|
Author(s) |
Title |
University/Company |
T. L. Battle 1
E. Hindman 2
L. C. Sparling 1
|
Transport of atmospheric dust from the Bodele Depression, Chad, Africa
ppt presentation(.pdf) |
1UMBC
2CCNY |
B. Crimmins
J. E. Baker
|
|
UMCES/CBL |
| R. E. Dickerson |
|
CICS/UMCP |
S. Fine |
NOAA's Air Quality Program
ppt presentation(.pdf) |
NOAA |
J. A., Engel-Cox 1,2
C. H. Holloman 1
B. W. Coutant 1
R. M. Hoff 2
|
|
1Battelle Memorial 2Institute
UMBC |
C. Goering
G. L. Stephens
J. Slusser
|
|
CIRA
|
B. Gross
O. Ogunwuyi
F. Moshary
S. Ahmed
|
|
City College of New York |
B. Hermann
M. Vargas
F. Moshary
B. Gross
S. Ahmed |
|
City College of New York |
R. Hoff 1, 2,7
J. Engel-Cox 1,3
N. Krotkov 4
S. Palm 6
R. Rogers1,2
K. McCann 1, 2, 7
L. Sparling 1,2
N. Jordan 1,2
O. Torres 5,7
J. Spinhirne 5
|
|
1UMBC,
2NOAA CREST,
3Battelle Mem. Inst.,
4GEST,
5GSFC
6SSAI
7JCET
|
| E. Verónica Morales-Irizarry |
|
U. of Puerto Rico-Mayaguez/CREST |
N. S. Jordan
J. A. Engel-Cox
R. Rogers
K. McCann
R. Hoff
|
|
UMBC/NOAA CREST |
| I. Laszlo |
|
NOAA/NESDIS/ORA |
Robert Levy 123
Lorraine Remer 2
Yoram Kaufman 2
Allen Chu 24
Russ Dickerson 3
|
|
1 SSAI, Lanham MD
2 NASA-GSFC, Greenbelt MD
3 UMCP-Meteorology
4 UMBC-JCET |
M. A. Matheson,
J. A. Coakley. Jr.
W. R. Tahnk
|
|
College of Oceanic and Atmospheric Sciences and
Cooperative Institute for Oceanographic Satellite Studies Oregon State University |
K. J. McCann
R. M. Hoff
R. Rogers
|
The Regional East Atmospheric Lidar Mesonet: How can we apply this to the assessment of PM2.5?
ppt presentation(.pdf)
|
UMBC |
V. R. Morris
E. Joseph
R. Armstrong
Y. Detres
L. Roldan
N. Greene
J. White
F. Mensah
|
|
Howard University |
L. Mtetwa
P. M. McCormick
|
|
Center for Atmospheric Sciences, Hampton VA |
| N. R. Nalli |
|
QSS Group, Inc. NOAA/NESDIS |
A.H. Omar 1
T. Babakaeva 2 |
|
1NASA Langley research Center, Hampton, VA
2Hampton University, Hampton, VA |
J..M. Ondov 1
S.S. Park 1
J.P. Pancras 1
N. Poor 2
|
A new pseudo-deterministic multivariate receptor model for accurate individual source apportionment using highly time–resolved ambient concentration measurements. |
1 Dept of Chemistry and Biochemistry, University of Maryland College Park
2 Environmental and Occupational Health, University of South Florida |
D. Padilla
J. Steiner
V. Vladeteseu
B. Gross
|
Infrared Sensing of Heavy Metal Bearing Dust Particles
|
CREST/CUNY |
A. Prados1
S. Kondragunta 2
K. Knapp 3
I. Laszlo 2
D. Tarpley 2 |
|
1NOAA/NESDIS/CIRA
2NOAA/NESDIS/STAR
3NOAA/NESDIS/NCDC |
E. M. Prins1
C. C. Schmidt 2
J. M. Feltz 2
J. S. Reid 3
D. L. Westphal 3
|
|
1NOAA/NESDIS/ORA
2UW, Madison, WI
3Naval Research Laboratory, Monterey, CA |
R. Rogers 1
K. McCann 1
R. Hoff 1
P. Menzel 2
S. Ackerman3
|
|
1UMBC,
2NESDIS/ORA,
3CIMSS
|
B. A. Schichtel 1
W. C. Malm 1
M. L. Pitchford 2
L. L. Ashbaugh 3
R. A. Eldred 3 |
|
1National Park Service-Air Resources Division
Colorado State University/CIRA
2NOAA - Air Resources Laboratory Desert Research Institute
3University of California-Davis Crocker Nuclear Laboratory |
| S. Schollaert |
|
CICS/ESSIC |
J. Steiner 1
E. Rudolph 1
A. Katz 2
A. Alimova 2 |
|
1NOAA-CREST at CCNY
2IUSL at CCNY |
G. Stephens1
D. McNamara1
M. Ruminski 1
G. Swanson 1
T. Kasheta 2
J. Taylor 2
Z. Zhang 2
J. Guo 2 |
|
1NOAA/NESDIS
2RS Information Systems, Inc |
