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Atmospheric Optical Properties and Spectral Analysis of Desert Aerosols
D. Yvgeni
,
A. Karnieli
, Y. J. Kaufman
, M. O. Andreae
, B. N. Holben
, W. Maenhaut
Zuckerberg Institute for Water Research
Research output
:
Chapter in Book/Report/Conference proceeding
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Conference contribution
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Dive into the research topics of 'Atmospheric Optical Properties and Spectral Analysis of Desert Aerosols'. Together they form a unique fingerprint.
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Keyphrases
Negev Desert
100%
Optical Properties
100%
Spectral Analysis
100%
Atmospheric Optics
100%
Property Analysis
100%
Desert Aerosols
100%
Scattering Coefficient
66%
Correlation Coefficient
66%
Aerosol
66%
Air Mass
66%
Surface Measurement
66%
Optical Depth
66%
Atmospheric Column
66%
Angstrom Parameter
66%
Israel
33%
Israeli
33%
Physical Characteristics
33%
Statistical Analysis
33%
Probability Distribution
33%
Long-range Transport
33%
Summer Season
33%
Aerosol Optical Properties
33%
Aerosol Optical Depth
33%
Combined Analysis
33%
Additional Findings
33%
Measurement System
33%
Chemical Characteristics
33%
European Regions
33%
Mediterranean Coast
33%
Mediterranean Sea
33%
Dust Storm
33%
Fine Particles
33%
Polluted Air
33%
Industrial Center
33%
Non-spherical
33%
Pollution Sources
33%
Scientific Background
33%
Dust Storm Event
33%
Long-term Transport
33%
Aerosol Can
33%
Precipitable Water
33%
Background Aerosols
33%
Urban Pollution
33%
Aerosol Climatology
33%
Planetary Albedo
33%
Transport Trajectory
33%
Spherical Character
33%
Earth and Planetary Sciences
Atmospherics
100%
Spectrum Analysis
100%
Optical Property
100%
Desert Aerosols
100%
Correlation Coefficient
66%
Israel
33%
Dust Storm
33%
Albedo
33%
Mediterranean Sea
33%
Air Mass
33%
Pollutant Source
33%
Precipitable Water
33%
Urban Pollution
33%
Long Range Transport
33%
Physics
Atmospherics
100%
Optical Properties
100%
Spectrum Analysis
100%
Scattering Coefficient
66%
Correlation Coefficient
66%
Dust Storm
33%
Albedo
33%
Air Masses
33%