SPARC General Assembly 2018: Conference Program
08:00-

30 (Sunday)

1 (Monday)

08:15-

Registration(poster room accessible)

08:3008:4509:15-

Opening Ceremony

09:30-

T
h
e
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1

09:4510:0010:1510:3010:45-

Keynote 1: Clara Orbe
Oral 1: Gabriel Chiodo
Oral 2: Seungmok Paik

Coffee & Posters (I-A)
Composition & Chemistry
Prediction
Observation & Reanalysis

11:0011:1511:3012:00-

Lunch(poster room accessible)

13:30-

T
h
e
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e
1

13:4514:0014:1514:3014:4515:15-

Keynote 2: Marta Abalos
Oral 3: Leonie Bernet
Oral 4: William Ball

Composition & Chemistry

15:30-

Prediction

15:45-

Registration(poster room accessible)

16:3016:4517:0017:1517:30-

Observation & Reanalysis
T
h
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1

09:1509:3009:4510:0010:1510:3010:4511:0011:1511:30-

18:00-

Kyenote 3: Hans Schlager
Oral 5: Alina Fiehn
Oral 6: Tianjun Zhou

Composition & Chemistry

18:15-

Icebreaker

12:00-

13:4514:0014:1514:3014:4515:0015:1515:3015:4516:0016:15-

Coffee & Posters (I-C)

17:45-

18:45-

08:45-

13:30-

Coffee & Posters (I-B)

15:00-

18:30-

08:30-

11:45-

11:45-

16:15-

08:15-

09:00-

09:00-

16:00-

08:00-

Prediction
Observation & Reanalysis

16:3016:4517:0017:1517:3017:4518:0018:1518:3018:45-

19:00-

19:00-

19:15-

19:15-

19:30-

19:30-

19:45-

19:45-

20:00-

20:00-

20:15-

20:15-

20:30-

20:30-

20:45-

20:45-

21:00-

21:00-

5

SPARC General Assembly 2018: Conference Program
2 (Tuesday)

08:00-

Registration(poster room accessible)

08:1508:3008:4509:0009:1509:3009:45-

3 (Wednesday)

T
h
e
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5

Kyenote 1: Nathaniel Livesey
Oral 1: David FlittnerOral 2: Kaley Walker
Oral 3: Jaquelyn Witte
Oral 4: Emma Leedham-Elvidge

10:0010:1510:30-

Coffee & Posters (I-D)

10:45-

Composition & Chemistry

11:00-

Prediction

11:15-

Observation & Reanalysis

11:30-

Registration(poster room accessible)
T
h
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2
T
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4

Oral 3: Tobias Spiegl
Oral 4: Lei Wang
Oral 5: Nicholas Byrne
Oral 6: Eun-Pa Lim
Kyenote 1: Chaim Garfinkel
Oral 1: Shigeo Yoden
Oral 2: George N. Kiladis

Coffee & Posters (II-F)

13:4514:0014:1514:30-

T
h
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5

14:45-

Oral 5: Susann Tegtmeier
Oral 6: Edwin Gerber

15:00-

Coffee & Posters (I-E)

15:15-

Composition & Chemistry

15:30-

Prediction

15:45-

Observation & Reanalysis

16:0016:1516:3016:4517:0017:1517:3017:45-

T
h
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2

Keynote 1: Amy Butler
Oral 1: Shunsuke Noguchi
Oral 2: Alexey Karpechko

18:0018:15-

Composition & Chemistry

18:30-

Prediction

19:0019:1519:30-

Observation & Reanalysis

ECR Poster Awards Ceremony
Changeover Posters

08:4509:0009:1509:3009:4510:0010:1510:3010:4511:00-

Tropical Processes

11:30-SPARC Science for Society

11:4512:00-

Lunch
13:3013:4514:0014:1514:3014:4515:0015:1515:3015:4516:0016:1516:3016:4517:0017:15-

Keynote 2: Daniela Domeisen

Coffee & Posters (I-F)

18:45-

17:3017:4518:0018:15-

Conference Dinner

18:30-FORTUNE GARDEN

19:00-

386-2 Ichinofunairi-cho, Nakagyo-ku,
Kyoto 604-0924, Japan

18:4519:1519:30-

19:45-

19:45-

20:00-

20:00-

20:15-

20:15-

20:3020:4521:006

Keynote 2: Daren Lyu

08:30-

11:15-

Posters are accessible during the afternoon

13:30-

Lunch(poster room accessible)

08:15-

Dynamics, Variability & Change

11:4512:00-

08:00-

Dancing

20:3020:4521:00-

SPARC General Assembly 2018: Conference Program
4 (Thursday)

08:00-

Registration(poster room accessible)

08:1508:3008:4509:0009:1509:3009:45-

5 (Friday)

T
h
e
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4

Kyenote 2: Takatoshi Sakazaki
Oral 3: Laura Holt
Oral 4: Sergey Khaykin
Oral 5: Amit K. Pandit

Registration(poster room accessible)
T
h
e
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e
6

Oral 6: Wen Chen

10:0010:15-

Kyenote 1: Guy Brasseur
Oral 1: Donald J. Wuebbles
Oral 2: Paul Young
Kyenote 2: Robert Carver

08:0008:1508:3008:4509:0009:1509:3009:4510:0010:15-

10:30-

Coffee & Posters (II-B)

Coffee & Posters (II-E)

10:45-

Dynamics, Variability & Change

Dynamics, Variability & Change

10:45-

11:00-

Tropical Processes

Tropical Processes

11:00-SPARC Science for Society

SPARC Science for Society

11:15-

11:1511:3011:45-

Lunch(poster room accessible)

Lunch(poster room accessible)

13:3014:0014:1514:3014:45-

T
h
e
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3

Keynote 1: Hisashi Nakamura
Oral 1: Wanying Kang
Oral 2: Sean Davis
Oral 3: Marlene Kretschmer

T
h
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6

Kyenote 3: Erica Key
Oral 3: Taoyuan Wei
Oral 4: Federico Fierli
Oral 5: Karin van der Weil

15:15-

Coffee & Posters (II-C)

Coffee & Posters (II-A)

15:30-

Dynamics, Variability & Change

Dynamics, Variability & Change

15:45-

Tropical Processes

16:00-SPARC Science for Society

16:1516:4517:0017:1517:3017:45-

12:00-

13:30-

15:00-

16:30-

11:3011:45-

12:00-

13:45-

10:30-

T
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3

Keynote 2: Joowan Kim
Oral 4: Kunihiko Kodera

Tropical Processes
SPARC Science for Society

14:0014:1514:3014:4515:0015:1515:3015:4516:0016:15-

Roundtable discussion:
The future of SPARC

Oral 5: Talia Tamarin-Brodsky
Oral 6: Lena Schoon

13:45-

Closing Ceremony

16:3016:4517:0017:1517:3017:45-

18:00-

Coffee & Posters (II-D)

18:15-

Dynamics, Variability & Change

18:15-

18:30-

Tropical Processes

18:30-

18:4519:0019:15-

SPARC Science for Society

ECR Poster Awards Ceremony

18:00-

18:4519:0019:15-

19:30-

19:30-

19:45-

19:45-

20:00-

20:00-

20:15-

20:15-

20:30-

20:30-

20:45-

20:45-

21:00-

21:00-

7

B1 Floor planLargemeetingroom

Posterroom

Japan
DesignMuseumPlenary
sessionroom

Meetingroom
2&3
Meetingroom 1

Drink & snack
officeCraft
Practical
room

Registration

EV
Museum shop

8

Robby
Wellcome hal lEV1- 1- 8 C

ECS 1062

1019 1- 1- 10 D

1356 1- 1- 12 E

1361 1- 1- 14 F

1501

1011

1446 ECS

1093 ECS

1223 ECS

E 1- 1 -7

F 1- 1- 9

A 1- 1-11

B 1- 1-13

C 1- 1-15

1069

ECS 1059

ECS 1127

1301

1054 ECS

1368 ECS

1042 ECS

1265

1157

F 1- 1-21

B 1- 4- 2

C 1- 4- 4

D 1- 4- 6

E 1- 4- 8

F 1- 4-10

1339

1159

1457

1243

1177

E 1- 7- 1

F 1- 7- 3

A 1- 7- 5

B 1- 7- 7

C 1- 7- 9

Entrance

1270

D 1- 4-16

7
UTLS

1472

1510 ECS

A 1- 6- 4

B 1 -6 -6

C 1- 6- 8

1- 7- 6 D

1- 7- 8 E

ECS 1033 1- 7- 10 B

1239

1455

1477

1130 ECS

1376

1154

1519

1530

1485 ECS

1237 ECS

1164

1435

1499

1108

1057 ECS

1144

1399

1262

1483

1471

1381 ECS

1516

1341

1296

1487

1116 ECS

6
Asianmonsoon5
Trace gas
observa�ons
and analysis

3
Stratospheric
ozone

1430

Monday, 10:30 - 11:30
Monday, 14:30 - 16:15
C Monday, 17:15 - 19:00

B

A
D
E

(45 active posters)(45 active posters)

2- 3-12- 2-14 D

ECS 1441

1466

1049 ECS

2- 3- 2 B

2- 1-14 E

2- 1-12 D

2- 1-10 C

2- 1- 8 B

2- 1- 6 A

2- 1- 4F

(39 active posters)(39 active posters)(39 active posters)

3 Decadal predic�on

1488

1025

1461

1
S2S
ECS 1248
predic�on

1423

1408

2- 1- 2 E

2- 2-12 C

ECS 1393

1407

2- 2-10 B

2- 2- 8 A

2- 2- 6F

2- 2- 5 E

2- 2- 3 D

2- 2- 1 C

1- 8-16 B

1- 8-14 F

1- 8-12 E

1- 8-10 D

1- 8- 8 C

ECS 1092

1072 ECS

1490

1366

1030

1537

1422

1540

1203

1222

1076 ECS

1321
1055

1486

1247

ECS 1165

1419

1402

1385

1309

2
Seasonal1329 ECS predic�on8
Climateanalyses1522

1- 8- 6 B

1- 8- 4 A

ECS 1199

1- 8- 2 F

1311

ECS 1039

1251

1235 ECS

1489

1409

1282

1087 ECS

1302

1261

1539 ECS

1491

1549 ECS

Tuesday, 10:00 - 11:30
Tuesday, 14:30 - 16:00
F Tuesday, 17:30 - 19:00

C

B 2- 1-13

A 2- 1-11

F 2- 1- 9

E 2- 1- 7

D 2- 1- 5

C 2- 1- 3

B 2- 1- 1

F 2- 2-13

E 2- 2-11

D 2- 2- 9

C 2- 2- 7

F 2- 2- 4

D 2- 2- 2

E 1- 8-17

C 1- 8-15

B 1- 8-13

A 1- 8-11(24 active posters)

1- 6- 9 C

1- 6- 7 E

1- 6- 5 D

ECS 1012
1271

1- 6- 3 C

1- 6- 1 B

1- 5-13 A

1- 5-11 F

1- 5- 9 E

1412

1300

1529

1272

1425

1- 5- 7 D

1- 5- 5 C

ECS 1511

1- 5- 1 A

1- 3-20 F

1- 3-18 E

1- 3-16 D

1- 3-14 C

1- 3-12 B

1- 3-10 F

1- 3- 8 E

F 1- 8- 9

1- 3- 6 D

D 1- 8- 5
E 1- 8- 7

1- 5- 3 B

1111

B 1- 8- 1
C 1- 8- 3

1- 3- 4 C

1- 3- 2 B

1- 2- 4F

1- 2- 2 D

ECS 1104

ECS 1182

1036

1078

1211

1240

1217

1439

1338

1527

1353

ECS 1427

2
Volcanic ECS 1482
emissions1525
and analysis

Core �mes for presenta�on:

F 1- 6- 2

1178

1- 7- 4 C

D 1- 5-12

1- 4-17 A

E 1- 5-14

C 1- 5-10

B 1- 5- 8

F 1- 5- 6

E 1- 5- 4

D 1- 5- 2

C 1- 3-21

B 1- 3-19

A 1- 3-17

F 1- 3-15

E 1- 3-13

1- 4-15 F

1- 4-13 E

1- 4-11 D

1- 4- 9 C

1- 4- 7 B

1- 4- 5 A

1- 4- 3F

1- 4- 1 E

1- 1-20 D

1- 1-18 C

C 1- 3-11

B 1- 3- 9

A 1- 3- 7

F 1- 3- 5

E 1- 3- 3

D 1- 3- 1

1- 7- 2 B

1153

1346

1369

1151 ECS

B 1- 4-12

1257

1152

C 1- 4-14

4
Dynamics andlong range
transport

1514

1357

1350

1504

E 1- 1-17

ECS 1061

1432 1- 1- 16 B

D 1- 1-19

1
Aerosol
observa�ons
and analysis

1- 1- 6 B

1495

1021 ECS

D 1- 1- 5

C 1- 2- 3

1- 1- 4 A

1204

1484

B 1- 2- 1

1- 1- 2 F

C 1- 1- 3

15411454 ECS

B 1- 1- 1

Entrance

Floor plan Poster room - Block I (Monday - Tuesday)

