radiative forcing - Globe Thesis

Keyword [radiative forcing] Result: 41 - 57 \| Page: 3 of 3
41.	Effects of Arctic haze on low-level stratus properties and the surface radiation budget
42.	Determination of the single scattering albedo and direct radiative forcing of biomass burning aerosol with data from the MODIS (Moderate Resolution Imaging Spectroradiometer) satellite instrument
43.	Chemical characterization and source apportionment model study of atmospheric aerosols in Asia
44.	Elemental carbon aerosols: Sources, long-term trends and implications to radiative forcing
45.	Satellite remote sensing of aerosol direct radiative forcing over global oceans
46.	A Sectional Microphysical Model to Study Stratospheric Aerosol: Ions, Geoengineering and Large Volcanic Eruptions
47.	Direct aerosol radiative forcing based on measurements of aerosol radiative, chemical and physical properties in China
48.	INDOEX aerosol optical depths and radiative forcing derived from AVHRR
49.	Direct aerosol radiative forcing based on optical measurements at contrasting, climatically important sites
50.	Aerosol particle light scattering at a perturbed mid-latitude continental northern hemisphere site and its dependence on relative humidity, wavelength of light, particle size and composition
51.	Spatio-Temporal Variations Of Aerosol Optical And Micro-Physical Properties With Implications To Radiative Forcing Over Pakistan And Surrounding Asian Regions Over Recent Decades
52.	The Study On The Direct Radiation Effect Of Dust Aerosol From Satellite Observations
53.	Analysis Of Aerosol Optical Properties And Direct Radiative Forcing Characteristics Over China Based On Ground-based And Reanalysis Data
54.	Research On Regional Aerosol Optical And Radiation Characteristics Based On CALIPSO Satellite
55.	Characterization Of Atmospheric Aerosol Optical Properties And Calculation Of Radiative Forcing Based On Multi-source Remote Sensing
56.	Numerical Simulation Of Aerosol Direct Radiation Forcing Over The Tibetan Plateau
57.	Analysis Of Aerosol Types Based On Global AERONET Ground Observations
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