Simulations
12 October 2021, 8 November 2021, 4 December 2021, 16 January 2022, 13 February 2022,20 March 2022
Simulations
fnl3dWSM6_noUCM_YSU_adjustT_lat
chem3.5.1fnl2d_Brazil
chem3.6.1fnl2d_Brazil
chem3.6.1fnl2d_Brazil_MozartICBC
chem3.6.1fnl2d_Brazil_MozartICBC_48hr
chem3.6.1ERA2d_Brazil_MozartICBC
chem3.6.1fnl2d_Brazil_doEvolvedDuetoDiffAttriEmission
chem3.9.1ERA2d_NewZealand_MozartICBC_MEGAN
chem3.9.1ERA1d_Peru_MozartICBC
chem3.9.1ERA2d_Peru_MozartICBC
chem3.9.1ERA2d_Peru_CAM-chemICBC
chem3.9.1ERA2d_Peru_CAM-chemICBCVocano
chem3.9.1ERA2d_Peru_CAM-chemICBCVocanoAdv_opt2
chem3.9.1ERA2d_Peru_CAM-chemICBC3VocanoAdv_opt2
chem3.9.1FNL025_2d_Peru_CAM-chemICBC4VocanoAdv_opt2
chem4.3.3FNL025_2d_Peru_CAM-chemICBC4VocanoAdv_opt2
chem4.3.3FNL025_2d_Peru_WACCMICBC4VocanoAdv_opt2
chem4.3.3FNL025_2d_Peru_WACCMICBC_SabancayaUbinas
chem4.3.3FNL025_2d_Peru_WACCMICBC_Sabancaya
chem4.3.3FNL025_2d_CONUS_WACCMICBC
chem4.5.2FNL025_2d_Peru_WACCMICBC_Sabancaya
chem4.5.2FNL025_2d_Peru_WACCMICBC_SabancayaRMChachani
Obs
WRF Version
3.6
3.5.1
3.6.1
3.9.1
4.3.3
4.5.2
PBL scheme
YSU
Initiation Time
2014061900
2014061818
2014061812
2014061800
------case 2----------
2014101600
2014101700
2014101500noradar
2014101500
2014101412
---Peru Project---
2019010100
2019010200
2019010300
2019010400
2019010500
2019010600
2019010700
2019010800
2019010900
2019011000
2019011100
2019011200
2019011300
2019011400
2019011500
2019011600
2019011700
2019011800
2019011900
2019012000
2019012100
2019012200
2019012300
2019012400
2019012500
2019012600
2019012700
2019012800
2019012900
2021101200
2021061500
2022110900
2023080600
Initiation Time
4 Adv_opt2
yr:
2023
2022
2021
2019
2018
2017
2016
2015
2014
2013
2012
2011
2010
2009
2008
2007
2006
2005
2004
2003
2002
mo:
01
02
03
04
05
06
07
08
09
10
11
12
day:
01
02
03
04
05
06
07
08
09
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
Domain:
20km-run
d02 4km
d03 1km
Variables:
TS_PM25
CO
o3profile
coprofile
T2
Q2
TH2
WSP900hPa
WSP800hPa
Temperature850hpa
Temperature600hpa
Temperature550hpa
Temperature500hpa
WSP10m
PSFC
integratedQCLOUD
mdbz
CMORPH_Precip
Satellite_Precip
co
XSO2_Tropomi
XSO2_Tropomi_combSwatch
MODIScloud_southAmerica
so2
vorticity_Theta_crossSN
vorticity_Theta_crossSNcombine6AM
N2_Theta_crossSN
SO2_crossSN
SO2_crossSN0basedcorrect
SO2_crossSNstart2
SO2_crossSN2
SO2_crossSNdetail
SO2_crossSNdetailintermedia
SO2_crossSN2combine
SO2_crossSNcombine
WSP_crossSNcombine6AM
SO2_crossSNcombine6AM
SO2_crossSNcombine6AMdetail
so2_zoomin_lyr30combine6AM
so2_zoomin_lyr30combine
so2_zoomin_lyr31combine
so2_zoomin
so2_zoomin_lyr2
so2_zoomin_lyr4
so2_zoomin_lyr6
so2_zoomin_lyr8
so2_zoomin_lyr10
so2_zoomin_lyr12
so2_zoomin_lyr14
so2_zoomin_lyr16
so2_zoomin_lyr18
so2_zoomin_lyr20
so2_zoomin_lyr22
so2_zoomin_lyr24
so2_zoomin_lyr26
so2_zoomin_lyr28
so2_zoomin_lyr30
so2_zoomin_lyr31
so2_zoomin_lyr32
so2_zoomin2
so2_zoomin2_lyr2
so2_zoomin2_lyr4
so2_zoomin2_lyr6
so2_zoomin2_lyr8
