Dataset Title YAK-AEROSIB Project: Regional airborne observations of the atmospheric chemical composition in Eurasia
Dataset Purpose The Airborne Extensive Regional Observations in Siberia (YAK-AEROSIB) French-Russian project aims to fill the existent gap of large scale observations of the chemical composition of the Siberian air shed, Systematic observations of atmospheric concentrations in CO2, CH4, CO, O3 and aerosols over the interior of Eurasia
Dataset Abstract New aircraft high-precision measurements of the vertical distribution of CO2, CH4, CO, O3 and aerosol are performed in the Siberian troposphere on transects of more than 8000 km, and also new and existing datasets are analyzed. This projects builds upon the successful YAK-AEROSIB GDRE project (2003-2010).
Acquisition Methodology Each campaign consists typically of 4 flights sampling the same transect of the troposphere, connecting Novosibirsk and Yakutsk and back. A series of around 26 vertical profiles are collected during each campaign. Each profile takes about 30 minutes, including horizontal plateaus at 0.5 and 7 km, and at 5 km on descents. The flights are performed in all-weather conditions, and flight pattern may be altered to avoid large clouds. The times of flights were dependent on logistical constraints. Diurnal variations of the BL height are expected to affect the comparability of individual profiles, but these differences tend to compensate over a whole flight, when making composite profiles.
Quality The quality of the measurements is linked to each individual campaign.
Dataset DOI
Access Constraints Data are available upon request. Please contact: Jean-Daniel Paris
Use Constraints Please consider the following fair-use data policy as cited in the project website: 1. Inform us, early in the research, about the expected use of the data. 2. If the research is going to be published, consider offering co-authorship to relevant PI of the project when appropriate. 3. If the research is going to be published, please cite the overview paper (Paris et al., B. Am. Meteorol. Soc., 91 (5), 625-641, 2010) and acknowledge the data source, e.g. “data obtained from the LIA YAK-AEROSIB with support from CNRS, CEA and ANR in France and RFBR and RAS in Russia” 4. Do not distribute the data to other groups. We will be happy to provide them with the data without delay.
Keywords Aircraft, atmosphere, chemical composition, Siberia, field campaigns, YAK-AEROSIB, Arctic
Status In work
Temporal Coverage
Start Date 2006-04-11
Stop Date
Project 0
Project short Name YAK-AEROSIB
Project long Name YAK-Airborne Extensive Regional Observations in Siberia
URL https://yak-aerosib.lsce.ipsl.fr
Description The YAK-AEROSIB project aims to establish systematic airborne observations of the atmospheric composition over Siberia. YAK-AEROSIB is a bilateral cooperation coordinated by researchers from LSCE in France and IAO in Russia, involving teams from several laboratories in both countries, and active in several international collaborations.
URL Type VIEW PROJECT HOME PAGE
Contact 0
Role
Full Name Paris Jean-Daniel
Email Jean-Daniel.Paris@lsce.ipsl.fr
Phone +33(0)169081700
Fax
Organism short Name LSCE
Organism long Name Laboratoire des Sciences du Climat et de l'Environnement
URL http://www.lsce.ipsl.fr/index.php
Description
URL Type VIEW PROJECT HOME PAGE
Address (Line1) LSCE, CEA Saclay
Address (Line2) Orme des Merisiers
City Gif-sur-Yvette CEDEX
Postal Code 91191
Country France
Parameter 0
Category EARTH SCIENCE/ATMOSPHERE/AEROSOLS/AIR QUALITY
Parameter Equivalent black carbon (EBC: Mass concentration of black carbon dry aerosol in air)
Units micrograms per cubic meter ( μg/m3)
Accuracy 0.1 g/m3
Parameter 1
Category EARTH SCIENCE/ATMOSPHERE/AEROSOLS/PARTICULATE MATTER
Parameter Total number of particulate concentration (Mass concentration of ambient aerosol in air)
Units per cubic centimeter (1/cm3: 1e-3 m)
Accuracy 10%
Parameter 2
Category EARTH SCIENCE/ATMOSPHERE/ATMOSPHERIC WATER VAPOUR
Parameter water vapour concentration (mass concentration of water vapour in air)
Units percent (%: 0.01)
Min/Max Values 0 / 100
Parameter 3
Category EARTH SCIENCE/ATMOSPHERIC CHEMISTRY/OXYGEN COMPOUNDS
Parameter Ozone (O3: mass concentration of ozone in air)
Units Part per billion (ppb: NULL)
Accuracy 2 ppb
Parameter 4
Category EARTH SCIENCE/ATMOSPHERIC WIND/WIND PROFILES
Parameter Wind speed
Units meters per second (m/s)
Parameter 5
Category Earth Science/Atmospheric chemistry/Carbon compounds
Parameter Carbon dioxide (CO2: Mass concentration of carbon dioxide in air/ mass fraction of carbon dioxide in air)
Units Part per million (ppm: NULL)
Parameter 6
Category EARTH SCIENCE/ATMOSPHERIC CHEMISTRY
Parameter Relative humidity (rh: Relative humidity)
Units percent (%: 0.01)
Accuracy 7 %
Parameter 7
Category EARTH SCIENCE/ATMOSPHERIC TEMPERATURE/AIR TEMPERATURE
Parameter Wet bulb potential temperature (WBPT: Wet bulb temperature)
Units degree_Celsius (°C: K @ 273.15)
Accuracy 0.5 degC
Datacenter short Name
Datacenter long Name
Address (Line1)
Address (Line2)
City
Postal Code
Country
URL
Description
URL Type
