'Cloud albedo' presentation slideshows

Richard T. McNider Atmospheric Sciences Department University of Alabama in Huntsville

Assimilation of Satellite Cloud Products to Improve Radiative Characterization. Richard T. McNider Atmospheric Sciences Department University of Alabama in Huntsville mcnider@nsstc.uah.edu. Use of Satellite Data to Improve the Physical Atmosphere in Air Quality Decision Models

965 views • 80 slides

From Aerosols to Cloud Microphysics

776 views • 59 slides

Ions and Highly Charged Particles in the Atmosphere

562 views • 43 slides

Background references

426 views • 42 slides

Presented by: Stephen Noble

479 views • 32 slides

Axel Timmermann F.-F. Jin, J.-S. Kug & S. Lorenz Y. Okumura

Past and Future Amplitude Changes of ENSO. Axel Timmermann F.-F. Jin, J.-S. Kug & S. Lorenz Y. Okumura. Is El Nino still a big story?. Unresolved questions: What determines amplitude? ENSO irregularity Phase-locking to annual cycle Skewness of ENSO Bursting of ENSO ENSO and TIWs

396 views • 25 slides

S5P cloud products

330 views • 25 slides

The Impact of Secondary Organic Aerosol Derivatives of Isoprene on Cloud Formation and Albedo

534 views • 25 slides

S5P tropospheric ozone product:

S5P tropospheric ozone product: Convective Cloud Differential method First German S5P Verification Meeting Bremen, 28 - 29 November 2013 Pieter Valks DLR, Remote Sensing Technology Institute (IMF). Outline. Convective-Cloud-Differential (CCD) algorithm for S5P

329 views • 21 slides

Surface

Satellite Monitoring of the First Aerosol Indirect Effect: Retrieval of the Droplet Concentration of Water Clouds.

307 views • 20 slides

Global Cloud Cover Trends

Global Cloud Cover Trends. Discussion Session Lisha M. Roubert University of Wisconsin-Madison Department of Atmospheric & Oceanic Sciences. Clouds.

234 views • 12 slides

Clouds and radiation in a LSM

L=50km. Clouds and radiation in a LSM. Stratocumulus cloud albedo: example. homogeneous stratocumulus cloud layer. cloud layer depth = 400 m effective cloud droplet radius = 10 m m optical depth t = 25. Real clouds are inhomogeneous. Stratocumulus albedo from satellite.

221 views • 8 slides

Grand-Challenge Approach to the Aerosol Indirect Effect

Observations needed: Sulfate/CCN: Aircraft, ground, perhaps satellite Estimates of regional albedo (satellite + aircraft) Collaborations needed: Aircraft group: DLR/ FAAM, EUFAR, etc., to obtain coverage; also, standardized instruments

176 views • 1 slides

methionine

159 views • 1 slides