9

B 5- 4- 1

C 2- 3- 3

B 2- 4- 7

A 2- 4- 5

F 2- 4- 3

E 2- 4- 1

D 5- 1- 6

C 5- 1-4

B 5- 1- 2

F 5- 5- 9

E 5- 5- 7

D 5- 5- 5

C 5- 5- 3

B 5- 5- 1

A 5- 6-10

F 5- 6- 8

E 5- 6- 6

C 5- 6- 4

B 5- 6- 2

A 5- 4-11

F 5- 4- 9

E 5- 4- 7

D 5- 4- 5

C 5- 4- 3

41
Interannualand climate

1280

5- 5- 2

2- 4- 2 C

ECS 1198

2- 4- 8 C

Side rooms

ECS 1551

2- 4- 6 E

2- 4- 4 D

5- 1- 7 B

5- 1- 5 A

5- 1- 3F

5- 1- 1 E

5- 5-10 D

5- 5- 8 C

5- 5- 6 B

5- 5- 4 AF

5- 6-11 E

5- 6- 9 D

5- 6- 7 C

5- 6- 5 B

5- 6- 3 F

5- 6- 1 E

5- 4-10 D

5- 4- 8 C

5- 4- 6 B

5- 4- 4F

5- 4- 2 D

1421

1160

4
ECS 1286
Extremes
1506 ECS and others
1244
1547

1492

1328

1320

1463

1281

ECS 11105
1523
Trace gases
ECS 1543
and aerosols(satellite)
1437

1044 ECS varia�ons

1406

1333

1323

1304

1285

1375

1452

1545

1139 ECS

1556
1503

6
Trace gases
and aerosols(in situ/
ground-based)

ECS 1418

1374

1143

ECS 1125

and aerosols ECS 1386
(combined
dataset) ECS 1216

1220

1474

1464

1536

1234

1185

1524

1371

1210

1299

1334 ECS Trace gases

1260

3
Gravity waves
andturbulence2
Large-scale
dynamics

1231

5- 7- 2 B

1420

Plenary
sessionroom

5- 7- 9 F

5- 7- 7 E

5- 7- 6 D

5- 7- 4 C

5- 3- 8 F
ECS 1101

5- 3- 6 D

5- 3- 5 E

Plenary
sessionroom

5- 2-14 D

5- 2-12 C

5- 2-10 B

5- 2- 8 A

5- 2- 6 F

5- 2- 4 E

5- 2- 2 D

1481

ECS 1314

1289

1319

1548

1382

1345

1534

1194

1226

7
ECS 1013
Lower
troposphere
1417
1355
and
1041 ECS surface
1332

1358

1363

1449

1372

1212

1445

1396 ECS

1027

1135

1278 ECS

1542

1170

1413

1187

1431

1378

1134

1335

1496

1001 ECS

Registra�on desk

C 5- 7-10

B 5- 7- 8

F 5- 7- 5

E 5- 7- 3

D 5- 7- 1

C 5- 3- 9

B 5- 3- 7

F 5- 3- 4

E 5- 3- 3

D 5- 3- 2

C 5- 3- 1

B 5- 2-19

A 5- 2-18

F 5- 2-17

E 5- 2-16

C 5- 2-15

B 5- 2-13

A 5- 2-11

F 5- 2- 9

E 5- 2- 7

D 5- 2- 5

C 5- 2- 3

B 5- 2- 1

Entrance

Theme 1: Connections of Atmospheric Composition and Chemistry to Weather and Climate
Theme 2: Climate Prediction from Weeks to Decades
Theme 5: Advances in Observation and Reanalysis Datasets

3- 1- 1

1275

1
ECS 1051
Phenomena1048 ECS in the MLT
1088
region1450

1290

1389 ECS

1040 ECS

B 3- 4- 4

C 3- 4- 6

F1343 ECS solar ac�vity ECS 1256

varia�onsand volcanicerup�ons

1017 ECS

1308

1158

1232

1395

1283 ECS

1313

1447

C 3- 2- 4

D 3- 2- 6

E 3- 3- 2

3- 3- 4F

B 3- 3- 6

C 3- 3- 8

D 3- 3-10

E 3-10- 2

1038

E 3-10- 9

Entrance

1077 ECSF 3-10- 3

10Hadleycircula�on,
A 3-10- 5 1179
ENSO andECS
B 3-10- 7 1102
PDO

3
Equatorial
QBO and its
remoteinﬂuences

3- 2- 1 E

1498

2
Inﬂuences of1155

F 3- 4-12

3- 2-31268

3-10- 8 E

1349

1224 3-10-10 F

3-10- 6 D

1377

3-12- 9 F

3-12- 7 E

3- 8- 9B 3- 9-12
C 3- 9-14

1370

B

F

Wednesday, 10:30 - 12:0 (44 active posters)
Thursday, 10:00 - 11:30 (37 active posters)
C Thursday, 14:45 - 16:15 (37 active posters)

Core �mes for presenta�on:

D 3-11- 9

1440

ECS 1112

1400

ECS 1364

1009 ECS
1084 ECS

3- 9- 5 F

3- 9-13 E

D

C

B

A

3- 9- 3 F

3- 9- 1 E

3-13-9 D

3-13-7 C

3-13-5B

3-13-3 A

3-13-1F

3- 7-14 E

3- 7-12 D

Thursday, 17:30 - 19:00 (37 active posters)(37 active posters)
Friday, 10:00 - 11:30
A Friday, 14:45 - 16:00(31 active posters)
E

DA

ECS 1118 3-11-10 F

1067

F

F 3-11- 3

11
ECS 1294 3-11- 4 C
Atmosphereocean
A 3-11- 5 1360
1213 3-11- 6 D
coupling andB 3-11- 7 1263 ECSteleconnec�on1411 3-11- 8 E

D1037 ECS

1255

ECS 1137

1555

1462

9
1310 3- 9- 5
3- 9- 4 1245
Stratospheretroposphere ECS 1103 3- 9- 7
3- 9- 6 1089
exchange1085 3- 9- 9
3- 9- 8 1123 ECS and UTLS
processes
1133 3- 9-11
3- 9-10 1550

C 3- 9- 2

1410

1090 ECS

1014

1322

1331

1191

3- 7- 8 B

3- 7- 6 F

3- 7- 4 E

3- 7- 2 D

3- 8- 8 C

3- 8- 6 B

3- 8- 4 A

3- 8- 2 F

7Stratosphericinﬂuences on
troposphericweather and
ECS 1171 3- 7-10 C
climate

1500

1535

1184 ECS
1022 ECS

1146

1188

1269 ECS

1451

1444

1316

ECS 1433
8
Annular1026
mode
variability and ECS 1405
extra-tropical ECS
1428
cyclones

1197 ECS

1068 ECS

13
Teleconnec�onsECS 1097
and regional
ECS 1098
E 3-13- 6 1193
climateF 3-13- 8 1045 ECS varia�ons
1307

D 3-13- 4

C 3-13- 2

B 3- 7-13

F 3- 7-11

D 3- 7- 9

A 3- 7- 7

C 3- 7- 5

B 3- 7- 3

A 3- 7- 1

FE 3- 8- 7

D 3- 8- 5

EECS 1073

1242 3-12-11 A

1460

1392

3-12- 5 D

B 3- 8- 1
C 3- 8- 3

3-11- 2 B

1096 ECS

3-10- 4 C

ECS 1119E 3-11- 1

D 3-12-10 1401

3-10- 1 A

1192

1436 ECS

1456

3-12- 3 C

ECS 1305

3- 6-14 A
3-12- 1 B1249

3- 6-12 F

3- 6-10 E

3- 6- 8 D

3- 6- 6 C

3- 6- 4 B

3- 6- 2 F

3- 5-11 E

3- 5- 9 D

3- 5- 8 C

3- 5- 6 B

3- 5- 4 F

3- 5- 2 A1324

12Arc�c sea-ice
loss andteleconnec�on1453 ECS

1176

1467

1126 ECS

1208

1288

1141 ECS

1330

1326

ECS 1494

1233

1002

1544

5
Stratospheric ECS 1465
sudden
ECS 1264
warmings

1018

1473

6
Polar vortex
varia�ons and1354
theBrewer-Dobson
1552 ECS
circula�on1095

B 3-12- 6

F 3-12- 4

E 3-12- 2

D 3- 6-13

C 3- 6-11

B 3- 6- 91070 ECS

1114

1122

C 3-12- 8

3- 3- 7 E

3- 3- 5 D

3- 3- 3 C

3- 3- 1 B

3- 2- 5 A

3- 6- 5

A 3- 6- 7

FE 3- 6- 3

C 3- 6- 1

B 3- 5-12

A 3- 5-10

1168

1028

1227

1279 ECS3- 3- 9 F

1206

1207

1513

1200

1414

1553

3- 4-13 D

B 3- 2- 2

3- 4-11 C

1107

1172

1221

A 3- 4- 8

1531

3- 4- 9 A

3- 4- 7 F

3- 4- 5 E

D 3- 4-10

4Gravity waves

1163

1315

E 3- 5- 7

3- 4- 3 D

1469

A 3- 4- 2

D 3- 5- 5

C 3- 5- 3

3- 1- 6 B

3- 4- 1 C

1438

E 3- 1- 7

B 3- 5- 1

3- 1- 4 A

3- 1- 2 F

1267

1295

1047 ECS

D 3- 1- 5

B 3- 1- 3

F

Entrance

Floor plan Poster room - Block II (Wednesday - Friday)

10
B 4- 1- 1

4- 5- 34- 3- 94- 4- 54- 1- 6 B

ECS 1238

4- 1- 2 A
4- 1- 4 F

1478

ECS 1458

4
O3, H2Otransport,
1052 ECS
variability,
ECS
trends1140
1181 ECS

1508

1236

1344 ECS

1292

4- 4- 8 D

Side rooms

ECS 1388 4- 4- 12 F

1533 4- 4- 10 E

1518

4- 4- 6 C

4- 4- 4 B

ECS 11171043

4- 4- 2 F3- 3-14 D

4- 3-12 E

ECS 1162

1348

1317

4- 3-10 D

4- 3- 8 C

ECS 1291
1121

4- 3- 6 B

4- 3- 4 A

4- 5- 8F

4- 5- 6 E

1443

1005

ECS 12283-2
1347 ECSUpper-lower
atmospheric
dynamical
coupling,
including
QBO-ENSO/MJO

1384

1225

1312

1161

1351

4- 5- 4 D

4- 5- 2 C

1429 4- 1- 16 B

ECS 1390 4- 1- 14 F

ECS 1050
5
Tropospheric1424
dynamics,
including
1250
precipita�on1426 ECS

1148

F 4- 4- 11 1109 ECS

B 4- 4- 9

C 4- 4- 7

FE 4- 4- 3

D 4- 4- 1

C 4- 3-13

A 4- 3-11

F

E 4- 3- 7

D 4- 3- 5

C 4- 5- 9

B 4- 5- 7

A 4- 5- 5

FE 4- 5- 1

C 4- 1- 15 1094

B 4- 1- 13 1145 ECS

1150

1174

1561

1034

1
UTLS,
ECS 1120 4- 1- 8 C
including TTL
F 4- 1- 9 1082 ECS and Asian1502 4- 1- 10 D
monsoonA 4- 1- 11 1099
1459 4- 1- 12 E

E 4- 1- 7

D 4- 1- 5

A 4- 1- 3

4- 2- 14- 2- 7

6- 1- 4

1470

1032

1132

1
Cliamte change
impacts on
extremes

1035

1175

1079

1083

1337

ECS 11003-1Upper-lower
atmospheric
dynamical
coupling,
including
QBO-ENSO/MJO

2
Climate andECS
1362
society

1230

1106

1205

1063

1183

1138

1186

1167 ECS

1166 ECS

1246

1015 ECS

1532

Registra�on desk

C 6- 1- 7

B 6- 1- 6

A 6- 1- 5

FE 6- 1- 3

D 6- 1- 2

C 6- 1- 1

A 4- 3- 3

E 4- 3- 2

D 4- 3- 1

C 4- 2-15

B 4- 2-14

A 4- 2-13

F 4- 2-12

E 4- 2-11

2Stratospheric
dynamics,
including
QBO and SSW

1379 ECS

1284

1287

1253

1136

1403 ECS

1546

C 4- 2- 10 1520 ECS

B 4- 2- 9

A 4- 2- 8

FE 4- 2- 6

D 4- 2- 5

C 4- 2- 3

F

Entrance

Theme 3: Role of Atmospheric Dynamics for Climate Variability and Change
Theme 4: Atmospheric Impacts and Interactions Related to Tropical Processes
Theme 6: SPARC Science for Society

Plenary
sessionroom

6- 2- 7 A

6- 2- 6 F

6- 2- 5 E

6- 2- 4 D

6- 2- 3 A

6- 2- 2 F

6- 2- 1 B

Plenary
sessionroom

4- 2- 4 E

4- 2- 2 D

1254 11046 11336 1Connections of Atmospheric Composition and Chemistry to Weather and Climate

Keynote 1 Clara Orbe

1(Mon) 09:30-10:00

Keynote 2 Marta Abalos

1(Mon) 13:30-14:00

Keynote 3 Hans Schlager

1(Mon) 16:15-14:45

1258 11493 11156 11180 11442 11507 1

Oral 1

Gabriel Chiodo

1(Mon) 10:00-10:15

Oral 2

Seungmok Paik

1(Mon) 10:15-10:30

Oral 3

Leonie Bernet

1(Mon) 14:00-14:15

Oral 4

William Ball

1(Mon) 14:15-14:30

Oral 5

Alina Fiehn

1(Mon) 16:45-17:00

Oral 6

Tianjun Zhou

1(Mon) 17:00-17:15

Overview of Large-Scale Tropospheric Transport in the Chemistry
Climate Modeling Initiative (CCMI) Models
New Insights on the Impact of Ozone Depleting Substances andECS
the Antarctic Ozone Hole on the Brewer-Dobson Circulation
First Airborne Measurements of SO2, H2SO4 , NO, HNO3, and NOyin the Asian Summer Monsoon Anticyclone between 12 and 20 Km
The Importance of the Ozone Layer for the Response of the
Climate System to Natural and Anthropogenic Forcings
Divergent Hydrological Responses to Volcanic Eruptions in CMIP5ECS
Multi-Models
Stratospheric Ozone Recovery at Mid-Latitudes: Improved
ECS
Ground-Based Time Series and Trend Estimations
Evidence for a Continuous Decline in Lower Stratospheric Ozone
Offsetting Ozone Layer Recovery

