Climate Change and Rice

Issues of Global Climate Change.- Global Change: Problems and Uncertainties.- Food Security in an Uncertain Climate.- Emission of Greenhouse Gases.- Measuring Fluxes of Greenhouse Gases Between Rice Fields and the Atmosphere.- Dynamics of Methane in Rice Fields: Emissions to the Atmosphere in Japan and Thailand.- Methane Emissions from Texas Rice Fields: a Five-Year Study.- Role of Methane and Nitrous Oxide in Climate Change.- Methane Emissions from Rice Fields in China.- Soil Characteristics Affecting Methane Production and Emission in Flooded Rice.- Comparison of Micrometeorological and Chamber Measurements of Methane Emissions from Rice Fields.- World Inventory of Soil Emission Potentials: Development of a Global Soil Data Base of Process-Controlling Factors.- Nitrous Oxide Emissions from Flooded Rice.- Global Climate Change: Role of Rice in Methane Emissions and Prospects for Mitigation.- Mitigation Options for Methane Emissions from Rice Fields.- Ultraviolet-B Radiation.- Measurement and Modeling of Ultraviolet-B Irradiance.- Effects of Ultraviolet-B Irradiation on Spore Viability, Sporulation, and Mutation of the Rice-Blast Fungus.- Effects of Ultraviolet-B Radiation on Growth of Rice Plants in the Field.- Genetic Study of Resistance to Inhibitory Effects of Ultraviolet Radiation in Rice.- Effect of Enhanced Ultraviolet-B Radiation on Growth and Production of Rice Under Greenhouse and Field Conditions.- Estimation of Biologically Effective Ultraviolet-B Radiation in the Tropics Using Action Spectra of Higher Plants.- Carbon Dioxide and Temperature.- Global Carbon Cycle.- Simulated Impacts of Global Climate Change on Crops.- Open-Top Chambers for Field Studies of Rice Response to Carbon Dioxide and Temperature: System Design.- Intraspecific Variation in Growth andPhotosynthetic Responses of Rice with Increased Carbon Dioxide.- Physiological Response of Rice to Carbon Dioxide, Temperature, and Nutrients.- Carbon Dioxide and Temperature Effects on Rice.-