Atmospheric Carbon Dioxide and Aerosols: Effects of Large Increases on Global Climate

Cited by (308)

Items 101–200 of 308

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2. Atmospheric Brown Clouds
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4. Aerosols in the Atmosphere: Calculation of the Critical Absorption/Backscatter Ratio
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5. Aerosol and Climate: Some Further Considerations
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6. Global change over the last climatic cycle from the vostok ice core record (Antarctica)
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8. Design of a shrouded probe for airborne aerosol sampling in a high velocity airstream
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9. Climatic variability and deep ocean circulation: Evidence from the North Atlantic
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10. Noncovalent immobilization of pyrene-terminated hyperbranched triazole-based polymeric ionic liquid onto graphene for highly active and recyclable catalysis of CO 2 /epoxide cycloaddition
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11. Climate models in palaeoclimatic reconstruction
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12. Aerosols and Polar Temperature Changes
    Reck, Ruth A. · 1975 · Science
13. The Upward Trend in Airborne Particulates That Isn’t
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14. The Chemical Basis for Climate Change
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15. Greenhouse Effect in the Classroom: A Project- and Laboratory-Based Curriculum
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16. A review of climate models and their simulation of CO2‐induced warming
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17. Paleogeography as a climatic forcing factor
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18. Three‐fold subdivision of the Allerød chronozone
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19. How long is coal's future?
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20. An atmospheric radiative-convective model with interactive water vapor transport and cloud development
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21. Modelling the global carbon cycle†
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22. Thermal and radiative effects of atmospheric aerosols in the northern hemisphere calculated using a radiative-convective model
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23. Aerosol in the climate system
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24. Energetic differences between bacterioplankton trophic groups and coral reef resistance
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25. A parametrization of solar energy disposition in the climate system
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26. Modelling and monitoring ‘Greenhouse’ warming
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27. Evaluation of absorption properties of atmospheric aerosols at solar wavelengths based on chemical characterization
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28. Rate of increase of atmospheric carbon dioxide
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29. Effects of tropospheric aerosols on the solar radiative heating in a clear atmosphere
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30. Comparison of radiative-convective models with constant and pressure-dependent lapse rates
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31. The global troposphere: Biogeochemical cycles, chemistry, and remote sensing
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32. Inadvertent weather and climate modification
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33. Effect of tropospheric aerosols upon atmospheric infrared cooling rates
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34. Stratospheric aerosols and climatic change
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35. Top-of-atmosphere radiative cooling with white roofs: experimental verification and model-based evaluation
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36. Global Tropospheric Chemistry and Climate Change
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37. Global Air Pollution and Climate Change
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38. Particulate Air Pollution Trends Deduced from Atmospheric Electrical Conductivity Measurements at Bet-Dagan (Israel)
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39. Note on the modified two-stream approximation of sagan and pollack
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40. The Natural and Perturbed Troposphere
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41. THE POTENTIAL CONSEQUENCES OF INCREASING CO2 LEVELS IN THE ATMOSPHERE
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42. Contribution to polar albedo from a mesospheric aerosol layer
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43. Clouds unfazed by haze
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44. Öffentliche Erzählungen und der globale Wandel des Klimas
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45. Atmospheric temperature response to variations in CO2 concentration and the solar-constant
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46. Determination of vertical profiles of aerosol size spectra from aircraft radiative flux measurements: 2. The effect of particle nonsphericity
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47. Desertification Processes and the Search for Solutions
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48. Radiation and Energy Transport in the Earth Atmosphere System
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49. Rising Atmospheric CO 2 and Photosynthesis of San Bernardino Mountain Plants
    Robert D. Wright · 1974 · The American Midland Naturalist
50. Modification of the aerosol size distribution within exhaust plumes produced by diesel‐powered ships
    Simon R. Osborne, Douglas W. Johnson, Keith N. Bower, Robert Wood · 2001 · Journal of Geophysical Research Atmospheres
51. Aerosol light absorption measurement techniques : a comparison of methods from field data and laboratory experimentation
    Christine Walsh · 2012 · Lund University Publications Student Papers (Lund University)
52. Carbon dioxide—alternative futures
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53. Lidar calibration: a new method
    Jingbin Zhang, Huanling Hu · 1997 · Applied Optics
54. On the sensitivity of a general circulation model climatology to changes in cloud structure and radiative properties
    Garry E. Hunt · 1982 · Tellus A Dynamic Meteorology and Oceanography
55. Atmospheric Particles and Climate: can we Evaluate the Impact of man's Activities?