ECS-

Theme 1

Theme 1

Importance of Seasonally Resolved Oceanic Emissions for Bromoform
Delivery to the Stratosphere through the Asian Monsoon

Anthropogenic Aerosols Reduced Global Land Monsoon
Precipitation

1. Aerosol observations and analysis

1454 1 1

1 B1541 1 1

2 F1484 1 1

3 C

1204 1 1

4 A

1021 1 1

5 D1495 1 1

6 B1501 1 1

7 E1062 1 1

8 C

1011 1 1

9 F

1019 1 1 10 D
1446 1 1 11 A

Kevin R. Leavor

ECS

Hazel Vernier-

Ranjit Kumar-

Ram P R Sinha-

1223 1 1 15 C
1432 1 1 16 B
1504 1 1 17 E
1061 1 1 18 C
1357 1 1 19 D
1350 1 1 20 D
1301 1 1 21 F

Chemical Composition of Aerosols in the Upper Troposphere and Lower Stratosphere over
India
Characterization of Atmospheric Soot Particles using Aethalometer and SEM-EDX

Development of Balloon-Borne Impactor Payload for Profiling Free Tropospheric Aerosol
Size Distribution
Modelling and Remote-Sensing based Analysis of a Dense Haze Event over Northeastern
MuhammadECS
Pakistan
Zeeshaan Shahid
Links between the Large-Scale Circulation and Daily Air Quality Variations over CentralJonathon S.
Eastern China during WinterWrightComposition of the Asian Tropopause Aerosol Layer Simulated with a Coupled Aerosol-ChemistryAndrea Stenke
Climate Model: Enhanced H2SO4-H2O Droplets, HNO3-H2SO4-H2O Ternaries, Organics, Ice, or a Mix?
Seasonal Variations of Atmospheric Aerosols and its Association with the Optical
Pradeep Kumar
ECS
Properties of Aerosols in Varanasi at Middle Indo-Gangetic Plain
Impact of an Extreme Weather Event on Aerosol Optical and Radiative Properties in India
Kanika Taneja-

Imran Shahid-

Lakhima Chutia

ECS

Rashada Akter
1356 1 1 12 E
NahidaVikas Goel
1093 1 1 13 B
1361 1 1 14 F

A Global Perspective of SAGE III ISS Aerosol Observations

Chandra Mouli
Pavuluri
Mingfu Cai
Masatomo
Fujiwara
Anita Lakhani
Arti Choudhary

ECS
ECS

Variability of Particulate Matter Concentrations during Dense Winter Fog Period in
Northeastern Pakistan
Composition of Aerosols in the Upper Troposphere over Indian Subcontinent
Polycyclic Aromatic Hydrocarbons in Atmospheric Fine Particulate Matters in Dhaka,Bangladesh: Sources Characterization and Potential Health Impact
Chemical Processing of Dust in an Urban Environment (New Delhi)High Abundance of Non-Fossil Derived Organics in Fine Aerosols in the Eastern
Mediterranean Troposphere

The Size Resolved Cloud Condensation Nuclei (CCN) Activity and its Prediction based on Aerosol
Hygroscopicity and Composition in the Pearl Delta River (PRD) Region during Wintertime 2014

Measurements of Cloud Particles and Sea Salt Aerosols at Tarawa (1.35N, 172.92E), Kiribati
using Balloon-Borne Cloud Particle Sensor (CPS) under the SOWER Campaigns
Chemical Characteristics, Source Apportionment and Health Risk Assessment on Human
Exposed to Heavy Metals in PM10 at a Traffic Site
Estimate the Influence of Aerosols Optical Properties its Radiative Effects and Seasonal
ECS
Variability in Megacity Delhi, India-

Tanzina Tul Karim Chong Shen-

Alan Robock-

Source Apportionment Study with PMF Model and Health Risk Assessment of Volatile Organic
Compounds (VOCs) at Atmospheric Fine Particulate Matters (PM2.5) in Dhaka, Bangladesh

The Impacts of Aerosol on Precipitation in the Pearl River Delta Region
Impacts of Stratospheric Sulfate Geoengineering on PM2.5

2. Volcanic emissions and analysis
1116

1 2

1 B

1482 1 2

2 D1487 1 2

3 C

Timofei
Sukhodolov
Hans Brenna

Andrea Stenke

Influence of Volcanic SO2 Emissions on the Climate and Ozone Layer Evolution during Early
21st Century.
Atmospheric, Climatic and Environmental Effects of the Super-Size Los Chocoyos Eruption
ECS
84 Kyrs Ago
Impacts of Mt. Pinatubo Volcanic Aerosol on the Tropical Stratosphere in ChemistryClimate Model Simulations using CCMI and CMIP6 Aerosol Data

ECS

11

1525 1 2

4 F

Jean-Paul
Vernier-

VolRes: Volcano Response Plan to Be Prepared for the Next Large Volcanic Eruption

Theme 1

3. Stratospheric ozone
1296 1 3

1 D1427 1 3

2 B1341 1 3

3 E1353 1 3

4 C

1516

1 3

5 F

1527 1 3

6 D1381 1 3

7 A1338 1 3

8 E1471 1 3

9 B1439 1 3 10 F
1483 1 3 11 C
1217

1 3 12 B

1262 1 3 13 E
1240 1 3 14 C
1399 1 3 15 F
1211

1 3 16 D

1144 1 3 17 A
1078 1 3 18 E
1057 1 3 19 B
1036 1 3 20 F
1108 1 3 21 C

JanuszJaroslawski
Catherine Wilka

Signs of the Total Ozone Recovery based on the Satellite (MSR) Data for the Period 19792017
The Influence of Heterogeneous Chemistry on Volcanic Sulfate Aerosols on Ozone Depletion
ECS
and Recovery
Preliminary Validation Results of SAGE III-ISS Ozone Data
Ray (H.J.) Wang--

Alessandro
Damiani
Sean Davis
MartynChipperfield
James Keeble
Sophie GodinBeekmann
Annika Seppala
Irina
Petropavlovskikh
Michael Pitts

ECS-

Michelle L Santee-Peter Braesicke-

Marta Abalos-

Michael C Pitts-

Farahnaz
Khosrawi
Hao-Jhe Hong
Madhu
Vazhathottathil
Jiankai Zhang
Xie FeiKarthika
Gangadharan

ECS-

Contribution of Energetic Particle Precipitation to Natural Ozone Variability in Antarctica
Assessment of the Robustness of Recent Lower Stratospheric Ozone Trends and their
Reproduction by Models
Stratospheric Ozone: Ongoing Depletion or Recovery?
Diagnosing the radiative and chemical contributions to future changes in tropical column
ozone with the UM-UKCA chemistry–climate model
Ozone Trends in the Lower Stratosphere from Long-Term Lidar and Satellite Records
Polar Ozone Response to Energetic Particle Precipitation over Decadal Time Scales
Is Stratospheric Ozone Recovering as We Expect? Results of the SPARC LOTUS Analyses.
The SPARC Polar Stratospheric Cloud Initiative (PSCi)
Ozone Mini-Hole Representation in Satellite Data and Reanalyses
The Warming of the Antarctic Peninsula: Is the Ozone Hole to Blame?
Response of Stratospheric Transport and Mixing to Sudden Stratospheric Warmings in
WACCM: Impacts on Arctic Ozone
Reference PSC Data Record and Climatology based on CALIOP, MLS, and MIPAS
Observations
Arctic Winter 2009/2010, 2010/2011 and 2015/2016 in Comparison: Denitrification andPolar Stratospheric Cloud Formation
Intraseasonal Ozone-Circulation Relationships in the Arctic StratosphereNorth Atlantic Oscillations in Total Ozone Detected by Chemistry-Climate Model andReanalysis
Stratospheric Ozone Loss over the Eurasian Continent Induced by the Polar Vortex Shift
A Connection from Arctic Stratospheric Ozone to El Nino-Southern Oscillation
Diurnal and Seasonal Variability of Total Column Ozone Over Cochin - A Comparative Studyof Microtop II Ozonometer Measurements with Reanalysis and Satellite Observations.

4. Dynamics and long range transport

1514

1 4

1 E

1054 1 4

2 B1069 1 4

3 F1368 1 4

4 C1059 1 4

5 A1042 1 4

6 D

1127

1 4

7 B

1265 1 4

8 E

1152

9 C

1 4

Federico Fierli
Silvia Bucci
Lei Wang

Myung-Il Jung
Ravindra Babu
Saginela
Disha Sharma
S. Y. Aslanoglu
Makoto Deushi
Paul Konopka

AndreaSchneidereit
Mohamadou
1257 1 4 11 D
DialloMarta Abalos
1151 1 4 12 B
1157

1 4 10 F

1369 1 4 13 E
12Zibing Yuan

Are CCMIs Reproducing the Main Features of the Asian Anticyclone ? What We Can Learn
from the StratoClim 2017 Campaign
Convective Sources and Transport Patterns into the Stratosphere during the 2017
ECS
StratoClim Campaign
Large Impacts, Past and Future, of Ozone Depleting Substances on Brewer-Dobson
Circulation Trends: A Multi-Model Assessment
Southern Hemisphere Atmospheric General Circulation Changes in CCMI Models-

ECS

Tropical Tropopause Layer (TTL) Variability during the Balloon Measurement Campaigns of
the Asian Tropopause Aerosol Layer (BATAL) over Indian Region
Tracking the Influence of Long Range Transport of Dust Aerosols on their Chemical
ECS
Characteristics Observed in the North-West Indo Gangetic Plains.
A 9-Year Three-Dimensional Desert Dust Transport Evaluation over Anatolia with CALIPSO
ECSDerived ProductImpact of Ozone on Tropical Tropospheric Circulation Change after a Stratospheric Sudden
Warming Event
Impact of Mixing on the Composition of Air in the Upper Troposphere and Lower
Stratosphere (UTLS): A Lagrangian View
Boreal Planetary Wave Transport of Zonally Asymmetric Ozone during the Polar Healing
Phase
Impact of the El Nino Southern Oscillation (ENSO) on the Structure of the Brewer-Dobson
Circulation in the Lower Stratosphere
Future Trends in Stratosphere-to-Troposphere Transport in CCMI Models

ECS

ECS
-

Impact of Large-Scale Synoptic Circulation Pattern on Ozone Forming Mechanism inShanghai, China

1 4 14 C

1472 1 4 15 F
1270 1 4 16 D
1346 1 4 17 A

Shunsuke
Noguchi
Fumio Hasebe
Robert Damadeo
Hideharu
Akiyoshi

ECS-

Potential Influence of Elevated Stratopause Events on the Lower Atmospheric Circulation
CUBE/Biak: Observations of Dynamics and Chemistry Affecting the Air on its Ascent in the
Tropical Lower Stratosphere
The Impact of Sampling Corrections on Derived Long-Term Ozone Trends
Dynamical Analysis in the Southern Hemisphere Associated with a Three-Week Total Ozone
Reduction over the Southern Tip of South America in November 2009

5. Trace gas observations and analysis
1182 1 5

1 A1499 1 5

2 D1104 1 5

3 B1435 1 5

4 E

1511

1 5

5 C

1164 1 5

6 F

1111

1 5

7 D

1237 1 5

8 B1425 1 5

9 E1485 1 5 10 C
1272 1 5 11 F
1530 1 5 12 D
1529 1 5 13 A
1519

1 5 14 E

ShankarBhattarai
Zia Ul-Haq

ECS-

Nidhi Tripathi

ECS

Masato Shiotani-

Puneet K VermaECS

Jianchun Bian-

Ralph Lehmann-

CubeSat with Cylindrical Langmuir Probes to Characterize Ionosphere and Thermosphere
PlasmaAnthropogenic Emissions and Satellite Inferred Tropospheric Formaldehyde Trends,
Seasonality and Anomalies over South Asian Region

Theme 1

1510

First PTR-TOF-MS Based Measurement of Volatile Organic Compounds (VOCs) in New Delhi:
Implication to Regional Atmospheric Chemistry and Climate during Winter-Summer Transition

Systematic Biases owing to a Response Time Issue of Ozonesondes

Potential Source Contributions and Cancer Risk Assessment of Atmospheric Polycyclic
Aromatic Hydrocarbons (PAHs) and Nitro-PAHs over a Traffic Indo-Gangetic Site
Sounding Water Vapor, Ozone, and Particles during the ASM

Model Calculations of the Contribution of Tropospheric SO2 and DMS (Dimethyl Sulfide) tothe Stratospheric Sulfur Budget
The Impact of Model Numerics on Trace Gas Transport in the Stratosphere: A Dynamical
Aman Gupta
ECSCore Benchmark Test Using the Age of Air
The Maintenance of Elevated Active Chlorine Levels in the Antarctic Lower Stratosphere
Rolf Mueller
through HCl Null Cycles
Seasonality and Geographical Variability of Tropospheric Ozone (O3), Stratospheric
Ryan, S. Williams
ECS
Influence and Recent Trends
Disentangling Interannual Stratospheric Transport Variability Impacts on Surface Trace Gas
Eric Ray
Concentrations
The Impact of Stratosphere-Troposphere Exchange on Atmospheric Nitrous Oxide (N2O)
Qing Liangand its Isotopic Budget in the Troposphere
Assessing the Transport of Asian Pollution into the Stratosphere through Balloon-Borne
Jean-Pauland Satellite Observations together with the GEOS-Chem Chemical Transport Model.
Vernier
Tropospheric Ozone Assessment Report: Tropospheric Ozone Observations - How Well Do
David W. Tarasick
We Know Tropospheric Ozone Changes?

