Elevated [CO2] has been shown to protect photosynthesis and growth of wheat against
moderately elevated [O3]. To investigate the role of ozone exclusion and detoxification in …

The effects of elevated concentrations of atmospheric carbon dioxide and ozone on diurnal
patterns of photosynthesis have been investigated in field‐grown spring wheat (Triticum …

This study investigated the interacting effects of carbon dioxide and ozone on photosynthetic
physiology in the flag leaves of spring wheat (Triticum aestivum L. cv. Wembley), at three …

Spring wheat (Triticum aestivum L., cv.'Minaret') was grown in open-top chambers and
exposed to two CO2 concentrations (ambient and 680ppmv) and two O3 concentrations …

The beneficial effects of elevated CO2 on plants are expected to be compromised by the
negative effects posed by other global changes. However, little is known about ozone (O3) …

This study investigated the interacting effects of carbon dioxide and ozone concentrations on
the growth and yield of spring whet (Triticum aestivum L. cv. Wembley). Plants were exposed …

Tropospheric ozone (O3) is damaging to plants and decreases crop yields. This study
investigated the role of two plant growth regulators in affecting wheat‐yield responses to …

Ozone (O3) concentrations in periurban areas in East Asia are sufficiently high to decrease
crop yield. However, little is known about the genotypic differences in O3 sensitivity in winter …

There is growing evidence that rising atmospheric CO2 concentrations will reduce or
prevent reductions in the growth and productivity of C3 crops attributable to ozone (O3) …

Changes in the growth and yield of field‐grown potato (Solanum tuberosum cv. Bintje)
induced by season‐long elevated CO2 and/or ozone concentrations are reported.• Open …