    Stephen H. Schneider · 1972 · Quaternary Research
56. HOW IMPORTANT ARE CLIMATIC CHANGES?
    A. Barrie Pittock · 1972 · Weather
57. Aerosol Concentrations: Effect on Planetary Temperatures
    Robert J. Charlson, Halstead Harrison, Georg Witt, S. Ichtiaque Rasool, Stephen H. Schneider · 1972 · Science
58. The direct effects of chlorofluoromethanes on the atmospheric surface temperature
    Ruth A. Reck, David L. Fry · 1978 · Atmospheric Environment (1967)
59. Perturbation to the Atmospheric Radiation Field from Carbonaceous Aerosols
    Glenn E. Shaw · 1982 · Springer eBooks
60. Effective Sample Size of the Cumulative Values of a Time Series
    Jamal Munshi · 2016 · SSRN Electronic Journal
61. Remote Sensing of Atmospheric Turbidity Variation by Satellite
    Alden McLellan · 1973 · Journal of Spacecraft and Rockets
62. Generational Fossil Fuel Emissions and Generational Warming: A Note
    Jamal Munshi · 2016 · SSRN Electronic Journal
63. Uncertainty in Empirical Climate Sensitivity Estimates 1850-2017
    Jamal Munshi · 2018 · SSRN Electronic Journal
64. Hazard assessment of global warming around the world using GIS
    Masoud Masoudi, Elham Asrari · 2023 · Environmental Monitoring and Assessment
65. Artificial cooling of the atmosphere—A discussion on the environmental effects
    Marcos Sebastião de Paula Gomes, Maria Silvia Muylaert de Araújo · 2010 · Renewable and Sustainable Energy Reviews
66. Climatic Change: Volcanoes, Man-Made Pollution, and Carbon Dioxide
    Gerald J. Dittberner · 1978 · IEEE transactions on geoscience electronics
67. The short-term influence of various concentrations of atmospheric carbon dioxide on the temperature profile in the boundary layer
    Wilford G. Zdunkowski, Jan Paegle, Falko K. Fye · 1975 · Pure and Applied Geophysics
68. Calculations of the variability of ice cloud radiative properties at selected solar wavelengths
    Ronald M. Welch, Stephen K. Cox, Wilford G. Zdunkowski · 1980 · Applied Optics
69. The effect of aerosols on the temperatures of a zonal average climate model
    George Ohring · 1979 · Pure and Applied Geophysics
70. Heating of the Lower Troposphere due to Absorption of the Visible Solar Radiation by Aerosols
    Giichi Yamamoto, Masayuki Tanaka, S. Ohta · 1974 · Journal of the Meteorological Society of Japan Ser II
71. Long-Term Climatic and Environmental Records from Antarctic Ice
    C. Lorius, Jean-Marc Barnola, Michel Legrand, Jean‐Robert Petit, Dominique Raynaud, Catherine Ritz, N. I. Barkov, Ye. S. Korotkevich, V. N. Petrov, Christophe Genthon et al. · 2011 · Geophysical monograph
72. A Review Paper on the Effect of Carbon Dioxide and Aerosols on Climate Modification
    Bradley J. Palmer · 1973 · Environmental Letters
73. Solar radiation anomalies caused by the El Chichon volcanic cloud: Measurements and model comparisons
    C. R. Nagaraja Rao, T. Takashima · 1986 · Quarterly Journal of the Royal Meteorological Society
74. Detection, attribution, and modeling of climate change: Key open issues
    Nicola Scafetta · 2025 · Gondwana Research
75. Studies of Climate Change with Statistical-Dynamical Models: A Review
    Sergio Henrique Franchito, Vadlamudi Brahmananda Rao · 2015 · American Journal of Climate Change
76. Direct Climate Forcing by Anthropogenic Sulfate Aerosols: The Arrhenius Paradigm a Century Later
    Robert J. Charlson · 2016
77. Atmospheric CO 2 Consequences of Heavy Dependence on Coal
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78. Possible Climatic Changes from Carbon Dioxide Increase in the Atmosphere
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79. Short-term climatic alterations caused by human activities: status and outlook
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80. Preliminary experiments on the climatic effect of an increase of the atmospheric CO2 , using a thermodynamic mode
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81. Fossil Fuel Problem and Carbon Dioxide: an Overview
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82. Causes and Consequences of the Climate Science Boom
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83. From Equilibrium Climate Sensitivity to Carbon Climate Response
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84. Aerosol–climate modeling
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85. “We Will Learn More About the Earth by Leaving It than by Remaining on It.” NASA and the Forming of an Earth Science Discipline in the 1960s
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86. Interpreting Explanatory Processes for Time Series Patterns: Lessons from Three Time Series
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87. Modeling the Surface Temperature Changes Due to Increased Atmospheric CO2
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88. Response : Aerosol Concentrations: Effect on Planetary Temperatures
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89. Estimating the Variance of Time Averages
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90. A Simple Alternative Model for the Estimation of the Carbon Dioxide Effect on the Earth's Energy Balance
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91. Revolutions in science: The proposal of an approach for the identification of most important researchers, institutions and countries based on co-citation reference publication year spectroscopy exemplified at research on physical modelling of Earth’s climate
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92. Planetary Science and the “Discovery” of Global Warming
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93. Evaluation of spatial warming trend in the Middle East using Geographic Information System
    Masoud Masoudi, V. Ghorbani, Elham Asrari · 2024 · International Journal of Environmental Science and Technology
94. The Sociology of Global Warming: A Scientometric Look
    Riccardo Campa · 2021 · Studia Humana
95. Prediction of theStandard AtmosphereProfiles of Temperature, Pressure, and Density with Height for the Lower Atmosphere by Solution of the (S−S) IntegralEquations of Transferand Evaluation of the Potential for Profile Perturbation by Combustion Emissions
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96. Climatic effects of man's activities
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97. Feedback effects of atmospheric CO2 -induced warming
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98. Towards a History of Ideas on Anthropogenic Climate Change
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99. Atmospheric Pollution and Global Climatic Change
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100. Atmospheric CO2 consequences of heavy dependence on coal.
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