6. Asian monsoon

1300 1 6

1 B1154 1 6

2 F

1412

1 6

3 C

1376 1 6

4 A

1012 1 6

5 D1130 1 6

6 B1271 1 6

7 E1477 1 6

8 C1430 1 6

9 C

Laura Pan

Atmospheric Composition and the Asian Monsoon (ACAM): A Joint Activity of SPARC and
IGAC
Characterizing the Climatological Composition and Intraseasonal and Interannual Variability ofMichelle L Santee
the Asian Summer Monsoon Anticyclone Using Aura Microwave Limb Sounder Measurements
Aircraft-Based Observations of Transport Tracers and Ozone-Depleting Substances in andEmma Leedham
above the Asian Monsoon
ElvidgeTransport of Aerosols and Trace Gases into the Upper Troposphere during the Peak Asian
Tatsuo Onishi
Monsoon Period in Summer 2017
Equatorward Dispersion of a High-Latitude Volcanic Plume and its relation to the Asian
Xue WuECS
Summer Monsoon: A Case Study of the Sarychev Eruption in 2009
UTLS Structure and Tracer Distributions in the Asian Summer Monsoon Anticyclone Inferred
SimoneECS
from Balloon Measurements during StratoClim 2016-2017
Brunamonti
Natural and Anthropogenic Aerosols in the UTLS in Recent Decade: Sources and the Role
Mian Chinof Monsoon Transport
Stratosphere and Troposphere Exchange Experiment over Asian Summer Monsoon Project
Yi Liu(STEAM)
Confinement of Air in the Asian Monsoon Anticyclone and Pathways of Convective Air to
Bernard Legras
the Stratosphere during Summer Season-

7. UTLS
1339 1 7

1 E

1153

1 7

2 B

1159 1 7

3 F

1178 1 7

4 C1457 1 7

5 A1455 1 7

6 D1243 1 7

7 B

Peter Hoor-

Ulrike Langematz-

Peter Hoor-

Yoichi Inai-

Haosen Xi-

Joern Ungermann-

Xiaoyang Chen-

An Overview of OCTAV-UTLS (Observed Composition Trends and Variability in the UTLS), a
SPARC Activity
Future Changes in the Stratosphere-to-Troposphere Ozone Mass Flux
Mixing and Transport in the UTLS: Results from the Wave-Driven Isentropic Exchange(WISE) Mission
Seasonal Characteristics of Chemical and Dynamical Transports into the Extratropical
Upper Troposphere/Lower Stratosphere
Stratosphere-Troposphere Exchange of Ozone and Carbon Monoxide over the Northern
Pacific Ocean in Northern Winter using Two Chemical Reanalysis Data Sets
A Case Study of Water Vapor In-Mixing into the LS from SparcGLORIA Measurements
Acquired during the WISE Campaign
Impact of Photochemical and Meteorological Processes within Boundary Layer andStratosphere-Troposphere Exchange on Vertical Ozone
131239 1 7

8 E1177 1 7

9 C1033 1 7 10 B

Hongyue Wangh

Impact of Stratosphere-to-Troposphere Exchange on Surface Ozone in Eastern China fromthe Valley between the South Asia High and the Subtropical Pacific High.
Distribution and Variation of Surface Emitted Air Pollutants in UTLS under the Control of
Asian Summer Monsoon
Quantify Laminar Cirrus Ice and its Contribution to the Total Water Budget in the Tropical
ECS
Tropopause Layer-

Qian Li
Tao Wang

Theme 2

Theme 1

8. Climate analyses
1549 1 8

1 B

1311

1 8

2 F

1491 1 8

3 C1039 1 8

4 A1539 1 8

5 D

Antara Banerjee

Ram P R Sinha

Stratospheric Water Vapor: an Important Climate Feedback

Ubiquity of Quasi-Aerosol Layers in the Free Troposphere and its Regional Climate
Response
An Investigation of the Summer 2017 North American Wildfires and their Influence on theUpper Troposphere and Lower Stratosphere
An Advanced Impact of Arctic Stratospheric Ozone Changes on Spring Precipitation in
ECS
China
Using Stratospheric Ozone to Predict Northern Hemisphere Surface Temperatures-

Sampa Das
Xuan Ma
Kane Stone

ECS

1261 1 8

How Useful is a Linearized Ozone Scheme for Global Climate Modelling?
Katharina
ECS
6 B
Meraner
Climate Impacts of a Short-Lived Climate Forcer Mitigation Scenario
William J Collins
7 E

1522 1 8

8 C1302 1 8

9 F

1199 1 81309 1 8 10 D
1087 1 8 11 A
1385 1 8 12 E
1282 1 8 13 B
1402 1 8 14 F
1409 1 8 15 C
1419 1 8 16 B
1489 1 8 17 E

Theme 21259 2Dmitry V.
KulyaminPao K. Wang

1053 21367 2-Franziska I. FrankECSMichaela Hegglin-

Amanda C.
MaycockDavid A Plummer-

Feng Li-

Gabriel Chiodo-

Birgit Hassler-

Modeling of the Energetic Particles Precipitation Influence on Atmospheric Ozone,
Circulation and Surface Climate
How Deep Convective Storms Influence Global Climate: Cross-Tropopause Transport of H2O
The Relationship between Lower-Stratospheric Ozone at Southern High Latitudes and Sea
Surface Temperature in the East Asian Marginal Seas in Austral Spring
Atmospheric Methane and its Isotopic Composition in a Changing Climate: A Modeling StudyESA Climate Change Initiative: Long-Term Changes in Atmospheric Water Vapour
On the Structure of Greenhouse Gas Radiative Forcing Kernels
Comparing the Stratosphere in Specified Dynamics (Nudged) and Free-Running Simulations
from the Chemistry Climate Model Initiative Model Intercomparison
Effects of Greenhouse Gas Increase and Stratospheric Ozone Depletion on Brewer-Dobson
Circulation in 1960-2010
Is Interactive Ozone Chemistry Important to Represent Stratospheric Temperature
Variability in Earth System Models?
CMIP Model Evaluation with the Earth System Model Evaluation Tool (ESMValTool)

Climate Prediction from Weeks to Decades

Keynote 1 Amy H. Butler

Keynote 2 Daniela
Domeisen
Oral 1 Shunsuke
1274 2
NoguchiOral 2 Alexey
1480 2
Karpechko
Oral 3 Tobias Spiegl
1169 21058 2-

Wenshou Tian

1190 214

ECS

Oral 4

Lei Wang

Oral 5

Nicholas J.
Byrne
Eun-Pa Lim

Oral 62(Tue) 16:00-16:30

Stratosphere-Troposphere Coupling Processes on S2S and Longer
Timescales
Weather and Climate Prediction from Weeks to Decades: Where Do
2(Tue) 17:00-17:30
We Stand?
Impact of Satellite Observations on Forecasting Sudden2(Tue) 16:30-16:45
ECS
Stratospheric Warmings
Predictability of Sudden Stratospheric Warmings in Sub-Seasonal2(Tue) 16:45-17:00
Forecast Models
The Solar Cycle Signal in Northern Hemisphere Winter in Ensemble
3(Wed) 08:30-08:45
Simulations with a Comprehensive Decadal Prediction System
Empirical Seasonal Forecast of Winter NAO and Surface Climate
3(Wed) 08:45-09:00--

3(Wed) 09:00-09:15
3(Wed) 09:15-09:30

Seasonal Persistence of Circulation Anomalies in the Southern
Hemisphere Stratosphere, and Its Implications for the Troposphere
Impacts and Predictability of Southern Hemisphere StratosphereTroposphere Coupling

ECS1. S2S prediction
1 B

1407 2 1

2 E1422 2 1

3 C1408 2 1

4 F

1537 2 1

5 D1423 2 1

6 A1030 2 1

7 E1248 2 1

8 B1366 2 1

9 F

1461 2 1 10 C
1490 2 1 11 A
1025 2 1 12 D
1072 2 1 13 B
1488 2 1 14 E

Yvan J. Orsolini-

Craig Long-

Yvan J. Orsolini-

Craig Long-

Steven Pawson-

Judith Berner-Chen Schwartz
Yueyue Yu
Eun-Pa Lim

The Stratospheric Warming of 2018 in Context of the Earth System
Regime-dependent Predictability in Sub-seasonal Forecasts-

Yuna Lim-

Yuna Lim

Duration and Decay of Polar Stratospheric Vortex Events in the ECMWF Seasonal Forecast
Model
Sudden Stratospheric Warming Monitoring at NOAA/Climate Prediction Center

Relative Roles of the MJO and Stratospheric Variability in North Atlantic Climate Patterns
during Boreal WinterOn the Linkage among Anomalously Strong Stratospheric Mass Circulation, Stratospheric
ECS
Sudden Warming, and Cold Weather Events
S2S Forecast Skill for Southern Hemisphere Early Spring Vortex Variability-

Robert W. Lee

Influence of Sudden Stratospheric Warmings upon Sub-Seasonal Forecasts-

Chiara Cagnazzo

Chaim I Garfinkel

Subseasonal-to-Seasonal Forecasts with the Norwegian Climate Prediction Model

Theme 21540 2 1Stratospheric Variability and Stratosphere-Troposphere Coupling in High versus Low
Resolution Simulations within the H2020 PRIMAVERA Project
MJO Prediction Skill of the Subseasonal-to-Seasonal Prediction Models

The Influence of the Madden Julian Oscillation and the Quasi-Biennial Oscillation on the
Boreal Winter Arctic Stratosphere in S2S Subseasonal Forecast Models
ENSO Modulation of MJO Teleconnection to the North Atlantic & Europe and Implications
ECS
for Subseasonal Predictability
Influence of the QBO on MJO Prediction Skill in the S2S Models--

2. Seasonal prediction
1165 2 2

1 C1235 2 2

2 D1247 2 2

3 D1251 2 2

4 F

Nicholas Tyrrell
Cory A. Barton
Masakazu
TaguchiHong-Li Ren

1321 2 2

Timothy N
5 E
Stockdale
Yanqiu Gao
6 F

1329 2 2

7 C1055 2 2

8 A

1076 2 2

9 D1486 2 21092 2 2 10 B
1222 2 2 11 E
1393 2 2 12 C
1203 2 2 13 F
1441 2 2 14 D

Stephen I.
ThomsonDim Coumou
Joshua Ngaina
Anastasia
Makhnykina
Xuefeng Cui
Folmer Krikken

Atmospheric Circulation Response to Anomalous Siberian Forcing in Autumn 2016 and its
Long-range Predictability.
Optimization of Gravity Wave Source Parameters to Improve Seasonal Forecasts of the
ECS
Quasi-Biennial Oscillation in a Stratosphere-Resolving Numerical Weather Prediction Model
Seasonal Winter Forecasts of the Northern Stratosphere and Troposphere: Results fromJMA Seasonal Hindcast Experiments
Dynamics and Predictability of 2016 Extreme Indian Ocean Dipole Event

ECS-

Prediction of the Quasi-Biennial Oscillation (QBO) with a Multi-Model Ensemble of QBOResolving Models
A Study of the Impact of Initialization on ENSO Predictability based on Ensemble Coupled
Data Assimilation
Atmospheric Response to SST Anomalies. Background-State Dependence, Teleconnections
ECS
and Local Effects in Winter and Summer
Long-Lead Empirical Forecasts of the Indian Summer Monsoon Rainfall based on Causal
Precursors
Predictability of Seasonal Rainfall over the Greater Horn of Africa

-

ECS
ECS
ECS

Chaofan Li-

Zoe E Gillett

ECS

Seasonal Changes in Soil CO2 Emission in the Forest Ecosystems of Central Siberia
Impacts of Climate Seasonal Prediction on Agriculture: Comparison between India and China
Global Empirical System for Probabilistic Seasonal Climate and Fire Risk Forecasts
Skillful Seasonal Prediction of Yangtze River Valley Summer Rainfall
Modelling the Influence of the Antarctic Ozone Hole on Southern Hemisphere Surface
Climate Variability

3. Decadal prediction
1049 2 3

1 C1466 2 3

2 B1280 2 3

3 C

Anthony
Banyouko Ndah
Stergios Misios
Cheng SunECS-A Novel Perspective on the Sun-Ocean Time-Lag and Proposed Mechanism for Bottom-Up(Ocean-Atmosphere) Climate Forcing: Implications for Decadal Climate Predictions
Observed and Modelled Influences of the 11-Yr Solar Cycle on the Walker Circulation

North Atlantic Oscillation Implicated as a Predictor of Northern Hemisphere Multidecadal
Climate Variability

15

4. Extremes and others

1328 2 4

1 E1198 2 4

2 C-

Gabriele Messori

ECS

Future Change of Northern Hemisphere Blocking in CESM Large Ensemble Simulations
Dynamical Systems Proxies of Atmospheric Predictability and Mid-Latitude Extremes

