“O3 damage causes a more than 20 % reduction in photosynthesis rate, and at least 5 % and 20 % decreasein leaf area index (LAI) and gross primary production (GPP), respectively, and hotspot areas appear in the northeastern and southern China”
“O3 damage causes a more than 20 % reduction in photosynthesis rate, and at least 5 % and 20 % decreasein leaf area index (LAI) and gross primary production (GPP), respectively, and hotspot areas appear in the northeastern and southern China”
“The associated reduction in transpiration causes a 5–30 W m−2 decrease (increase) in latent heat (sensible heat) flux, which induces a 3 % reduction in surface relative humidity, 0.2–0.8 K increase in surface air temperature, and 40–120 m increase in boundary layer height in China”
“The associated reduction in transpiration causes a 5–30 W m−2 decrease (increase) in latent heat (sensible heat) flux, which induces a 3 % reduction in surface relative humidity, 0.2–0.8 K increase in surface air temperature, and 40–120 m increase in boundary layer height in China”
“O3 damage causes a more than 20 % reduction in photosynthesis rate, and at least 5 % and 20 % decreasein leaf area index (LAI) and gross primary production (GPP), respectively, and hotspot areas appear in the northeastern and southern China”
“The associated reduction in transpiration causes a 5–30 W m−2 decrease (increase) in latent heat (sensible heat) flux, which induces a 3 % reduction in surface relative humidity, 0.2–0.8 K increase in surface air temperature, and 40–120 m increase in boundary layer height in China”
“The associated reduction in transpiration causes a 5–30 W m−2 decrease (increase) in latent heat (sensible heat) flux, which induces a 3 % reduction in surface relative humidity, 0.2–0.8 K increase in surface air temperature, and 40–120 m increase in boundary layer height in China”
“The associated reduction in transpiration causes a 5–30 W m−2 decrease (increase) in latent heat (sensible heat) flux, which induces a 3 % reduction in surface relative humidity, 0.2–0.8 K increase in surface air temperature, and 40–120 m increase in boundary layer height in China”
“The associated reduction in transpiration causes a 5–30 W m−2 decrease (increase) in latent heat (sensible heat) flux, which induces a 3 % reduction in surface relative humidity, 0.2–0.8 K increase in surface air temperature, and 40–120 m increase in boundary layer height in China”
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