Interacting Stresses on Plants in a Changing ClimateMichael B. Jackson, Colin R. Black |
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Page 17
... decrease between 1 and 7 % , depending on the GCM climate scenario . Under the UKMO scenario , global production is estimated to decrease by more than 7 % , while under the GISS scenario ( which assumes lower temperature increases ) ...
... decrease between 1 and 7 % , depending on the GCM climate scenario . Under the UKMO scenario , global production is estimated to decrease by more than 7 % , while under the GISS scenario ( which assumes lower temperature increases ) ...
Page 186
... decrease in RuBisCO activity ( Peet et al . , 1986 ; Yelle et al . , 1989 ) . Such a decrease in RuBisCO activity is accompanied by a decrease in the amount of enzyme protein in tomato plants exposed to 1000 ppmv CO2 for nine weeks ...
... decrease in RuBisCO activity ( Peet et al . , 1986 ; Yelle et al . , 1989 ) . Such a decrease in RuBisCO activity is accompanied by a decrease in the amount of enzyme protein in tomato plants exposed to 1000 ppmv CO2 for nine weeks ...
Page 190
... decrease in the quantity and activity of RuBisCO ( Besford et al . , 1984 , 1990 ) . In the work reported here , spruce needles from trees exposed to enriched CO2 atmospheres for extended periods showed a decreased activity of RuBisCO ...
... decrease in the quantity and activity of RuBisCO ( Besford et al . , 1984 , 1990 ) . In the work reported here , spruce needles from trees exposed to enriched CO2 atmospheres for extended periods showed a decreased activity of RuBisCO ...
Contents
The potential effects of climate change on world food supply | 1 |
A prospective | 27 |
Significance of increasing ambient CO₂ for plant growth | 51 |
Copyright | |
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Other editions - View all
Interacting Stresses on Plants in a Changing Climate Michael B. Jackson,Colin R. Black Limited preview - 2013 |
Interacting Stresses on Plants in a Changing Climate Michael B. Jackson,Colin R. Black No preview available - 2011 |
Interacting Stresses on Plants in a Changing Climate Michael B. Jackson,Colin R. Black No preview available - 1993 |
Common terms and phrases
16 Interacting Stresses ABA concentration abscisic acid accumulation activity adaptation aerenchyma agricultural air pollutants anaerobic anaerobiosis anoxia atmospheric barley betaine Biology biomass Black Springer-Verlag Berlin canopy carbon dioxide cereal Changing Climate Edited climate change CO₂ CO2 concentration cold acclimation coleoptile crop cultivars decrease drought Edited by M. B. effects elevated CO₂ elongation environmental enzyme ethanol ethylene exposure fatty acids flooding freezing tolerance genes germination hypoxia hypoxic ice encasement increase induced inhibition injury Journal leaves levels low water potentials M. B. Jackson maize mechanisms membrane lipids metabolism molecular mRNA nitrogen osmotic oxygen ozone Palta photosynthesis plant growth Plant Physiology plasma membrane Pomeroy production protein protoplasts radiation redox reduced rice Rubisco Rumex salinity seedlings sensitivity shoot SO₂ soil soybean species Steponkus stomatal studies submerged synthesis tissues transpiration treatment uptake UV-B water potential water stress wetland wheat winter xylem xylem sap yield