1547 2 4

Xuan-Tien
Nguyen-Vinh
Dhrubajyoti
4 DSamanta
James Anstey
5 A

1244 2 4

6 E1506 2 4

7 B1551 2 4

8 C

Theme 3

Role of Atmospheric Dynamics for Climate Variability and Change

1492 2 4

3 F

1286 2 4

ECS-

Abebaw Alemu-

Inna Polichtchouk

ECS

Annelize Van
Niekerk

ECS

Evaluation of the Global Weather Research and Forecasting (WRF) Model, Focusing on Summer
Mid- and High-Latitude Upper Troposphere and Lower Stratosphere Temperature Profile

The Double ITCZ Bias in GCMs: Causes and Implications for Future Rainfall Projections

Uncertainty of Regional Climate Change Projections Associated with Atmospheric Blocking
EventsEstimating Coefficients of Z-R Relationship for Bahir Dar City by using Blue Nile Weather
Radar Data
Sensitivity of the Lower Tropical Stratosphere to Vertical Resolution in NWP Models
The Circulation Response to Resolved Versus Parametrized Orographic Drag over Complex
Mountain Terrains

Theme 3

Theme 2

Jaeyoung Hwang

1318 31434 31016 31219 31115 31202 31074 31380 3

Keynote 1 Hisashi
Nakamura
Keynote 2 Joowan Kim

4(Thu) 13:30-14:00
4(Thu) 16:15-16:45

Oral 1

Wanying Kang

4(Thu) 14:00-14:15

Oral 2

Sean Davis4(Thu) 14:15-14:30

Oral 3

Marlene4(Thu) 14:30-14:45
Kretschmer
Kunihiko Kodera 4(Thu) 16:45-17:00

Oral 4
Oral 5
Oral 6

Talia TamarinBrodsky
Lena Schoon

4(Thu) 17:00-17:15
4(Thu) 17:15-17:30-

Modulations of the East Asian Winter Monsoon by the Western Pacific(WP) Pattern: Its Dynamics and Remote Influence from the Tropics

Dynamical Processes in the Tropical UTLS: Observational
Evidences and Issues in Numerical Models
The Teleconnection between the Madden-Julian Oscillation (MJO)
ECSand the Sudden Stratospheric Warmings (SSW)
Tropical Expansion: Comparison of "Upper" and "Lower" Metrics

-

-

ECS
-

Using Causal Discovery Algorithms to Evaluate ArcticStratosphere Linkages in CMIP5 Models

Role of Downward Propagating Planetary Waves in European Severe
Cold Snap during a Recovery Phase of the SSW in February 2018

A Dynamical Perspective on Temperature Variability, Extremes
and Their Response to Climate Change
A Novel Method for the Extraction of Local Gravity Wave
ECSParameters: Description, Validation and Application

ECS

1. Phenomena in the mesosphere and lower-thermosphere (MLT) region

1047 3 11051 3 11048 3 11088 3 11295 3 1

Sivakandan Mani

The Predominant Occurrence Altitudes of Middle Atmospheric Temperature Inversions andMesopause over the low Latitude Indian Sector
Vertical Coupling from the Lower Atmosphere to the Ionosphere: Observations Inferred fromPriyanka Ghosh
ECS
2 F
Indian MST Radar, GPS Radiosonde, Ionosonde and SABER/TIMED Instrument over GadankiLong-Term Variation of OH Peak Emission Altitude and Volume Emission Rate over IndianMani Sivakandan
ECS
3 B
Low Latitudes
Investigations on Stratospheric-Mesospheric Temperature Climatology in the Northern and
Som Kumar
4 ASouthern Hemispheres
SharmaCoupling of Stratospheric Warmings with Mesospheric Coolings
Christoph Zülicke

1 F

5 D

1275 3 1

6 B1438 3 1

7 E

ECS

-

Koki Iwao-

Ryosuke Yasui-

Climatological Features of Planetary Waves in the Middle Atmosphere during the Northern
Hemisphere Winter
In-Situ Gravity Wave Generation by Shear Instability in the MLT Region

2. Influences of solar activity variations and volcanic eruptions
1498 3 21343 3 21256 3 21017 3 21553 3 21308 3 216

1 E

Ziniu Xiao

Kevin DallaSanta-

Preferred Solar Signal Transfer in the Asian-Pacific Sector

The Circulation Response to Volcanic Eruptions: The Key Roles of Stratospheric Warmingand Eddy Interactions
Modulation of Solar Activity on Tropical Pacific SST Anomalies by the Wintertime AO-Like
Wenjuan Huo
ECS
3 F
Variability
A Study of Tropical Cyclones over India (Bay of Bengal and Arabian Sea) and Solar
Dhruba Banerjee
ECS
4 C
Influence on It
Polar Vortex Responses to Solar, Volcanic and ENSO Forcing in a Large Ensemble ofHauke Schmidt
5 A
Historical Simulations
Influence of Low-Frequency Solar Forcing on the East Asian Winter Monsoon based on
Tao Wang
6 D
HadCM3 and Observations

2 B

ECS

3. Equatorial quasi-biennial oscillation (QBO) and its remote influences
1 B

1158 3 3

2 E1200 3 3

3 C1232 3 3

4 F

1513

3 3

5 D

1395 3 3

6 B1207 3 3

7 E1283 3 3

8 C1206 3 3

9 F

1313

3 3 10 D

James Anstey-

Jadwiga Richter-

Neal Butchart-

Hiroaki Naoe-

R. K. Scott-

Hua LuMartin Andrews
Pu LinYousuke
YamashitaPeter Hitchcock

1 C

1315

2 A

3 4

-

-

Ji-Hee Yoo-1163 3 41040 3 4

6 C1450 3 4

7 F1221 3 4

8 A1290 3 4

9 A1389 3 4

3 D1107 3 4 10 D
1531 3 4 11 C
1155 3 4 12 F
1172 3 4 13 D

Rui Yang

ECS
ECSPeter Preusse-

Ling Wang-

AndreasDoernbrack
Ulrich Achatz

The Extratropical Response to the Quasi-Biennial Oscillation (QBO) in the NH Winter in
QBOi Experiments
Polar-Tropical Coupling in the Winter Stratosphere

On the Role of Rossby Wave Breaking in Quasi-Biennial Modulation of the Stratospheric
Polar Vortex
Robustness of Observed and Simulated Teleconnections between the Stratospheric QuasiBiennial Oscillation and Boreal Winter Atmospheric Circulation
The Development of the Eddy Momentum Flux Divergence during the 2015/2016 QuasiECS
Biennial Oscillation Disruption
Two Possible Pathways of the Southern Hemisphere Polar Vortex Response to the QBO
from Winter to Early Summer
Non-Radiative Dissipation of Stratospheric Kelvin Waves

Petr Pisoft

Tracy MoffatGriffin
Kathrin
4 B
Baumgarten
Yukari Sumi
5 E

1469 3 4

Quasi-Biennial Oscillation in a Warming Climate, Part 2: Response of the QBO Drivers-

4. Gravity waves

1267 3 4

Teleconnections of the Quasi-Biennial Oscillation (QBO) in a Multi-Model Ensemble of QBOResolving Models
Quasi-Biennial Oscillation in a Warming Climate, Part 1: Overview & Metrics-

Riwal Plougonven-

Gergely Boeloeni-

Hella Garny-

Localized Gravity Wave Forcing in the Lower Stratosphere - Role of the East Asian andNorth Pacific Hotspot
Characteristics and Sources of Inertia-Gravity Waves Revealed in Operational Radiosonde
at Jang Bogo Station (JBS), Antarctica
Radiosonde Observations of Gravity Waves in the Stratosphere Close to 60S

Theme 31414 3 3

Seasonal and Short Term Variability of Atmospheric Waves at Mid-Latitudes Derived from
Ground-Based Observations and Reanalysis Data
Frontal Structure and Gravity Waves Observed during Stratospheric Sudden Warming
EventsSimulation of a Torrential Rainstorm and Stratospheric Gravity Wave Analysis
Propagation of Mesoscale Gravity Waves above the Scandinavian Mountains as Observedby GLORIA and AIRSHigh Resolution Numerical Simulations of Gravity Wave Encounters with the Tropopause
Gravity Waves Excited during a Minor Sudden Stratospheric Warming
Beyond Traditional Limits of Gravity-Wave Parameterizations: Unbalanced Mean FlowsOn Constraints and Uncertainties for Gravity Wave Parameterizations
Towards a Transient Gravity Wave Drag Parametrization in Atmospheric Models
Role of Parametrized Gravity Wave Drag for the Stratospheric Circulation and Transport

5. Stratospheric sudden warmings (SSWs)

1473 3 5

Three-Dimensional Structure of Planetary and Gravity Wave Forcing during the Evolution
Byeong-Gwon
ECS
of the January 2009 Stratospheric Sudden WarmingSong
Impact of the February 2018 Major Stratospheric Sudden Warming on Global Ozone
Paul A. Newman
2 A

1227 3 5

3 C1018 3 5

4 F1028 3 5

5 D1465 3 5

6 B1168 3 5

7 E1264 3 5

8 C1544 3 5

9 D1279 3 5

1 B1122 3 5 10 A
1002 3 5 11 E

Yayoi Harada-

Ming Bao-

Martin Jucker-

Kazuhira Hoshi

ECS

Olivia Martius-

Patrick Martineau

ECS

Noboru Nakamura-

Froila M. Palmeiro-

Pavel Vargin-

A WN2-Type Major Sudden Stratospheric Warming Event in February 2018
Classifying the Tropospheric Precursor Patterns of Sudden Stratospheric Warmings
Using Precursors for Statistical SSW Prediction
Characterizing Influences of the Arctic Sea Ice Loss on Weak Stratospheric Polar Vortex
EventsRossby Wave Propagation into the Northern Hemisphere Stratosphere: The Role of Zonal
Phase Speed
Lower-Stratospheric Control of the Frequency of Sudden Stratospheric Warming Events
Wave Activity Budget and the Onset of Sudden Stratospheric Warming
Assessing Sudden Stratospheric Warming Variability in the EC-EARTH Climate Model
Lower troposphere impact of stratospheric perturbations in historical simulationsof INM climate model
17

1114

3 5 12 B

Froila M. Palmeiro-

On How Turbulent Mountain Stress Influences Sudden Stratospheric Warming Ocurrence in
WACCM

Theme 3

6. Polar vortex variations and the Brewer-Dobson circulation (BDC)
1070 3 6

1 C1233 3 6

2 F1354 3 6

3 E1494 3 6

4 B1552 3 6

5 F1326 3 6

6 C1330 3 6

7 A

1288 3 61141 3 6

Jinlong Huang

ECS

Xiaoqing Lan-

Yuta Ando
Luke Hatfield
Annelize Van
Niekerk
Chaim Garfinkel
Kazuaki Nishii
Soichiro Hirano

Preconditioning of Arctic Stratospheric Polar Vortex Shift Events

The Modulation Effects of Pacific Decadal Oscillation on Relation between Arctic Oscillation and MidHigh Latitude Climate and Evolution of Weak Polar Vortex Events in Northern Hemisphere WinterDetection of a Climatological Short Break in the Polar Night Jet in Early Winter and its
Relation to Cooling over Siberia
Low-Frequency Variability of the Winter Polar Vortex in a Simple Model of the Seasonally
ECS
Evolving Stratosphere
The Modulation of Stationary Waves, and their Response to Climate Change, by
ECSParameterized Orographic Drag
Rossby Waves in the Stratosphere: The Effect of Mean Flow on the Accuracy of QuasiGeostrophic Solutions
Midlatitude Oceanic Fronts and the Stratospheric Polar Vortex--

Primary Contribution of the Australian High to Climatology of the Stratospheric
Momentum Budget during the Austral Spring
Sensitivity of the Brewer-Dobson Circulation and Polar Vortex Variability to Parametrized
Inna Polichtchouk
ECS
9 B
Nonorographic Gravity-Wave Drag in a High-Resolution Atmospheric Model
The Influence of Dynamical Variability on the Observed Brewer-Dobson Circulation
Steven Hardiman

8 D

1208 3 6 10 E

1126 3 6 11 C
1268 3 6 12 F
1467 3 6 13 D
1249 3 6 14 A--

AndreasChrysanthou
Petr Pisoft

ECS-

Sanjay K. Mehta-

Toshiki Iwasaki-

The Transient Evolution of the Stratospheric Residual Circulation Response to Climate
ChangeChanging Spatial Structure of the Brewer-Dobson Circulation in CCMI Simulations - Is Therea Role for the Wave Driving?
The Fine Scale Structure of the Annual Cycle in Stratospheric Temperatures Observed
from GPS Radio Occultation
Three-Dimensional Structure of Mass-Weighted Isentropic Time Mean Meridional
Circulations

7. Stratospheric influences on tropospheric weather and climate
1188 3 7

1 A1316 3 7

2 D1184 3 71146 3 71022 3 71535 3 71191 3 7

Harry H. Hendon-

Wen Zhou-

Sandro Lubis

Compounding Tropical and Stratospheric Forcing of the Record Low Antarctic Sea-Ice in2016
Role of the Stratospheric Polar Vortex and Tropospheric Blocking in Winter 2016

