CEDAR email: Fall AGU abstracts due 2 Sep; jobs in Massachusetts, Canada, and UK

Fri Aug 13 18:13:51 MDT 2010

This is a generic mailing to the CEDAR community sent Aug 13, 2010.
Meetings and jobs are listed at http://cedarweb.hao.ucar.edu under
'Community' as 'Calendar of Meetings' and 'CEDAR related opportunities'.
CEDAR email messages are under 'Community' as 'CEDAR email Newsletters'.
All are in 'Quick Links' on the main page.
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(1) Fall AGU Meeting, San Francisco, CA, 13-17 December 2010.
Abstracts due 2 Sep at http://www.agu.org/meetings/fm10/.

(a) SA05: Using Space Shuttle and Rocket Exhaust to Study the Atmosphere.
Reply to michael.stevens at nrl.navy.mil.

(b) IN-12: 'Large-Scale Geophysical Simulations Utilizing Multicore Computing
Technology: Progress, Challenges, and Outlook'.
Reply to Duane Rosenberg (duaner at ucar.edu).

(2) Postdoc in Space Science in GPS TEC at Boston College, MA.
Applications due 30 September.
 From Endawoke Yizengaw (endawoke.kassie at bc.edu).

(3) Ionospheric Space Physics Job at University of New Brunswick, Canada.
Applications due 15 September.
 From Jayachandran PT <jaya at unb.ca>.
See also http://chain.physics.unb.ca and http://www.unb.ca/postings/dir.cgi?eup

(4) Postdoc in Lightning Research at University of Bath, UK.
Applications due 22 August.
 From Martin Fullekrug <eesmf at bath.ac.uk>.
See also http://www.bath.ac.uk/elec-eng/research/csaos/,
http://www.bath.ac.uk/jobs/Vacancy.aspx?ref=SJ190, and
https://www.bath.ac.uk/jobs/Logon/?jobId=457

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(1) Fall AGU Meeting, San Francisco, CA, 13-17 December 2010.
Abstracts due 2 Sep at http://www.agu.org/meetings/fm10/.
(a) SA05: Using Space Shuttle and Rocket Exhaust to Study the Atmosphere.

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 From michael.stevens at nrl.navy.mil.

Observations of space shuttle and rocket exhaust in the Earth’s upper atmosphere 
have opened up a variety of new and diverse fields of inquiry. For observations 
of the shuttle’s main engine exhaust between 100-115 km altitude these include 
large scale dynamical, chemical and microphysical studies.  For observations of 
the exhaust from the shuttle’s Orbital Maneuvering System (OMS) at higher 
altitudes studies include equatorial bubble formation, micropulsations, 
whistlers and other low-frequency plasma waves, and enhancing the resolution of 
optical imaging for natural plasma irregularities.  We encourage you to send an 
abstract to the 2010 Fall AGU Special Session SA05 entitled:

SA05: Using Space Shuttle and Rocket Exhaust to Study the Atmosphere

The space shuttle and other launch vehicles introduce large amounts of exhaust 
molecules and particulates into the mesosphere and thermosphere. Using 
observations of the shuttle's main engine exhaust, recent work includes 
unusually rapid meridional transport, molecular diffusion, the formation of 
polar mesospheric clouds (PMCs) and triggering of artificial sporadic-E layers. 
Other studies of shuttle exhaust include modifications of the ionosphere, 
enhanced radar backscatter, excitation of plasma waves and artificial airglow. 
We welcome studies of shuttle and rocket exhaust interacting with the 
atmosphere, including effects of dust, transport of effluents, diffusion, PMC 
formation, and plume chemistry.

This session is designed to bring together both experimentalists and theorists 
to present the latest satellite observations, ground based observations, data 
analysis and modeling results.  Feel free to forward this to interested 
colleagues. The abstract deadline is September 2, 2010.  If you have any 
questions, please contact the Co-conveners below.

Thanks.

Mike Stevens (michael.stevens at nrl.navy.mil), Geoff Crowley, Xinzhao Chu and Paul 
Bernhardt.

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(1) Fall AGU Meeting, San Francisco, CA, 13-17 December 2010.
Abstracts due 2 Sep at http://www.agu.org/meetings/fm10/.
(b) IN-12: 'Large-Scale Geophysical Simulations Utilizing Multicore Computing
Technology: Progress, Challenges, and Outlook'.
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 From Duane Rosenberg (duaner at ucar.edu).

