amp IRWG Collaborations J Hannigan M De Mazière Candidate Sites Addis Ababa Ethiopia Thomas Blumenstock KIT amp Gizaw Mengistu Tsidu UAA Candidacy effort in process ID: 815055
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Slide1
New Sites, Possible Sites & IRWG Collaborations
J Hannigan
M. De
Mazière
Slide2Candidate SitesAddis Ababa, Ethiopia
Thomas
Blumenstock
- KIT &
Gizaw
Mengistu
Tsidu
- UAA
Candidacy effort in process
Slide3Addis Ababa
Milkessa
Gebeyehu
, Samuel
Takele
, Gezahegn Sufa and Gizaw Mengistu Tsidu (PhD.), Addis Ababa University, Addis Ababa, EthiopiaThomas Blumenstock, Frank Hase, KIT Karlsruhe, Karlsruhe, Germany
9.0° N, 39.0° E, 2443 m
a.s.l.
Set up of Bruker 120/125M in May 2009 MCT (PV) + InSb detector Spectral resolution: 0.008 cm-1 Measurements started in May 2009Fully operational since Nov. 2009 2009: 25 days of observation
Slide4Possible Future SitesARM- Southern Great Plains, US
J. Hannigan – NCAR
Karlsruhe, Germany
Frank
Hase
, Thomas
Blumenstock – KIT Karlsruhe
Slide5ARM Southern Great Plains FTS
On site visit in 2009
Verbal agreement for jumpstart funding
Operational – same instrument as Thule
Would require upgrade
Mid 1990’s dataset in hand at NCAR
Requires new personnel Correlative observations
Flight overpasses TCCON instrument on site
Sondes, AERI, H2O LIDAR…
Future GRUAN site?
Slide6KIT, Campus North, Karlsruhe
New container with spectrometer
Bruker
125 HR
NIR & MIR (
InGaAs-
& InSb-Detector) GHG measurements in Karlsruhe (CO
2, CH
4, N2O)
Fills the gap between Orleans and Bialystok sites Improving the precision Meteorological tower at site (200 m) Flat topography; ideal for sat. valid.: (GOSAT, OCO-2)
Slide7KIT, Campus North, Karlsruhe
7
Thomas Blumenstock, NDACC-IRWG, June 2 – 7, 2010
Impres
Container, Model ‘Bremen‘
Bruker
125 HR
BS: CaF
2
InGaAs InSb Operational since Sept. 2009Validation with airborne in-situ in Sept. 2009 (IMECC campaign)
2009: 14 days of observation
Frank Hase, Michael
Gisi
, Thomas Blumenstock
KIT, IMK-ASF Karlsruhe
Slide8CollaborationsSt. Petersburg, Russia
Yuri
Timofeyev
and Maria
Makarova
- St. Petersburg State University
Tomsk, RussiaLeonid Sinitsa, Boris Voronin - V.E. Zuev Inst. of Atmospheric OpticsBejing, ChinaWenguang Bai, Dr. Peng Zhang, National Satellite Meteorological Center, T. Blumenstock, F. Hase – KITMexico CityM. Gutter de la Mora, W. Stremme – UNAM, T Blumenstock - KITKoreaTea-Young Goo –Nat. Inst. Meteo. Res., Y. Kasai – NICT, J. HanniganKorea
Limseok Chang, Soyoung Kim – Nat. Inst. Environ. Res., Saewung
Kim, J Hannigan - NCAR
Slide9Atmospheric spectroscopy group
at the St. Petersburg State University, Faculty of Physics, Dept. of Atmospheric Physics (from left to right in the photo):
Maria
Makarova
(data originator,
zaits@troll.phys.spbu.ru
) Anton Rakitin (data originator, kit@troll.phys.spbu.ru)Anatoly Poberovsky (group leader, avpob@troll.phys.spbu.ru)Sergey Osipov (technician)
St. Petersburg, Russia
Slide10St.Petersburg
(Russia)
Latitude:
59.88
N
Longitude: 29.83 EAltitude: 20 masl
.Measurements are carried out in south-west suburb of St. Petersburg (Peterhof
, 30 km from the city center).
There are about 90-100 measurement days during the year. Distribution of the measurement days (1998-2009 period were used) St. Petersburg, Russia
Slide11Current status:
1. CH4 and CO total column amount (TCA) measurements have been carried out by grating spectrometer (low resolution ~0.4-0.6 cm
-1
) from 1991 and 1995 respectively.
2. Measurements of direct solar IR radiation using
Bruker
IFS125HR were started in January 2009. 3. Draft results of H2O, CH4, N2O, CO, CO2,C2H6, HCl, and O3 TCA measurements were obtained.Plans:1. To widen list of trace gases retrieved from FTIR measurements.2. To unify time series of CH4 and CO TCA measured by grating spectrometer (1991-2010) and Fourier-interferometer
Bruker (2009-2010). 3. To retrieve elements of vertical distribution of trace gases in the atmosphere.
St. Petersburg, Russia
Slide12Daily average values
(
draft data
)
of H2O, CH4, N2O, CO, CO2, C2H6, HCl, and O3 TCA (Peterhof, March 15 to August 15, 2009).
St. Petersburg, Russia
Invited to last
& next IRWG
Slide13Tomsk, Russia
Leonid
Sinitsa
, Boris
Voronin
- V.E.
Zuev Inst. of Atmospheric OpticsIn Contact with Karlsruhe & NCAR for retrieval softwareAcquiring new solar trackerInvited to NDACC/IRWG 2011
Slide14Wenguang
Bai, Dr. Peng Zhang
National
Satellite
Meteorological
Center Beijing, ChinaBruker 120M in Beijing since 10 yearsAtmospheric observations started recentlyvisited us in April 2009 tolearn PROFFIT (F. Hase)
visit at Bruker
(A. Keens, G. Surawicz)improve spectra
Cooperation with China
Slide15Mexico CityM. Gutter de la Mora, W.
Stremme
– UNAM,
T
Blumenstock
– KIT
Emission FTS : Atmospheric and volcanic observationsSite near Popocatepetl at Paso de Cortes 3800maslUpgraded 125HR in processInvited to next IRWG
Slide16Mexico City
Slide17Mexico City
Slide18KoreaTea-Young Goo –Nat. Inst.
Meteo
. Res.,
Y
. Kasai –
NICT J. Hannigan - NCARAERI
Slide19KoreaLimseok
Chang,
Soyoung
Kim – National Institute Environmental Research
Saewung
Kim, J Hannigan – NCAR
Part of larger NCAR engagement in KoreaDeploy ‘airborne’ FTS to Gosan, JeJu Is for ~months33ºN 127ºE 47masl