The variability in Salix BVOC emissions and possible consequences for managed SRC plantations

Agrikultur & biologi

• Salix 100%
• volatile organic compounds 97%
• plantations 70%
• isoprene 40%
• monoterpenoids 18%
• air quality 16%
• Picea 12%
• willows 9%
• aerosols 9%
• pollution 7%
• radiative forcing 7%
• smog pollution 7%
• growing season 7%
• Melampsora 6%
• traditional farming 5%
• forest land 5%
• leaves 5%
• land use change 5%
• eutrophication 5%
• fossil fuels 5%
• arable soils 5%
• renewable energy sources 4%
• microclimate 4%
• hydroxyl radicals 4%
• ozone 4%
• pollinators 4%
• methane 4%
• terpenoids 4%
• alkanes 4%
• heavy metals 3%
• herbivores 3%
• alcohols 3%
• canopy 3%
• carbon dioxide 3%
• esters 3%
• summer 2%
• air 2%
• nutrients 2%
• heat 2%
• soil 2%