Cultivar specific variations in antioxidative defense system, genome and proteome of two tropical rice cultivars against ambient and elevated ozone
For the past few decades continuous increase in the levels of tropospheric ozone (O 3)
concentrations is posing to be a threat for agricultural productivity. Two high yielding tropical
rice cultivars (Malviya dhan 36 and Shivani) were evaluated against different concentrations
of O 3 under field conditions. Experimental design included filtered chambers, non-filtered
chambers having ambient O 3 and 10 and 20 ppb elevated O 3 above the ambient. Study
was conducted to assess differential response if any in induction of antioxidative defense …
concentrations is posing to be a threat for agricultural productivity. Two high yielding tropical
rice cultivars (Malviya dhan 36 and Shivani) were evaluated against different concentrations
of O 3 under field conditions. Experimental design included filtered chambers, non-filtered
chambers having ambient O 3 and 10 and 20 ppb elevated O 3 above the ambient. Study
was conducted to assess differential response if any in induction of antioxidative defense …
Cultivar specific variations in antioxidative defense system, genome and proteome of two tropical rice cultivars against ambient and elevated ozone.
AS Abhijit Sarkar, AA Singh, SB Agrawal… - 2015 - cabidigitallibrary.org
For the past few decades continuous increase in the levels of tropospheric ozone (O3)
concentrations is posing to be a threat for agricultural productivity. Two high yielding tropical
rice cultivars (Malviya dhan 36 and Shivani) were evaluated against different concentrations
of O3 under field conditions. Experimental design included filtered chambers, non-filtered
chambers having ambient O3 and 10 and 20 ppb elevated O3 above the ambient. Study
was conducted to assess differential response if any in induction of antioxidative defense …
concentrations is posing to be a threat for agricultural productivity. Two high yielding tropical
rice cultivars (Malviya dhan 36 and Shivani) were evaluated against different concentrations
of O3 under field conditions. Experimental design included filtered chambers, non-filtered
chambers having ambient O3 and 10 and 20 ppb elevated O3 above the ambient. Study
was conducted to assess differential response if any in induction of antioxidative defense …
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