Abstract
Eleven plant species were exposed to ozone and/or sulfur dioxide to determine if a mixture of the two gases enhanced foliar injury. Tobacco, radish, and alfalfa developed more injury that the additive injury of the single gases. In other species, such as cabbage, broccoli, and tomato, the foliar injury from mixed-gas exposures was additive or less than additive. Leaf injury from the ozone/sulfur dioxide mixture appeared as upper surface flecking, stipple, bifacial necrosis, and lower surface glazing and, in general, appeared similar to injury from oxidant or ozone. The concentrations of ozone and sulfur dioxide that caused plant injury were similar to those found in urban areas. These concentrations may result in yield losses to plants grown under field conditions.
Citation Formats
Tingey, D T, Reinert, R A, Dunning, J A, and Heck, W W.
Foliar injury responses of eleven plant species to ozone/sulfur dioxide mixtures.
United Kingdom: N. p.,
1973.
Web.
Tingey, D T, Reinert, R A, Dunning, J A, & Heck, W W.
Foliar injury responses of eleven plant species to ozone/sulfur dioxide mixtures.
United Kingdom.
Tingey, D T, Reinert, R A, Dunning, J A, and Heck, W W.
1973.
"Foliar injury responses of eleven plant species to ozone/sulfur dioxide mixtures."
United Kingdom.
@misc{etde_6498839,
title = {Foliar injury responses of eleven plant species to ozone/sulfur dioxide mixtures}
author = {Tingey, D T, Reinert, R A, Dunning, J A, and Heck, W W}
abstractNote = {Eleven plant species were exposed to ozone and/or sulfur dioxide to determine if a mixture of the two gases enhanced foliar injury. Tobacco, radish, and alfalfa developed more injury that the additive injury of the single gases. In other species, such as cabbage, broccoli, and tomato, the foliar injury from mixed-gas exposures was additive or less than additive. Leaf injury from the ozone/sulfur dioxide mixture appeared as upper surface flecking, stipple, bifacial necrosis, and lower surface glazing and, in general, appeared similar to injury from oxidant or ozone. The concentrations of ozone and sulfur dioxide that caused plant injury were similar to those found in urban areas. These concentrations may result in yield losses to plants grown under field conditions.}
journal = []
volume = {7}
journal type = {AC}
place = {United Kingdom}
year = {1973}
month = {Jan}
}
title = {Foliar injury responses of eleven plant species to ozone/sulfur dioxide mixtures}
author = {Tingey, D T, Reinert, R A, Dunning, J A, and Heck, W W}
abstractNote = {Eleven plant species were exposed to ozone and/or sulfur dioxide to determine if a mixture of the two gases enhanced foliar injury. Tobacco, radish, and alfalfa developed more injury that the additive injury of the single gases. In other species, such as cabbage, broccoli, and tomato, the foliar injury from mixed-gas exposures was additive or less than additive. Leaf injury from the ozone/sulfur dioxide mixture appeared as upper surface flecking, stipple, bifacial necrosis, and lower surface glazing and, in general, appeared similar to injury from oxidant or ozone. The concentrations of ozone and sulfur dioxide that caused plant injury were similar to those found in urban areas. These concentrations may result in yield losses to plants grown under field conditions.}
journal = []
volume = {7}
journal type = {AC}
place = {United Kingdom}
year = {1973}
month = {Jan}
}