so2_zoomin2_lyr10
so2_zoomin2_lyr12
so2_zoomin2_lyr14
so2_zoomin2_lyr16
so2_zoomin2_lyr18
so2_zoomin2_lyr20
so2_zoomin2_lyr22
so2_zoomin2_lyr24
so2_zoomin2_lyr26
so2_zoomin2_lyr28
so2_zoomin2_lyr30
so2_zoomin2_lyr31
so2_zoomin2_lyr32
O3
E_SO2
E_NH3
E_CO
E_NO
EBIO_API
EBIO_ISO
EBIO_API_zoom
EBIO_ISO_zoom
o3_crossWE
emission
emission V1.3
PBLH
SM_ERA
SM000007_ERA
swvl1
sshf
ishf
ishf_upwardPositive
ISHF_GDS4_SFC
PBLH_advection
RETROEmissChina
LU
HGT
WSPDOverlayObs
W
CAPE
MCIN
W_cross
T_cross
T_cross_diffFromOra
Wlayer1
Wlayer3
Wlayer4
Wlayer5
Wlayer6
Wlayer7
Wlayer8
Wlayer9
Wlayer10
Wlayer11
Wlayer12
Wlayer13
Wlayer14
Wlayer15
Wlayer16
Wlayer17
Wlayer18
Wlayer19
Wlayer20
Wlayer21
Wlayer22
Wlayer23
Wlayer24
Wlayer25
Wlayer26
Wlayer27
SWDOWN
Tlayer13
Tlayer14
Tlayer16
Tlayer17
Tlayer0
Tlayer1
Tlayer2
Tlayer3
Tlayer4
Tlayer5
Tlayer6
Tlayer7
QVAPORlayer6
QVAPORlayer7
QVAPORlayer8
QVAPORlayer9
QVAPORlayer10
QVAPORlayer11
WSPlayer0
WSPlayer1
WSPlayer2
WSPlayer3
WSPlayer4
WSPlayer5
WSPlayer6
WSPlayer7
WSPlayer11
TSK
DEP_VEL
o3OverlayObs
o3OverlayObsAQSinfo
o3OverlayObsO3layer7
o3layer7
o3layer8
o3layer9
o3layer11
o3layer13
O3Flux vertical
O3Flux Horizon
O3mixedlayers_Flux Horizon
O3layer11Flux Horizon
O3layer11FluxSN Horizon
Vlayer11
O3gradientSN
O3layer11gradientSN
EXCH_H
EXCH_Hlayer1
ContributionV
ContributionVoverlayT2
ContributionH
ContributionHoverlayT2
ContributionHandV
ContributionHandVinFLUX
NOx
TG_URB
GRDFLX
HFX
QFX
LH
TSLB
QVAPOR
SMOIS
SMOISdiff
TSKdiff
thetaWinds_crossSN
theta_crossSN
theta_crossSNcombine6AM
T_crossSN
T_crossSNpartial
TandWSP_crossSNpartial
TandWSP_crossSNpartialHigh
TandEXCH_H_crossSNpartial
TandO3_crossSNpartialcontinuous
o3_crossSN
o3_crossSNupto2.5km
NOx_crossSN
T_crossSNstremline
WSP_crossSN
W_crossSN
QVAPOR_crossSN
TS_HFX_PBLH2days
TS_T2_at_PW14_6Mesonet
TS_T2_at_6Mesonet
TS_LH_at_6Mesonet
TS_UHII
TS_UHII2days
TS_UHII_PBLH2days
TS_o3_at_6Ozone
TS_NOx_at_6Ozone
TS_UST
TS_GRDFLX
TS_HFX
TS_LH
TS_SWDOWN
TS_WSP10m
TS_WSP10mallMesonet
TS_T2allMesonet
TS_Meteo at NRMN
TS_MeteoPressure at NRMN
TS_Meteo at NRMN + O3
QVAPORprofile
UHIprofile
UHInormalUnitprofile
DiffWSPprofile
DiffTpotentialprofile
Tpotentialprofile
TpotentialprofileNARRvsFNLsoil
ThetaVprofile
coDomainMeanprofile
NOxprofile
EXCH_HprofileCom
EXCH_Hprofile
TKE_PBLprofile
WSPprofile
MeanInversion
ANLprofilertime_height_WSPD
ANLprofilertime_height_WSPDoverlay
ANLprofilertime_height_QCLOUD
LLJstrength
 
University of Oklahoma, CAPS
Xiao-Ming Hu
Comments?
Select speed:
normal
fast
slow
 
Literature
Fig. 1
terrain & average XSO2
Fig. 2
FT plume case
Fig. 3
Tropomi XSO2 case
Fig. 4
500hPa
Fig. 5
SO2 cross from Sabacanya to Arequipa
Fig. 6
theta cross
Fig. 7
SO2 cross
Fig. 8 sounding
part 1
;
part 2
; ln 2023051700/wrfout_d02_2023-05-18_12:00:00 to 2023051800
Fig. 9
vorticity cross
Fig. 10
SO2 cross RMChachani
Fig. 11
TS theta cross
Fig. 12
TS SO2 cross
Fig. 13 Idealized simulation
ARPS
(
Xingliang
)