HIPPO Pressure-Weighted Mean Total, 10-km, and 100-m Interval Column Concentrations
Summary
This dataset contains the total column and vertical profile data for all Missions, 1 through 5, of the HIAPER Pole-to-Pole Observations (HIPPO) study of carbon cycle and greenhouse gases. The pressure-weighted mean column concentrations of parameters reported in this data set are estimates of the quantities that would be observed from a total column instrument at the top of each profile, i.e., from an airplane looking down or from a satellite. The Missions took place from 08 January 2009 to 08 September 2011. There are five spacedelimited format ASCII files included with this data set that have been compressed into one *.zip file for convenient download. Please refer to the readme for more information.
The EOL Version 1.0 data set was created in 2012 and previously served as R. 20121129 by ORNL.
Data access
- ORDER data to made available for download
- user agreement required
Additional information
Temporal coverage
Begin datetime | 2009-01-08 00:00:00 |
End datetime | 2011-09-08 23:59:59 |
Spatial coverage
Map data from IBCSO, IBCAO, and Global Topography.
Maximum (North) Latitude:
87.04313,
Minimum (South) Latitude:
-67.15801
Minimum (West) Longitude:
-170.00,
Maximum (East) Longitude:
-80.00
Primary point of contact information
EOL Data Support <datahelp@eol.ucar.edu>
Additional contact information
- author: Steven C. Wofsy <swofsy@seas.harvard.edu>
- author: Bruce Daube <bdaube@seas.harvard.edu>
- author: Rodrigo Jimenez-Pizarro <rjimenezpizarro@gmail.com>
- author: Eric Kort <eakort@umich.edu>
- author: Jasna V. Pittman <jvpittman@gmail.com>
- author: Sunyoung Park <sparky@knu.ac.kr>
- author: Roisin Commane <rcommane@seas.harvard.edu>
- author: Bin Xiang <binxiang@gmail.com>
- author: Greg Santoni <gsantoni@gmail.com>
- author: Daniel J. Jacob <djacob@fas.harvard.edu>
- author: Jenny A. Fisher <jennyf@uow.edu.au>
- author: Christopher A. Pickett-Heaps <christopher.pickett-heaps@csiro.au>
- author: Huiqun Wang <hwang@cfa.harvard.edu>
- author: Kevin J. Wecht <kevin.wecht@gmail.com>
- author: Qiaoqiao Wang <wqq726@gmail.com>
- author: Britton B. Stephens <stephens@ucar.edu>
- author: Stephen R. Shertz <shertz@ucar.edu>
- author: Andrew Watt <watt@ucar.edu>
- author: Pavel Romashkin <pavel@ucar.edu>
- author: Teresa Campos <campos@ucar.edu>
- author: Julie Haggerty <haggerty@ucar.edu>
- author: William A. Cooper <cooperw@ucar.edu>
- author: David C. Rogers <dcrogers@ucar.edu>
- author: Stuart Beaton <beaton@ucar.edu>
- author: Roger Hendershot <rogerh@ucar.edu>
- author: James W. Elkins <james.w.elkins@noaa.gov>
- author: David W. Fahey <david.w.fahey@noaa.gov>
- author: Ru-Shan Gao <RuShan.Gao@noaa.gov>
- author: Joshua P. Schwarz <joshua.p.schwarz@noaa.gov>
- author: Fred Moore <Fred.Moore@noaa.gov>
- author: Stephen A. Montzka <stephen.a.montzka@noaa.gov>
- author: Anne E. Perring <anne.perring@noaa.gov>
- author: Dale Hurst <Dale.Hurst@noaa.gov>
- author: Benjamin R. Miller <ben.r.miller@noaa.gov>
- author: Colm Sweeney <colm.sweeney@noaa.gov>
- author: Samuel J. Oltmans <Samuel.J.Oltmans@noaa.gov>
- author: Eric J. Hintsa <eric.j.hintsa@noaa.gov>
- author: David Nance <david.nance@noaa.gov>
- author: Geoff S. Dutton <geoff.dutton@noaa.gov>
- author: Laurel A. Watts <laurel.a.watts@noaa.gov>
- author: J. Ryan Spackman <ryan.spackman@noaa.gov>
- author: Karen H. Rosenlof <karen.h.rosenlof@noaa.gov>
- author: Eric Ray <eric.ray@noaa.gov>
- author: Bradley Hall <bradley.hall@noaa.gov>
- author: Mark Zondlo <mzondlo@princeton.edu>
- author: Minghui Diao <minghui.diao@sjsu.edu>
- author: Ralph F. Keeling <rkeeling@ucsd.edu>
- author: Jonathan Bent <jonathan.bent@noaa.gov>
- author: Elliot Atlas <eatlas@miami.edu>
- author: Richard Lueb <lueb@ucar.edu>
- author: Michael J. Mahoney (deceased) Show 48 more...
Citation
Wofsy, S., et al. 2017. HIPPO Pressure-Weighted Mean Total, 10-km, and 100-m Interval Column Concentrations. Version 1.0. UCAR/NCAR - Earth Observing Laboratory. https://doi.org/10.3334/CDIAC/HIPPO_011. Accessed 17 Feb 2025.
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