Understanding the Stratospheric Influence on the Troposphere through Finite-Amplitude
Wave Activity Theory
Dynamics and Predictability of Downward Propagating Stratospheric Planetary Waves
Hitoshi
4 E
Observed in March 2007
Mukougawa
The Downward Influence of Sudden Stratospheric Warmings: Insight using an Idealised
Ian White
ECS
5 C
Moist GCM
Stratosphere-Troposphere Coupling in the Northern Hemisphere Analyzed with Climate
Reik Donner
6 F
Network Measures
The Predictability of Polar Jet Oscillation Events and their Surface Impacts
Daniela Domeisen

3 B

7 A

1500 3 7

8 B1331 3 7

9 D1171 3 7 10 C
1322 3 7 11 F
1462 3 7 12 D
1014 3 7 13 B
1555 3 7 14 E

ECS-Peter Hitchcock
Elisa Manzini
Janice Scheffler
Guangyu Liu

The Downward Influence of Uncertainty in the Northern Hemisphere Stratospheric Polar
Vortex Response to Climate Change
Nonlinear Response of the Stratosphere and the North Atlantic-European Climate to
Global Warming
Stratosphere-Troposphere Coupling in Ensemble Simulations with Fast Stratospheric Ozone
ECS
Chemistry
Relationships between Antarctic Ozone Hole and Dynamical Fields--

Chiara Cagnazzo-

Ke Wei-Frank M. Selten-

Stratosphere Resolving CMIP5 Models Simulate Different Changes in the Southern
Hemisphere
The Effect of a Well-Resolved Stratosphere on East Asian Winter Climate
The Climate in a World without Ozone

8. Annular mode variability and extra-tropical cyclones

181068 3 8

1 B1433 3 8

2 F1197 3 8

3 C1026 3 8

4 A

Lina Boljka

ECS

Aditi Sheshadri

ECS

Gabriele Messori

ECS

Yu Nie-On the Coupling between Baroclinic and Barotropic Annular Modes

Propagating Annular Modes
Low-Frequency Variability of Wintertime Euro-Atlantic Planetary Wave Breaking
On the Roles of Upper- versus Lower-level Thermal Forcing in Shifting the Eddy-Driven
Jet1444 3 8

5 D1405 3 8

6 B1451 3 8

7 E1428 3 8

8 C1269 3 8

9 F

Min-Gyu Seong-

Jaeyeon Lee

ECSAkira KuwanoYoshida
Luke L. B. Davis
Robin Pilch
Kedzierski

ECS
ECS

A Bayesian Attribution Analysis of Global and Regional Changes in Extreme Temperaturesduring 1951-2010
Characteristics of East Asian Extratropical Cyclones in CMIP5 Climate Models
Long-Term Changes in Explosive Cyclone Activity over the Midwinter North Pacific
The Influence of Thermal Damping Timescales on Climate Variability and the Extratropical
Circulation
Baroclinic Life-Cycles from GPS Radio-Occultation Measurements

9. Stratosphere-troposphere exchange (STE) and upper troposphere-lower-stratosphere (UTLS) proceses
1 E

1037 3 9

2 C

1112

3 9

3 F

1245 3 9

4 D1310 3 9

5 A1089 3 9

6 E1103 3 9

7 B1123 3 9

8 F1085 3 9

9 C1550 3 9 10 A
1133 3 9 11 D
1009 3 3 12 B
1400 3 9 13 E

Kohei Yoshida-

Yan Xia

ECS

Robert Boschi

ECS

Peter Haynes-

TakeshiHorinouchi
Reona SatohFrauke R.L.
FritschMarianna Linz

ECS
ECS

Liu Ting-

Julie Arblaster-

Jilong Chen-

Furqon Alfahmi
Zhun Guo

Salauddin
MohammadRoberta
1364 3 9 15 F
D'Agostino1084 3 9 14 C

ECSWhat Causes Disagreement of Upwelling in the TTL among CMIP5 Models?

Impacts of Tropical Tropopause Warming on the Stratospheric Water Vapor
Identifying the Major Sources of Hindu Kush Himalayan Air and Moisture using a
Lagrangian Approach
Seasonal and Interannual Variations in Upwelling and Temperatures in the Tropical UTLS
Dynamical UTLS Control on Summertime Precipitation from Weather to Climate
Intraseasonal Variability of Cloud Amount in Middle Latitude during Boreal WinterTheme 31440 3 9

On the Derivation of Mean Age of Air and Spectra from Ideal and Realistic Tracers
Non-Gaussian Tracer Distributions from Horizontal Advection
Influence of the Boreal Autumn SAM on Winter Precipitation over Land in the Northern
Hemisphere
Precipitation Response to Ozone Depletion in the Southern Hemisphere
Decadal Shifts of Summer Heavy Rainfall in Southern China
The Impact of Curvature Coastline to Rainfall Offshore over Maritime Continent

Impact of Horizontal Resolutions and Topography on the Simulation of Summer Rainfall
over Southeast China
Monsoon Variability and Stratosphere-Troposphere Exchange (STE) of Ozone over CostaECS
Rica (10N, 83.4W)
Moisture Budget Decomposition and Mechanisms behind Monsoon Response in the MidECS
Holocene and Future Climate Scenario-

10. Hadley circulation, El Nino-Southern Oscillation (ENSO) and Pacific Decadal Oscillation (PDO)
1095 3 10 1 A
1447 3 10 2 E1077 3 10 3 F
1119

3 10 4 C

1179 3 10 5 A
1377 3 10 6 D
1102 3 10 7 B1349 3 10 8 E1038 3 10 9 E1224 3 10 10 F

In-Hong Park
Yuki Ishida
Seoyeon Kim

Bianca Mezzina-

Understanding the Indo-Pacific Warm Pool Expansion: Seasonal Changes

The Leading Mode of NH Interannual Tropopause Height Variability and its Relationshipwith ENSO
Southern Hemisphere Zonal-Mean Circulation Changes from Last Glacial Maximum (LGM) to
ECS
Future Climate
Separating ENSO and NAO Signatures in the North Atlantic

-

ECS

Bo Wu

-

Daniela Matei-

Lea Svendsen

ECS

Yu Kosaka-

Lixia Zhang-

Chiaki Kobayashi-

Atmospheric Dynamic and Thermodynamic Processes Driving the Western North Pacific
Anomalous Anticyclone during El Nino
InterDec: The Potential of Seasonal-to-Decadal-Scale Inter-Regional Linkages to Advance
Climate Predictions
Pacific Contribution to the Early 20th Century Warming in the Arctic
Global Temperature Fluctuations due to Tropical Pacific Decadal Variability and theirUncertainty
ENSO Transition from La Nina to El Nino Drives Prolonged Spring Summer Drought over
North China
Formation of Tropospheric Zonal Mean Anomalies Associated with ENSO

19

11. Atmosphere-ocean coupling and teleconnection
1096 3 11 1 E1073 3 11 2 B1067 3 11 3 F
1294 3 11 4 C
1360 3 11 5 A

Dim Coumou-

Robert W. Lee

ECSTine Nilsen

ECS

Annika Reintges

ECS

Annika Reintges-

Occurrence of North Atlantic SST and Atmospheric Circulation Patterns in a Changing
ClimateImpact of Gulf Stream SST Biases on the Global Atmospheric Circulation
Northern North Atlantic Oceanic Conditions as an Important Driving Factor for Forest Fire
Activity in Northern Scandinavia
Variability and Teleconnections in Wind-Driven Hindcasts with the Kiel Climate Model
Reducing Climate Model Systematic Error in the Tropical Atlantic Sector by Enhancing Atmospheric
Resolution: Implications for Seasonal to Interannual Variability and Predictability

The Variability of the North Atlantic Subpolar Gyre and its Global Impact
Mehdi Pasha
KaramiRole of the Atlantic Ocean in Modulating North-American and European Weather Extremes
Patrick Martineau
ECS
1263 3 11 7 B1213 3 11 6 D1411 3 11 8 E

Theme 31370 3 11 9 D
1118

3 11 10 F

Bunmei Taguchi-

Juergen Bader-on Decadal Timescales
Influence of Extra-Tropical Oceanic Variability on the Interannual-to-Decadal Variability of
the Midlatitude Atmosphere
Global Temperature Modes Shed Light on the Holocene Temperature Conundrum

Influence of Extratropical Thermal Forcings on the Asian Monsoons
Stefanie Talento
ECS
Costa

12. Arctic sea-ice loss and teleconnection
1324 3 12 1 B1176 3 12 2 E1305 3 12 3 C1453 3 12 4 F
1456 3 12 5 D
1436 3 12 6 B1392 3 12 7 E1192 3 12 8 C
1460 3 12 9 F
1401 3 12 10 D
1242 3 12 11 A

Russell Blackport-

Torben Koenigk-

Russell BlackportECS

Hye-Jin Kim

ECSYongqi Gao-

Chang-Hyun ParkECS

Evangelos Tyrlis-

Masato Mori-

Jinro Ukita-

Dim Coumou-

Irina Rudeva-

Atmospheric Circulation Response to Arctic Sea Ice Loss

Siberian Cooling Trends and the Linkage to Arctic Sea Ice Loss
Cold Winters in Mid-Latitudes Coincident with But Not Caused by Reduced Arctic Sea Ice
Is Recent Eurasian Winter Cooling Caused by Arctic Amplification?
Intensified Linkage between the Arctic Warming and the Eurasian Cooling
A Causal Relationship between Barents-Kara Sea Ice Concentration and Wintertime Surface
Air Temperature Variability in East Asia
The Key Role of Blocking in Arctic Sea Ice Loss and Cold Spells over Central Asia in
Autumn 2016
Quantification of Influence of Arctic Sea-Ice Decline and Natural Variability to Recent
Eurasian CoolingLong-Term Change in Stationary Eddy Heat Flux Related to Arctic-Midlatitude Climate
Linkage
The Influence of Arctic Amplification on Mid-Latitude Summer Circulation
The Interaction between the Polar, Midlatitude and Tropical Regions.

13. Teleconnections and regional climate variations
1137 3 13 1 F
1090 3 13 2 C1255 3 13 3 A

Lei Song

Hyeong-Oh Cho
Deming Zhao
Igor I. Zveryaev

Relative Contributions of Synoptic and Intraseasonal Variations to Strong Cold Events overEastern China
Springtime Extratropical Cyclones in Northeast Asia and their Impacts on Long-Term
ECS
Precipitation Trends
Role of Land Use and Cover Changes in Regional Climate Studies over East Asia

ECS-

Soil Moisture Variability in European Russia and its Links to Regional Climate During
Summer #Vertical Structure of Western Disturbances in the Subtropical Jetstream and Mechanisms
Kieran M R Hunt
ECS
1097 3 13 5 B
Associated with Extreme Rainfall in South Asia
Interannual Variability of Australian Summer Monsoon and its Remote Influence on
Shion Sekizawa
1193 3 13 6 E
Wintertime East Asian Climate
Future Projections of Western Disturbances: A CMIP5 Multi-Model Assessment
Kieran M R Hunt

1410 3 13 4 D

1098 3 13 7 C1045 3 13 8 F1307 3 13 9 D

20

-

ECS

Kai Kornhuber
Lin Wang

ECS-

Increasing Probability of Simultaneous Mid-Latitudinal Heat Waves due to a QuasiStationary Wave 7 Teleconnection Favored by Heterogeneous Surface Warming
Multidecadal Fluctuation of the Wintertime Arctic Oscillation Pattern and its Implication

Theme 41394 41201 41306 4

Atmospheric Impacts and Interactions Related to Tropical Processes

Keynote 1 Garfinkel Chaim 3(Wed) 09:30-10:00-

Keynote 2 Takatoshi
SakazakiOral 1 Shigeo Yoden-

1505 41129 41476 41512 41031 4

Connections between Tropical Convection and the TropicalStratosphere
Tropospheric Response to Downward Propagating Tide from the4(Thu) 08:30-09:00
ECS
Stratosphere3(Wed) 10:00-10:15

Oral 2

George N Kiladis 3(Wed) 10:15-10:30

Oral 3

Laura Holt

Oral 4

Sergey Khaykin 4(Thu) 09:15-09:30

Oral 5

Amit K Pandit

4(Thu) 09:30-09:45

Oral 6

Wen Chen4(Thu) 09:45-10:00

4(Thu) 09:00-09:15

A Series of Numerical Experiments on Stratosphere-Troposphere Two-Way Dynamical
Coupling in the Tropics through Organizations of Moist Convective Systems

Associations between Stratospheric Wave Activity and Tropical
Convection in Various Reanalysis Datasets
Evaluation of Resolved Equatorial Waves and Wave-Driving of theECS
QBO in the QBOi Models
Cross-Tropopause Transport of Water in the Asian Summer
Monsoon from Airborne and Satellite Observations
Long-Term Records of Cirrus Cloud Properties for Climate
ECS
Understanding
Modulation of the QBO on the Impact of ENSO on the South
Asian High in the Following Summer-

1034 4 1

1 B1478 4 1

2 A

1561 4 1

3 A1458 4 1

4 F

1174

4 1

5 D

1238 4 1

6 B

1150

4 1

7 E

1120

4 1

8 C

Vivek Panwar-

Riwal Plougonven-

Kirstin Krueger-

Erik Johansson

ECS

Yoichi Inai
Kai-Wei Chang
I.A. Dion
Ahana K. K.

