|
Number
|
Description
|
Section
|
|
Cover
|
Photos of weather events and D2D model displays
of weather around Colorado and the Midwest
|
Cover
|
|
1
|
RUC (40-km and 20-km) 2-meter temperature
bias for 12-hours forecasts
|
Forecast Research
Division
|
|
2
|
RUC (40-km and 20-km) totals by summing
two 12-hour RUC forecasts
|
Forecast Research
Division
|
|
3
|
RUC cloud-top forecasts with and
without cloud assimilation
|
Forecast Research
Division
|
|
4
|
RUC 500-mb wind forecast from PACJET
and verifying observations
|
Forecast Research
Division
|
|
5
|
An 18-hour forecast from PACJET 10-km RUC
model of 1-hour precipitation and surface winds
|
Forecast Research
Division
|
|
6
|
Ozone concentration forecasts from the 1.7-km
run of coupled air-chemistry weather prediction
|
Forecast Research
Division
|
|
7
|
Equitable threat score for hourly snowfall in excess
of 1 mm for 3 different initialization methods
|
Forecast Research
Division
|
|
8
|
The conventional LAPS moisture
analysis showing relative humidity
|
Forecast Research
Division
|
|
9
|
Same as Figure 8, except using newer variational
functional including GOES integrated water
|
Forecast Research
Division
|
|
10
|
Domain of the Regional Nature Run with
ECMWF output and MM5 output
|
Forecast Research
Division
|
|
11
|
GAINS global observing network comprising
fueled remotely operated aircraft
|
Forecast Research
Division
|
|
12
|
Launch of the PII balloon on
the 18 May 2000 test flight
|
Forecast Research
Division
|
|
13
|
FSL and collaborators installing
instruments into the PIII capsule
|
Forecast Research
Division
|
|
14
|
PIII torus suspended during the
radio distance check
|
Forecast Research
Division
|
|
15
|
Gauge stations in the rectangle in Oklahoma
and Arkansas shown in Figure 16
|
Forecast Research
Division
|
|
16
|
Gauge precipitation reports on
12 June 2000 and 7 June 2000
|
Forecast Research
Division
|
|
17
|
Percent of gauge stations in the rectangle in
Oklahoma and Arkansas shown in Figure 16
|
Forecast Research
Division
|
|
18
|
Depiction of a PV streamer from
an MM5 12-hour forecast
|
Forecast Research
Division
|
|
19
|
FSL High-Performance Computer Center
|
Facility Division
|
|
20
|
Schematic of the current FSL network
|
Facility Division
|
|
21
|
FSL Central Facility data systems
|
Facility Division
|
|
22
|
Schematic of NIMBUS hosts
|
Facility Division
|
|
23
|
Planned FSL network upgrade
|
Facility Division
|
|
24
|
NOAA Profiler Network of 35
radars and surface instruments
|
Demonstration
Division
|
|
25
|
NOAA Profiler Network data availability
from January 1991 – January 2001
|
Demonstration
Division
|
|
26
|
Mean time between failure for NOAA Profiler
Network sites with outages over 20 hours
|
Demonstration
Division
|
|
27
|
Distribution of NOAA Profiler Network downtime
|
Demonstration
Division
|
|
28
|
NOAA Profiler Network data lost by fault
type over fiscal years 1999 and 2000
|
Demonstration
Division
|
|
29
|
NOAA Profiler Network data lost by fault
disposition over fiscal years 1999 and 2000
|
Demonstration
Division
|
|
30
|
Alaska 449-MHz network data availability
|
Demonstration
Division
|
|
31
|
Remote control main breaker
installed at all NPN sites
|
Demonstration
Division
|
|
32
|
Profiler site at Glennallen, Alaska
|
Demonstration
Division
|
|
33
|
GPS-Met system on roof of
David Skaggs Research Center
|
Demonstration
Division
|
|
34
|
Diagram of data processing
for the GPS-Met sites
|
Demonstration
Division
|
|
35
|
Diagram of a scalable distributed
data processing system
|
Demonstration
Division
|
|
36
|
Comparison between near real-time
GPS-IPWV and 24-hour solutions
|
Demonstration
Division
|
|
37
|
Comparison of near real-time GPS data and
rawinsonde measurements during WVIOP 2000
|
Demonstration
Division
|
|
38
|
GPS Water Vapor Demonstration Network
at the end of Fiscal Year 2000
|
Demonstration
Division
|
|
39
|
Summary of profiler data availability
from January – December 2000
|
Demonstration
Division
|
|
40
|
Time series displaying MM5 Hot Start
model output every three hours
|
Systems Development
Division
|
|
41a
|
Data sources available to a user during
FX-Connect collaboration session
|
Systems Development
Division
|
|
41b
|
Typical FXC display composed of a satellite image,
model graphics, and manual graphics annotation
|
Systems Development
Division
|
|
42
|
Screen from the experimental LDAD system
at the NWS Tulsa, Oklahoma, site
|
Systems Development
Division
|
|
43
|
AWIPS D2D display of the MSAS
altimeter observations and analysis
|
Systems Development
Division
|
|
44
|
AWIPS D2D screen showing the new
RSAS 15-km North American domain
|
Systems Development
Division
|
|
45
|
MADIS data available at
1200 UTC 18 September 2000
|
Systems Development
Division
|
|
46
|
Web screen of the 2001 RTVS
Turbulence Intercomparison
|
Aviation Division
|
|
47
|
ADDS Website screen of the interactive PIREPs
page from the Aviation Weather Center
|
Aviation Division
|
|
48
|
Screen showing the Collaborative
Convective Forecast Product
|
Aviation Division
|
|
49
|
Time series plots of PODY, FAR, and % Area
for preliminary and final convective forecasts
|
Aviation Division
|
|
50
|
ADDS Website screen of the Satellite
page from the Aviation Weather Center
|
Aviation Division
|
|
51
|
Diagram of FX-Net system architecture for the
Central Weather Service Unit at Dallas/Ft. Worth
|
Aviation Division
|
|
52
|
Real-time displays of Convective
SIGMET forecasts
|
Aviation Division
|
|
53
|
D3D graphic showing MM5
Hot Start model output
|
Modernization
Division
|
|
54
|
Multipaned D2D screen showing North American
scale 500-mb upper-air stations plots
|
Modernization
Division
|
|
55
|
GFE intersite a) composite display and original
grids for b) Boulder, c) Cheyenne, and d) Pueblo
|
Modernization
Division
|
|
56
|
Screen from the GLOBE Web homepage
|
International
Division
|
|
57
|
Temperature measurements conducted
by GLOBE schools
|
International
Division
|
|
58
|
Countries currently participating
in the GLOBE Program
|
International
Division
|
|
59
|
Educator's Comer GLOBE Webpage for teachers
|
International
Division
|
|
60
|
Screen from FSL Webpage showing
LAPS information on CAPE
|
International
Division
|
|
61
|
Students interacting with exhibits at the Weather
Discovery Center in North Conway, NH
|
International
Division
|
|
62
|
FSL Director A.E. MacDonald and New Hampshire
Senator Judd Gregg at Grand Opening
|
International
Division
|
|
63
|
User interface of the FX-Net workstation
|
International
Division
|
