Number
|
Description
|
Section
|
Cover/Title
|
Collection of images of weather events and aspects of weather modeling
|
Cover/Title Page
|
1
|
Photograph of presentation by FSL Director
|
Office of the Director
|
2
|
Photograph of FSL Summer Interns
|
Administration and Research
|
3
|
Diagram of employment categories at FSL
|
Administration and Research
|
4
|
Diagram of funding categories at FSL
|
Administration and Research
|
5
|
Diagram of visitor categories at FSL
|
Administration and Research
|
6
|
Photograph of the High-Performance Computing System
|
Information and Technology Services
|
7
|
Diagram of the 2001 FSL Local Area Network and external connections
|
Information and Technology Services
|
8
|
NIMBUS data ingest, processing, storage, and distribution
|
Information and Technology Services
|
9
|
Schematic of the Object Data System
|
Information and Technology Services
|
10
|
Diagram of the 2002 network upgrade topology
|
Information and Technology Services
|
11
|
D3D display
|
Forecast Research Division
|
12
|
Land-use data for RUC40 and RUC20
|
Forecast Research Division
|
13
|
Precipitation forecasts from RUC40 and RUC20
|
Forecast Research Division
|
14
|
Verification of RUC40 and RUC20 3- and 12-hour forecasts
|
Forecast Research Division
|
15
|
Daily averaged skin temperature observed and simulated in RUC
|
Forecast Research Division
|
16
|
Skin temperature difference between 21-hour forecasts from RUC20
|
Forecast Research Division
|
17
|
AWIPS display of 6-hour PACRUC predicted surface winds
|
Forecast Research Division
|
18
|
AWIPS display of 9-hour PACRUC predicted surface winds
|
Forecast Research Division
|
19
|
Domains over which the NOAA FSL air quality modeling system was run
|
Forecast Research Division
|
20
|
Air quality prediction for 23 July 2001
|
Forecast Research Division
|
21
|
High-resolution air quality prediction for New Hampshire
|
Forecast Research Division
|
22
|
Initial comparison of predicted versus observed ozone and carbon monoxide concentration
|
Forecast Research Division
|
23
|
Example of the Water in all Phases (WIAP) moisture analysis
|
Forecast Research Division
|
24
|
Example of the total precipitable water analysis over the IHOP 4-km inner nested domain
|
Forecast Research Division
|
25
|
Example of land-use data mapped to a 10-km CONUS domain on the WRF model
|
Forecast Research Division
|
26
|
WRF model graphical user interface
|
Forecast Research Division
|
27
|
GAINS leader Dr. Cecilia Girz and Thomas Shilling preparing a flight test
|
Forecast Research Division
|
28
|
Comparison of latitude differences at 3 hours between the RUC-2 baseline
|
Forecast Research Division
|
29
|
Scatterplot of directional differences for 3-hour flights
|
Forecast Research Division
|
30
|
Comparison of different diagnostic fields for predicting the occurrence of MOG turbulence
|
Forecast Research Division
|
31
|
Time series of rank of the median bias score for station with bogused data
|
Forecast Research Division
|
32
|
As in Figure 31 except for the logarithm of the magnitude bias score for a real station
|
Forecast Research Division
|
33
|
An upgraded display from the ACARS/AMDAR Website
|
Forecast Research Division
|
34
|
A Screen from the Interactive Soundings Website
|
Forecast Research Division
|
35
|
Location of all 35 NOAA Profiler Network sites and Cooperative Agency Profiler sites
|
Demonstration Division
|
36
|
NOAA Profiler Network of 35 radars and surface instruments
|
Demonstration Division
|
37
|
NOAA Profiler Network 404-MHz profiler data availability from January 1991 January 2002
|
Demonstration Division
|
38
|
NOAA Profiler Network data lost by fault type
|
Demonstration Division
|
39
|
Distribution of NOAA Profiler Network downtime by categories
|
Demonstration Division
|
40
|
Hourly NOAA Profiler Network data availability from 17 October 2000 19 January 2001
|
Demonstration Division
|
41
|
Hourly profiler data availability as a function of time of day
|
Demonstration Division
|
42
|
Data availability from January 2000 March 2002 at the 449-MHz profiler network in Alaska
|
Demonstration Division
|
43
|
Profiler shelter arriving at Platteville, Colorado from Vandenberg AFB
|
Demonstration Division
|
44
|
Photos showing some phases during construction of the profiler at Ledbetter, Texas
|
Demonstration Division
|
45
|
A chart showing 8 years of the growth of the GPS-Met Demonstration Network
|
Demonstration Division
|
46
|
Photo of the Department of Transportation NDGPS site in Appleton, Washington
|
Demonstration Division
|
47
|
GPS-Met data comparisons of GPS water vapor observations
|
Demonstration Division
|
48
|
Graphs showing improvement in 24-hour precipitation forecasts
|
Demonstration Division
|
49
|
A screen capture of the GPS-Met Demonstration Network
|
Demonstration Division
|
50
|
D2D water vapor satellite image
|
Systems Development Division
|
51
|
Examples of how D3D is used by the NWS Forecast Office in Tallahassee, Florida
|
Systems Development Division
|
52
|
Location of the Denver-Boulder Weather Forecast Office and FSL
|
Systems Development Division
|
53
|
MSAS 15-km dewpoint temperature analysis
|
Systems Development Division
|
54
|
An AWIPS D2D screen of the new RSAS 15-km NorthAmerican domain
|
Systems Development Division
|
55
|
MADIS observations available in the North American domain
|
Systems Development Division
|
56
|
MSAS wind and SLP analyses as displayed on AWIPS
|
Systems Development Division
|
57
|
An ADDS screen showing the new experimental Forecast Icing Potential (FIP) Webpage
|
Aviation Division
|
58
|
Screen showing a Java tool available at the ADDS Website
|
Aviation Division
|
59
|
A screen from the Jet Stream product overlayed on aircraft data in real time
|
Aviation Division
|
60
|
Screen from the main RTVS Webpage
|
Aviation Division
|
61
|
D2D screen showing a satellite composite infrared image
|
Modernization Division
|
62
|
D2D model-derived cross section of a 130-knot jet core over the Northern Rockies
|
Modernization Division
|
63
|
A screen showing the Graphical Forecast Editor
|
Modernization Division
|
64
|
GLOBE students and their instructor taking soil moisture measurements
|
International Division
|
65
|
Website screen showing the location of GLOBE's 97 participating countries
|
International Division
|
66
|
A LAPS analysis of surface wind and mean sea-level pressure
|
International Division
|
67
|
A LAPS analysis of radar reflectivity and surface wind during Typhoon Nari near Taiwan
|
International Division
|
68
|
Schematic of the main frame of KMA's Forecaster's Analysis System
|
International Division
|
69
|
Example of meteorological data display with various meteorological data
|
International Division
|
70
|
Fire weather forecaster using the FX-Net workstation
|
International Division
|
71
|
WorldWide Weather Workstation (W4) user interface
|
International Division
|