Suneeth Kuniyil
Viswanathan
Florian1502 4 1 10 D
Ladstaedter
Vanmathi
1099 4 1 11 A
Annamalai
Emmanuel D.
1459 4 1 12 E
RiviereArata Amemiya
1145 4 1 13 B
1082 4 1

9 F

1390 4 1 14 F
1094 4 1 15 C
1429 4 1 16 B

Xiaolu Yan

Temperature Trends and Long Term Variations in the UTLS Region and its Association
with Convection over Indian and Adjacent Region
Impact of Equatorial and Gravity Waves on the Structure and Evolution of TropicalTropopause Layer Cirrus Clouds
The South Asian Summer Monsoon Anticyclone in Reanalysis

How Does Cloud Overlap Affect the Radiative Heating in the Tropical Upper Troposphere/ Lower Stratosphere?
Long-Term Variation in the Mixing Fraction of Tropospheric and Stratospheric Air Masses
in the Upper Tropical Tropopause Layer
Evolution of Tropical Tropopause Temperature Induced by Convective and Stratiform
ECS
Latent Heating
Diurnal Cycle of Ice Water Content Impacted by Deep Convection in the Tropical Upper
Troposphere with an Emphasis over the Maritime Continent
Turbulence Parameter Estimation from Concurrent Measurements of Radar and
ECSRadiosondeRole of Zonal Circulation in the Exchange of Minor Constituents between the Upper
ECS
Troposphere and Lower Stratosphere
Tropical Temperature and Tropopause Trends from Vertically High-Resolved Observations

Theme 4

1. UTLS, inclding TTL and Asian monsoon-

Relationship between Tropical Tropopause and Tropical Easterly Jet Streams over the
Indian Monsoon Region
Estimation of Hydration by Stratospheric Overshoots during TRO-Pico, Brazil: Mesoscale
Simulations of Observational Cases
Characterizing the Quasi-Biweekly Variability of the Anticyclone in the Upper
ECS
Troposphere and Lower Stratosphere over the Asian Summer Monsoon Region
El Nino Southern Oscillation Influence on the Asian Summer Monsoon Anticyclone-

ECS

Saleem Ali-

Noersomadi-

Occurrence of the Cirrus Clouds and its Effect on the Thermal Structure of the TropicalTropopause Layer (TTL)The Influence of Madden Julian Oscillation to the Tropical Tropopause Inversion Layer as
Revealed by COSMIC GPS-RO

2. Stratospheric dynamics, including QBO and SSW
1546 4 2

1 F

1132

4 2

2 D

1403 4 2

3 C1032 4 2

4 E

1136

4 2

5 D

1253 4 2

6 E1287 4 2

7 F

1284 4 2

8 A

1379 4 2

9 B

Jessica Neu-

Nagio Hirota-

Yuanpu Li

ECS

Shingo Watanabe
Tobias
Kerzenmacher
Anne Smith-

Min-Jee Kang-

Andrew C Bushell-

Kylash Rajendran

ECS

Short-Term Trends in Stratospheric Circulation Driven by Seasonal Timing of the QuasiBiennial Oscillation
The Influences of El Nino and Arctic Sea-Ice on the QBO Disruption in February 2016
The Trend of the Planetary Waves and Stratospheric Sudden Warming in the Northern
Hemisphere Related to the Indian Ocean and Maritime Continent Warming
Hindcasts of the 2016 Disruption of the Stratospheric Quasibiennial Oscillation
Regional Teleconnections Revealed by Lagged Correlations between the Quasi-Biennial
Oscillation and Ozone Concentrations
Comparing Observed Equatorial Zonal Winds around the Stratopause with the QBOi
Model Ensemble
Momentum Flux of Convective Gravity Waves Derived from an Offline Gravity Wave
Parameterization: Impacts on the Large-Scale Flow Including the QBO
Coordinated Multi-Model Simulations of the Quasi-Biennial Oscillation
Evaluation of Seasonal Synchronization Tendencies of the QBO in the SPARC QBOi
Project21

1520 4 2 10 C
1532 4 2 11 E
1015 4 2 12 F
1246 4 2 13 A
1166 4 2 14 B1167

4 2 15 C

B. Helen Burgess

ECS

Riwal Plougonven-

Sourabh Bal

ECSPeter Haynes-

Nicholas Tyrrell

ECS

Nicholas Tyrrell

ECS

Mixing and the Potential Vorticity Structure of the Quasi-Biennial Oscillation
Accuracy of Lower Stratospheric Winds in ECMWF Analyses and Forecasts, Assessedfrom Superpressure Balloon Trajectories
Residual Mean Circulation during the Evolution of Sudden Stratospheric Warming
Robust Tropical Responses to Sudden Stratospheric Warmings
The Importance of the QBO Meridional Crculation for Modulating the Polar Vortex in
Climate Models
Analyzing Teleconnections in the QBOi Dataset using Causal Effect Networks

Theme 4

3. Upper-lower atmospheric dynamical coupling, including QBO-ENSO/MJO
1186 4 3

1 D

1138

4 3

2 E

1183 4 3

3 A1005 4 3

4 A1225 4 3

5 D1443 4 3

6 B1384 4 3

7 E1291 4 3

8 C1347 4 3

9 F

1121

4 3 10 D

1292 4 3 11 A
1317

4 3 12 E

1344 4 3 13 C
1348 4 3 14 D

Harry H. Hendon-

Yoshio Kawatani-

Jack Chen-

Matthew H.
Hitchman
Yayoi Harada-

Chiara Cagnazzo-

Lon L. Hood-

Eriko Nishimoto

ECS

Hera Kim

ECS

Froila M. Palmeiro
Takenari
Kinoshita
Nawo Eguchi-

Kevin DallaSanta

ECS

Kunihiko Kodera-

Variations in Vertical Structure of the MJO Associated with the QBO

ENSO Modulation of the QBO: Results from MIROC Models with and without
Nonstationary Gravity Wave Parameterization
Interaction between QBO and MJO Simulated by QBOi Models
Observational Studies of the Direct Influence of the Stratospheric QBO on Tropical Deep
Convection, the Early Years (1961 - 2003)
Relationship between the Boreal Summer Intra-Seasonal Oscillation and the Stratospheric
Quasi-Biennial Oscillation
QBO and ENSO Relationships in Climate Models. Implications for Teleconnection Patterns
and Predictability
QBO/Solar Influence on the Madden-Julian Oscillation: Midlatitude Impacts
Thorough Survey of Zonal-Mean Influence of the Stratospheric QBO on the Troposphere
MJO-Induced Precipitation Change in East Asia and its Modulation by QBO
Dynamics of the ENSO Impact on the Tropical UpwellingOn the Gravity Wave Activities based on Intensive Radiosonde Observations at Bengkulu
during YMC-Sumatra 2017
Stratospheric Dynamical Impact on the Development of Tropical Cyclone
Annular Modes in the Tropical Circulation
Impact of the Tropical Lower Stratospheric Cooling on Deep Convective Activity during a
Boreal Summer Monsoon

4. O3, H2O transport,variability, trends
1236 4 4

1 D

1162

4 4

2 F

1508 4 4

3 E

1117

4 4

4 B

1181

4 4

5 F

1043 4 4

6 C1052 4 4

7 C

1518

4 4

8 D

1140 4 4

9 B1533 4 4 10 E
1109 4 4 11 F
1388 4 4 12 F

22

Anne Thompson

Wuke Wang
Michel Grutter

Variability and Trends in Free Tropospheric and Lower Stratospheric Ozone in the
Tropics from SHADOZ
Decadal Variability of Tropical Tropopause Temperatures and Lower Stratospheric Water
ECS
VapourStratospheric Variability over a Sub-Tropical High Altitude Station in Central Mexico--

Jacob W SmithECSOlga Tweedy

ECS

Determining Stratospheric Water Vapour Variability in a Global Climate Model

The Impact of Tropical SSTs on Interannual Variability of Tropical Lower Stratospheric
Ozone
Response of Stratospheric Water Vapor and Ozone to the Unusual Timing of El Nino
Mohamadouand QBO Disruption in 2015-2016
DialloMadden-Julian Oscillation in Wintertime Ozone in the Upper Troposphere and Lower
Yuli Zhang
ECS
Stratosphere
Anomalously Strong and Rapid Drying of the Tropical Lower Stratosphere in 2016:
Dale F. Hurst
Connections to the QBO and ENSO
Impact of QBO and ENSO on the Stratospheric Water Vapor from the Equator to MidVinay Kumar
ECS
Latitudes
Widening of the Cold Point Tropopause and Implications for Stratospheric Composition
Susann Tegtmeier-

Vered Silverman
Mengchu Tao

Radiative Effects of Ozone Waves on the Northern Hemisphere Polar Vortex and its
Modulation by the QBO
A Lagrangian Model Diagnosis of Stratospheric Contributions to Tropical MidECS
Tropospheric Air

ECS5. Tropospheric dynamics, including precipitation
1050 4 5

2 C1426 4 5

3 F1424 4 5

4 D

1351

4 5

5 A

1250 4 5

6 E

1161

7 B

4 5

4 5

Theme 51277 51365 51397 51383 51142 51448 51521 51252 5-

Priyanka Ghosh

ECS

Ian White

ECS

Judith Berner-

Rongcai Ren-

Hong-Li Ren-

Tieh-Yong Koh-

Jayakrishnan
8 F Pandiyattilillam
Rajan
Tetsuya Takemi
9 C

1228 4 51312

Ken-Chung Ko

The ENSO Effect on Summertime Submonthly Wave Patterns in the Western North PacificConvection Generated High-Frequency Gravity Waves: Comparison between MST Radar
Observations & WRF Simulation
The Salience of Nonlinearities in the Boreal Winter Response to ENSO

Improved ENSO Predictability in Coupled Climate Simulations with Stochastic
Parameterizations
A decomposition of ENSO’ s impacts on the northern winterImpacts of the Super El Nino Events on the Probability of Spring-Summer Extreme
Precipitation in Eastern China
Multi-Scale Interactions in a High-Resolution Tropical-Belt Experiment using WRF Model
Observation and Modelling of the Influence of Synoptic Scale Features on the Sea / LandECS Breeze Circulation during Southwest and Northeast Monsoon Seasons over Northeast-

Coastal Station in Peninsular Malaysia
Control of Tropospheric Stability on the Intensification of Tropical Cyclones

Advances in Observation and Reanalysis Datasets

Keynote 1 Nathaniel Livesey2(Tue) 08:30-09:00-

Keynote 2 Daren Lyu-

2(Tue) 13:30-14:00

Oral 1David Flittner2(Tue) 09:00-09:15

Oral 2

Kaley Walker2(Tue) 09:15-09:30

Oral 3

Jacquelyn C
Witte
Emma Leedham
Elvidge
SusannTegtmeierEdwin Gerber2(Tue) 09:30-09:45

Oral 4
Oral 5
Oral 62(Tue) 09:45-10:00
2(Tue) 14:00-14:15
2(Tue) 14:15-14:30

Beyond the "Golden Age" - Routes to Continuing and Augmenting
the Record of Spaceborne Limb and Occultation Sounders
Atmospheric Profiling Synthetic Observation System in Tibet

Theme 4

1 E

Theme 51148 4 5Stratospheric Aerosol and Gas Experiment III Installed on theInternational Space Station (SAGE III/ISS): On-Orbit Update
The SPARC Water Vapour Assessment II: Overview of Resultsand Characterization of Instruments and Data Records
Twenty Years of SHADOZ: Archiving, Reprocessing, andUncertainties of Tropical Ozonesonde Profiles
Multiple Tracer Gases from Aircraft and AirCores and their
ECS
Potential as Diagnostic Tools for Stratospheric Changes
The Tropical Tropopause Layer in Observations and Reanalysis
Data Sets
The Annular Modes in Reanalyses: The Value of Conventional and- Surface-Observation Only based Reanalyses in the Northern Hemisphere-

1. Interannual variations and climate
1281

5 1 1 E1406

5 1 2 B1463

5 11044 5 1

Amanda C.
Maycock
Craig Long-

Revisiting the Mystery of Recent Stratospheric Temperature Trends

Climatology and Interannual Variability of Dynamic Variables in Multiple Reanalyses
Evaluated by the SPARC Reanalysis Intercomparison Project (S-RIP)
Assessing the Quality of Reanalyses Trends in the Southern Hemisphere StratosphereChiara Cagnazzo
3 F
Troposphere through the Use of CMIP5 Models
Long Term Oscillations Observed Globally in the Middle Atmosphere using COSMIC GPS
Naga Sai Madhavi
ECS
4 C
RO and SABER/TIMED Measurements
Gummadipudi
Improving the Value of Radio Occultation Data for Monitoring Climate in the UTLS
Ulrich Foelsche1160

5 1 5 A1320

5 1 6 D1421

5 1 7 B--

Torsten Schmidt-

Andrea K. Steiner-

Tropopause Characteristics Observed with GPS Radio Occultation Data
Advances in GNSS Radio Occultation for Atmospheric Climate Monitoring

2. Large-scale dynamics
1001

5 2 1 B1226

5 2 2 D

1496
1194

Michal Kozubek

Masatomo
Fujiwara
Jonathon S.
5 2 3 C
WrightPaul Konopka
5 2 4 EECS-New Reanalyses and How They Behave in the Middle Atmosphere
SPARC Reanalysis Intercomparison Project (S-RIP)
Assessing Diabatic Signatures of Upwelling near the Tropical Tropopause in Reanalyses
How Robust are Stratospheric Age of Air Trends from Different Reanalysis Data Sets
and Different Methods?
23

