aburto F.
Ferrio J.P.
DOI
10.1016/j.scitotenv.2020.140216
Temas
Bioaccumulation
Green fodder
Hydroponics
Microplastic uptake
Microplastics
Stable isotopes
Agriculture
Aliphatic compounds
Bioaccumulation
Biochemistry
Carbon
Isotopes
Microplastic
Nutrients
Polyethylenes
Soils
Carbon isotope compos...
Food production
Hydroponic culture
Isotope analysis
Nitrogen content
Physiological effects...
Plastic particle
Terrestrial ecosystem...
Microbeads
carbon 13
nitrogen
polyethylene
water
adsorption
bioaccumulation
experimental study
hydroponics
maize
physiology
plastic waste
polymer
terrestrial ecosystem...
adsorption
Article
bioaccumulation
controlled study
food industry
fossil
hydroponics
isotope analysis
livestock
maize
microplastic pollutio...
nonhuman
plant growth
plastic waste
priority journal
rhizosphere
shoot
sweating
water transport
Zea mays
Archivo(s)