RAMMB CIRA 1st Quarter Report FY2008
October November December

VISIT

During this quarter 53 VISIT teletraining sessions have been delivered.  There were 165 teletraining signups, 397 students participated. (D. Bikos and J. Braun)

Ongoing development of new VISIT teletraining sessions:

In addition:
 

The following table shows a breakdown of the metrics for each VISIT teletraining session valid April 1999 – December 17, 2007.  For a complete list and description of each VISIT session see this web-page:   http://rammb.cira.colostate.edu/visit/ts.html

 

Sessions

Number of offices attending (signups)

Certificates Issued

Total

1277

6097

16827

Enhanced-V

60

194

510

Detecting Boundaries

12

62

226

Detecting LTO boundaries at night

17

67

186

CONUS CG Lightning Activity

16

86

285

Using GOES RSO

26

83

263

Tropical Satellite Imagery

8

48

138

GOES Enhancements in AWIPS

9

47

109

Diagnosing Mesoscale Ascent

21

83

252

Applying Mesoscale Tools

5

54

202

Diagnosing Surface Boundaries

24

106

307

QuikSCAT

11

42

135

Lake-Effect Snow

15

64

210

NDIC

19

40

105

Lightning Met 1

63

331

1129

Precip Type

5

44

186

Pattern Recognition to MRF

10

70

277

HPC Medium Range Forecasting

15

101

335

Ingredients based Approach

36

198

626

Model Initializations

20

124

440

NWP Top 10 Misconceptions

27

148

532

GOES Sounder

29

122

262

GOES High Density winds

21

71

161

Forecasting MCS’s

12

84

232

Mesoanalysis using RSO

49

178

561

Near-Storm data in WDM

14

91

340

POES

6

27

63

Lightning Met 2

43

261

731

Ensemble Prediction Systems

17

93

303

Eta12

14

57

194

Tornado Warning Guidance 2002

13

91

355

Fog Detection

11

80

264

ACARS

13

73

204

Cyclogenesis

67

304

1011

TRAP

5

20

66

Subtropical

2

15

54

Mesoscale Banding

8

78

302

Lake-Effect Snow II

15

52

128

TROWAL

23

127

345

Hydro-Estimator

15

58

171

GOES Fire Detection

17

69

205

GOES-12

21

76

248

RSO 3 (Parts 1 AND 2)

56

222

305

Water Vapor Imagery

52

219

475

Mesoscale Convective Vortices

28

147

410

AWIPS Cloud Height / Sounder

11

55

128

QuikSCAT winds

6

27

69

Convective Downbursts

41

177

401

DGEX

27

215

562

Severe Parameters

16

136

324

Winter Weather (Parts 1 AND 2)

40

215

233

Predicting Supercell Motion

9

103

197

Monitoring Moisture Return

13

45

127

Pulse Thunderstorms

3

48

116

GOES 3.9 um Channel

5

17

56

Gridded MOS

18

97

147

MODIS Products in AWIPS

22

55

144

CRAS Forecast Imagery in AWIPS

8

20

37

Orographic Effects

18

51

93

NAM-WRF

14

52

59

Basic Satellite Principles

9

20

29

Warm Season Ensembles

24

60

87

Potential Vorticity + Water Vapor

9

49

88

Cold Season Ensembles

14

48

87

            VISIT Learning Management System (LMS) Metrics from January 2005 through December 17 2007:

Total Registered for VISIT Courses – 1514
 
Total Registered 1st Quarter 2008:  148
           
Total Completions 1st Quarter 2008:  45

Individual VISIT Course Metrics via the LMS:

Title

Registered  (this quarter)

Completions (this quarter)

Registered (total)

Anticipating Mesoscale Band Formation in Winter Storms

32

7

38

Cyclogenesis

11

2

237

GOES 3.9 um channel

2

0

4

GOES High Density Winds

1

0

3

GOES Sounder Data and Products

1

0

3

Lake-Effect Snow I

19

4

19

Lake-Effect Snow II

11

3

11

Lightning Met 1

13

10

155

Lightning Met 2

8

6

93

“RSO II”

3

0

113

Mesoscale Convective Vortices

3

2

157

Monitoring Gulf Moisture Return

6

3

53

Precip Type Forecasting

10

5

23

Predicting Supercell Motion

6

0

94

QuikSCAT winds

4

0

61

Satellite Rainfall Hydro-Estimator

2

0

23

TROWAL Identification

8

0

22

“RSO 3”

3

0

8

Utilizing GOES Imagery within AWIPS to Forecast Winter Storms

4

0

77

Water Vapor Channel

6

0

121

Extended Range Forecasting

0

0

166

Interactive Cloud Height Algorithm

0

0

33

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