Reference 0
Reference Title New insights on the chemical composition of the Siberian air shed from the YAK AEROSIB aircraft campaigns
Authors Paris J-D, P Ciais, P Nedelec, A Stohl, BD Belan, MY Arshinov, C Carouge, GS Golitsyn, and IG Granberg
Publication Date 2010-05-01
Series
Edition
Volume 95
Issue 5
Report_number
Publication Place
Publisher American Meteorological Society
Pages 625-641
ISBN
DOI 10.1175/2009BAMS2663.1
Other reference details
URL https://yak-aerosib.lsce.ipsl.fr/lib/exe/fetch.php?media=shared:paris10_bams_yakoverview.pdf
Description
URL Type ON-LINE ARCHIVE
Reference 1
Reference Title The YAK-AEROSIB transcontinental aircraft campaigns: new insights on the transport of CO2, CO and O3 across Siberia
Authors Paris, J.-D., P. Ciais, P. Nedelec, M. Ramonet, B.D. Belan, M. Yu. Arshinov, G.S. Golitsyn. I. Granberg, A. Stohl, G. Cayez, G. Athier, F. Boumard and J.-M. Cousin
Publication Date 2008-05-15
Series
Edition
Volume 60B
Issue
Report_number
Publication Place
Publisher Tellus Series B Chemical and Physical Meteorology
Pages 551-568
ISBN
DOI
Other reference details
URL http://www.tellusb.net/index.php/tellusb/article/viewFile/16944/18902
Description
URL Type ON-LINE ARCHIVE
Multimedia YAK Vertical Profiles
Caption YAK Vertical Profiles
Description Profiles of (left) CO2, (middle left) CO, and (middle right) O3 over the five campaigns (in rows). (right) Flight tracks are shown for each campaign, with the same color code as the vertical profiles. Each profile is averaged in 1000-m bins and comprises 4–8 h of flight (i.e., about 4–10 individual ascents/descents). The horizontal bars at each altitude bin show the extent of the interquartile (25th and 75th percentile) of concentrations in each bin.
Distribution Format ASCII files
Media Email contact
Size email type files
Fees No fees
Data Resolution
Latitude Resolution N/A
Longitude Resolution N/A
Horizontal Resolution Range N/A
Vertical Resolution N/A
Vertical Resolution Range 100 m < 1 km
Temporal Resolution 00:00:02
Temporal Resolution Range
Instrument 0
Site Name Siberia
Location EURASIA
Detailed Location Transcontinental plane routes between Western and Eastern Siberia
Site Longitude
Site Latitude
Site Altitude
Site Depth
Platform short Name
Platform long Name Aircraft
Instrument short Name Thermo Instruments Model 49
Instrument long Name Ozone analyzer thermo instrument model 49
Instrument Longitude
Instrument Latitude
Network Lons/Lats (Format : lon0 lat0, Lon1 Lat1, ...)
Instrument Altitude
Instrument Depth
Instrument Description
Instrument 1
Site Name Siberia
Location EURASIA
Detailed Location Transcontinental plane routes between Western and Eastern Siberia
Site Longitude
Site Latitude
Site Altitude
Site Depth
Platform short Name
Platform long Name Aircraft
Instrument short Name Picarro G2301-m analyser
Instrument long Name CO, CO2, CH4 and H2O in flight analyser
Instrument Longitude
Instrument Latitude
Network Lons/Lats (Format : lon0 lat0, Lon1 Lat1, ...)
Instrument Altitude
Instrument Depth
Instrument Description Until 2011, the CO2 analyser is a Li-Cor 6262 modified non-dispersive infrared (NDIR) analyser modified at the LSCE.
Instrument 2
Site Name Siberia
Location EURASIA
Detailed Location Transcontinental plane routes between Western and Eastern Siberia
Site Longitude
Site Latitude
Site Altitude
Site Depth
Platform short Name
Platform long Name Aircraft
Instrument short Name Humidy sensor IH-3602-C
Instrument long Name HYCAL sensor model IH-3602-C of Honeywell Inc.
Instrument Longitude
Instrument Latitude
Network Lons/Lats (Format : lon0 lat0, Lon1 Lat1, ...)
Instrument Altitude
Instrument Depth
Instrument Description
Instrument 3
Site Name Siberia
Location EURASIA
Detailed Location Transcontinental plane routes between Western and Eastern Siberia
Site Longitude
Site Latitude
Site Altitude
Site Depth
Platform short Name
Platform long Name Aircraft
Instrument short Name Gas analyser Model 48C
Instrument long Name Modified model 48C Thermo Environment Instrument
Instrument Longitude
Instrument Latitude
Network Lons/Lats (Format : lon0 lat0, Lon1 Lat1, ...)
Instrument Altitude
Instrument Depth
Instrument Description
Instrument 4
Site Name Siberia
Location EURASIA
Detailed Location Transcontinental plane routes between Western and Eastern Siberia
Site Longitude
Site Latitude
Site Altitude
Site Depth
Platform short Name
Platform long Name Aircraft
Instrument short Name OPC
Instrument long Name Optical Particle Counter
Instrument Longitude
Instrument Latitude
Network Lons/Lats (Format : lon0 lat0, Lon1 Lat1, ...)
Instrument Altitude
Instrument Depth
Instrument Description 8-channel automated diffusion battery (designed by ICKC SB RAS, Novosibirsk; Reischl et al., 1991; Ankilov et al., 2002a, 2002b) coupled to a condensation particle counter. Air is sampled using a quasi-isokinetic inlet.
Spatial Coverage
Southern latitude 55.02
Northern latitude 62.03
Western longitude 82.92
Eastern longitude 129.73
Minimum Altitude 0
Maximum Altitude 8
Minimum depth -999
Maximum depth -999
Paleo Temporal Coverage
Paleo Start Date
Paleo Stop Date
Eon
Era
Period
Epoch
Stage