Theme 51335

5 2 5 D1534

5 2 6 F1134

5 2 7 E1345

5 2 8 A

1378

5 2 9 F1382

5 2 10 B

1431

5 2 11 A

1548

5 2 12 C1187

5 2 13 B

Simon Chabrillat-

Hella Garny-

Kaoru Sato-

Froila M. Palmeiro-

Michaela Hegglin-

Corwin Wright-

Bernard Legras-

James Anstey

-

1319

Yoshihiro
Tomikawa
Toshihiko Hirooka
5 2 14 D1413

5 2 15 C1170

5 2 16 E1542

5 2 17 F

1278

5 2 18 A1135

5 2 19 B

Hua Lu-John McCormack-

Steven Pawson-

Dai Koshin
Noriyuki Nishi

ECS-

Comparison of Mean Age of Air in Five Reanalyses Using the BASCOE Transport Model
Brewer-Dobson Circulation Inter-Comparison Based on Reanalyses and Models
The Climatology of Brewer-Dobson Circulation and the Contribution of Gravity Waves
Reanalyses Performance in Representing Major Sudden Stratospheric Warmings
Seasonal and Regional Variations and Long-Term Trends in Upper Tropospheric Jets
from Reanalyses
How Well Do Stratospheric Reanalyses Reproduce High-Resolution Satellite Temperature
Measurements?
Comparison of the Cloud Properties of Five Modern Reanalyses with Satellite Based
Products in the TTL
How Well Do Reanalyses Represent the Quasi-Biennial Oscillation?
Comparison of Climatological Atmospheric Fields in the Upper Stratosphere and Lower
Mesosphere between Multiple Reanalysis Data
Intercomparison of Dynamical Fields in the Middle Atmosphere Revealed in Global
Reanalyses
Solar Cycle Modulation of the North Atlantic Oscillation: The Role of Rossby Wave
Breaking, Internal Wave Reflection and Critical Layer Instability
Investigation of Planetary Waves and Tides in a High Altitude Meteorological Analysis
SystemGlobal Assimilation of X Project Loon Stratospheric Balloon Observations
A Study on the Optimal Data Assimilation System for the Whole Neutral Aatmosphere
Cirrus Cloud-Top Height Estimation using Geostationary Satellite Split-Window
Measurements Trained with CALIPSO and CloudSat data

3. Gravity waves and turbulence1027

5 3 1 C1396

5 3 2 D1445

5 3 3 E

Corwin Wright-

Neil Hindley

ECSPeter Preusse-

Masashi Kohma-

3D Measurements of Atmospheric Gravity Waves, in Observations and Reanalyses
Three-Dimensional Satellite Observations of Gravity Waves around the Southern Wintertime
Polar Vortex: Separating Contributions from Orographic and Non-Orographic Sources
A Test of the Polarization Relations Based on 3D GLORIA and In Situ Data

Seasonal Variation of Energy Dissipation Rate Derived from Radar and Radiosonde
Observations at Syowa Station in the Antarctic
The Intermittency of Gravity Waves Momentum Fluxes in the Antarctic Troposphere andYuichi Minamihara
5 E
Lower Stratosphere Revealed by the PANSY Radar Observation
Gravity Wave Characteristics in the Winter Antarctic Mesosphere by a Long-Term
Ryosuke Shibuya
ECS
6 D
Numerical Simulation Using a Non-Hydrostatic General Circulation Model
Characterisation of Mountain Waves in the Tropopause Region Using MTP Measurements
Mareike Kenntner1212

5 3 4 F

1289

5 3

1314

5 3

1372

5 3 7 B1481

5 3 8 F

1449

5 3 9 C-Paul Konopka-

Hye-Yeong Chun-

Vertical Diffusivity in the Tropical Upper Troposphere-Lower Stratosphere in the LagrangianTransport Model ClaMS and Comparison with In Situ Observations of Turbulence
Increased Access to High-Resolution Radiosonde Data - New Science Prospects for
FISAPS

4. Trace gases and aerosols (combined dataset)

1474

Krzysztof
5 4 1 B
WarganBirgit Hassler
5 4 2 D1334

5 4 3 C1220

5 4 4 F1299

5 4 5 D1386

5 4 6 B1210

5 4 7 E1216

5 4 8 C1371

5 4 9 F1125

5 4 10 D

1524

5 4 11 A

1260

24

-

Ryan M Stauffer

ECS

Nathaniel Livesey-

Sean Davis
Mengchu Tao
Farahnaz
Khosrawi
Niall J Ryan

Long-Term Ozone Variability and Trends from Reanalyses
An Updated Version of a Gap-Free Monthly Mean Zonal Mean Ozone Database
Evaluation of MERRA-2-based Ozone Profile Simulations with the Global Ozonesonde
Network
Characterizing Sampling and Screening Biases in Solar Occultation and Limb Sounders

Assessment of Upper Tropospheric and Stratospheric Water Vapor and Ozone inReanalyses as Part of S-RIP
Multi-Timescale Variations of Modelled Stratospheric Water Vapor Derived from
ECS
Different Reanalysis Products
The SPARC Water Vapour Assessment II: Comparison of Stratospheric and Lower
Mesospheric Water Vapour Time Series Observed from Satellites
Global Cl Species Climatologies from Measurements and Modelling-

ECS

Quentin Errera-

Henda Guermazi

ECS

Andrea Stenke-

BASCOE Reanalysis of Aura MLS (BRAM)
The Simultaneous Retrieval of Volcanic Sulphur Dioxide and Sulphate Aerosols from TIR
Spectra: Analysis of Satellite and Ground-Based Observations
The Basis and Development of the CMIP6 Stratospheric Aerosol Record

5. Trace gases and aerosols (satellite)1545

5 5 1 B1375

5 5 2 F

1285

5 5 3 C

1523

5 5 4 A1304

5 5 5 D1543

5 5 6 B1323

5 5 7 E1437

5 5 8 C

1333

5 5 9 F1110

5 5 10 D

Juying Warner-

Kaley Walker-

Ghassan Taha-

Robert Damadeo-

Marilee Roell-

Landon Rieger

ECS

Michael C Pitts-

Masato Shiotani-

Makoto Suzuki-

Daniel J. Zawada

ECS

Upper Tropospheric Ammonia Detected from AIRS

Long-Term Validation for the Atmospheric Chemistry Experiment (ACE) Satellite Mission
Comparison of SAGE III/ISS Ozone and Aerosol Profiles with Correlative Measurements
The Stratospheric Aerosol and Gas Experiment (SAGE) IV Pathfinder
Validation of the SAGE III on ISS Science Data Products
Multiwavelength Limb Scattering Aerosol Algorithm and Application to the OSIRIS
DatasetSAGE III/ISS Temperature and Pressure Research Products
Satellite Observation of the Whole Atmosphere - Superconducting Submillimeter-Wave
Limb-Emission Sounder (SMILES-2)
Sensitivity Analysis for Submm/THz Limb Sounder, SMILES-2 Proposal
The University of Saskatchewan OMPS-LP Data Products

6. Trace gases and aerosols (in situ/ground-based)

5 6 1 E1185

5 6 2 B1374

5 6 3 F1234

5 6 4 C

1418

5 6 5 B1536

5 6 6 E1556

5 6 7 C

1464 5 6 8 F
1503

5 6 9 D1139

5 6 10 A

1452

5 6 11 E

Jacquelyn C
Witte
Klara Cizkova-

Klara Cizkova-

Anne Thompson-

Franziska Schranz

ECS

Akira Mizuno
Thierry Leblanc
Johannes C.
Laube
Linjun Pan
Teresa Jorge
Junko Suzuki

Celebrating 50 Years of the Wallops Island, VA, USA Ozone Program

Eight Years of B199 Brewer Umkehr Measurements at the Marambio Base, Antarctic
Peninsula
Variability Modes of Umkehr Vertical Ozone Profiles at Marambio, Antarctica
Quality Assurance in Ozonesonde Data: The JOSIE-SHADOZ (2017) Experience

Middle Atmospheric O3 and H2O Measurements by Ground-Based Microwave Radiometry
in the Arctic
A Millimeter-Wave Spectrometer Equipped with a New Frequency Multiplexer for
Simultaneous Multi-Line Observation
Re-Analysis and Validation of the Ozone, Temperature and Water Vapour Lidar LongTerm Time-Series at Table Mountain Facility and Mauna Loa Observatory
An Overview of Recent Findings from Halogenated Trace Gas Observations in the
Troposphere and Stratosphere
Simulations in the Terahertz Band on the Plateau by Two Different Radiative Transfer
ModelsPeltier Cooled Frost Point Hygrometer: PCFH - Future Instrument for Balloon Borne
ECS
Water Vapor Measurements in the UTLS
Primary Results of the Ozone Variability and the Dehydration Process in the UTLS
During YMC-Sumatra 2017 Field Campaign

Theme 51143

7. Lower troposphere and surface1363

5 7 1 D1101

5 7 2 B1358

5 7 3 E1013

5 7 4 C

1231

5 7 5 F1355

5 7 6 D1332

5 7 7 E1417

5 7 8 B1420

5 7 9 F1041

5 7 10 C

Jin Li

Nirmala Bai
JadalaTianbao Zhao-

Estimation of GPS Water Vapour Using Collocated Simultaneous MET Data and Interpolated Automatic Weather

ECS Station Data from India Meteorological Department Hyderabad at a Distance of Approximately 30 km-

Minha Naseer

ECS

Andrew Turner-

Rui Li-

Torsten Schmidt-

Sarkar Md.Riad
Pavel
Chuyong Lin
Cheima Barhoumi

Application of Extensive Air Monitoring Network: Development of National Land Use
Regression for Air Pollution Exposure in China

ECS

Surface Relative Humidity Changes in Reanalysis and Observations

Assessment of Drought in Regions of Pakistan Using NDVI in Relation to Different
Rainfall Regimes
Emerging Results from the INCOMPASS Field Campaign of the 2016 Indian Monsoon
Satellite Observed Impacts of Wildfires on Regional Atmosphere Composition and the
Shortwave Radiative Forcing: A Multiple Case StudyA Comparison of Precipitable Water Values from GNSS Ground-Based, GPS Radio
Occultation and Reanalysis Above Oceanic Regions
Acceptibility of Black Carbon Instead of Particular Mass Concentration as an Indicator
for Traffic Related Partricles in Dhaka CityA New Top-Down Approach to Quantifying the Spatial, Temporal, and Vertical Distribution of
Urban and Biomass Burning Regions Using Decadal Measurements from MOPITT

Holocene Fire History and Vegetation Dynamic in Komi Republic, Urals Region, Russia

25

Theme 61559 61558 61554 6

Keynote 1 Guy Brasseur5(Fri) 08:30-09:00-

Keynote 2 Robert Carver

5(Fri) 09:30-10:00-

Keynote 3 Erica Key

5(Fri) 13:30-14:00-

1416 61517

61327 61515

SPARC Science for Society

61075 6

Oral 1
Oral 2

Donald J.
WuebblesPaul Young

5(Fri) 09:00-09:15
5(Fri) 09:15-09:30-

Oral 3

Taoyuan Wei

5(Fri) 14:00-14:15-

Oral 4Federico Fierli5(Fri) 14:15-14:30-

Oral 5Karin Van Der
Wiel

5(Fri) 14:30-14:45-

ECS

The New Strategic Plan of the World Climate Research
Programme
Project Loon: Balloon-Powered Internet for Everyone
Advancing Climate Resilience through Transdisciplinary
Approaches
Particulate Matter and Ozone Prediction and Source Attribution
for Air Quality Management in a Changing Climate
UV, the Biosphere, the Carbon Cycle and the World Avoided by
the Montreal Protocol
Impact on Agricultural Production of Extreme Weather EventsThe Evaluation and Quality Control of Observational ECVs for
the Copernicus Climate Service
More Accurate Assessment of Climate Induced Impacts

1. Cliamte change impacts on extremes
1063 6 1

1 C1205 6 1

2 D1106 6 1

3 E1230 6 1 4 F

Theme 61470 6 1

26

5 A

Saran Aadhar-

Sarah Sparrow-

Catrin Kirsch-

Andrew Turner-

Scott M Osprey-

Roberta
1362 6 1 6 B
D'Agostino
Theodore G.
1560 6 1 7 C
Shepherd

ECS-

Increasing Drought Frequency in 1.5 Degree and 2.0 Degree Warming World over South
Asia
Attribution of 2017 Brahmaputra Floods: Implications for Loss and Damage
ENSO's Different Flavors and Global Patterns of Seasonal Climate Anomalies in
Troposphere and Stratosphere
Better Understanding of Interregional Teleconnections for Prediction in the Monsoon
and Poles (BITMAP)
Globally Observed Teleconnections in a Hierarchy of Atmospheric Models - GOTHAMPaCMEDy - Palaeoclimate Constraints on Monsoon Evolution and Dynamics
Storyline Approaches to Regional Climate Change

2. Climate and society
1100 6 2

1 B1337 6 2

2 F1083 6 2

3 A

1079 6 2

4 D1175 6 2

5 E1035 6 2

6 F

1468 6 2

7 A

M.F Fossa Riglos

ECS

Neil Harris-

Vimal Mishra-

Ye Shu-Hye-min Kim-

Tianyi Zhang-

Xiaoyu Ren-

Building a Climate Knowledge Co-Production Dialogue: An Implicated Science Experience
Potential Economic Benefit of Reduced SO2 Emissions during the South Asian Monsoon

Impacts of Rising Heat on Crop Yields in India
Study on Outdoor Thermal Comfort of Urban Microclimate in the Urban Street in a Hot
Subtropical Area of China
Estimation of the Electricity Demand Function in Jeju-Island using Temperature Variable
Biases in Simulation of Rice Phenology Model under Warmer Climate: Compared with
Four Models in Five Asian Countries
The Experiment of Stratosphere Turbulence Observation with Resolution Sounding