We wish to draw your attention to an AGU seession that we are convening
entitled

IN-12: 'Large-Scale Geophysical Simulations Utilizing Multicore Computing
Technology: Progress, Challenges, and Outlook'.

The description can be found
at the following link:
http://www.agu.org/meetings/fm10/program/scientific_session_search.php?show=detail&sessid=434

The session is sponsored jointly by Earth and Space Science Informatics and 
Nonlinear Geophysics
sections.

We would encourage any of you who have developed or contributed to the 
development of large
scale multicore or GPUI geosciences applications in order to conduct your 
scientific research to submit an
abstract. Remember, the deadline is *02 September 2010 — 23:59 Eastern Daylight 
Time (EDT).

*Thank you,

Duane Rosenberg
/NCAR/

(303) 497-1636
duaner at ucar.edu <mailto:duaner at ucar.edu>

Chung-Sang Ng
/Geophysical Institute/

(907) 474-7367
chung-sang.ng at gi.alaska.edu <mailto:chung-sang.ng at gi.alaska.edu>

David Yuen
/University of Minnesota/

(612)624-9801
daveyuen at gmail.com <mailto:daveyuen at gmail.com>

Gordon Erlebacher
/Florida State University/

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(2) Postdoc in Space Science in GPS TEC at Boston College, MA.
Applications due 30 Sep.
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 From Endawoke Yizengaw (endawoke.kassie at bc.edu).

Postdoctoral Position in Space Science: A postdoctoral position is available to 
contribute to ionosphere and magnetosphere-ionosphere coupling research at the 
Institute for Scientific Research, Boston College. The ideal candidate is 
experienced in analysis of ground- and space-based GPS, LEO in-situ, and 
magnetometer data, with a desired background or high interest experience in 
computer-based analysis, in numerical techniques, including tomographic 
reconstruction technique. Experience in IDL or MatLab, as well as Window or 
Linux computing is required.

The successful candidate will analyze and perform ground-based GPS TEC as well 
as GPS TEC data on board LEO satellite, produce 3D tomographic image of the 
ionosphere and plasmasphere, and evaluate the characteristics and impact of 
magnetosphere-ionosphere coupling phenomenon, including the tomographic picture 
of the ion outflow in the cusp region and compare it with in-situ satellite 
observation like FAST and POLAR. The successful candidate will have an 
opportunity to work closely with various collaborative projects, such as AMBER, 
LISN, SCINDA, SAMBA, and others. An opportunity exists to also learn about and 
contribute to the equatorial electrodynamics investigations using ground-based 
magnetometer data technique and compare the result with LEO satellite 
observation, such as C/NOFS, CHAMP, and DMSP. Our unique group environment 
encourages learning from and collaborating with a large number of active 
scientists in experimental, theoretical, and education/public outreach areas. 
Applicants should have a Ph.D. degree in Space Science or a related field by the 
start of appointment. The initial appointment will be for a period of two years, 
with possibility of subsequent renewal opportunity depending on funding 
availability and candidate’s performance. Interested and qualified applicants 
should send, preferably by e-mail, a resume, brief statement of research 
interests, list of publications, and the names and contact information of at 
least three references to: Dr. Endawoke Yizengaw (Kassie at bc.edu) or Patricia 
Doherty (dohertpd at bc.edu)

Priority will be given to applications received before September 30th, 2010. 
Boston College is an Affirmative Action/Equal Opportunity Employer.

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(3) Ionospheric Space Physics Job at University of New Brunswick, Canada.
Applications due 15 September.
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 From Jayachandran PT <jaya at unb.ca>.

Applications are invited for the position of Research Scientist (Space
Physics) in the Physics Department of the University of New Brunswick
Fredericton.  We are seeking a talented and highly motivated individual
with a Ph.D. degree in space Physics or related fields, who has an excellent 
record in experimental space research, preferably with specialization in Global 
Positioning System-based ionospheric research.
The successful candidate will work on the Canadian High Arctic ionospheric 
Network (CHAIN) project and will be involved in the installation and operation 
of a network of Global Positioning System receivers, ionosondes, and optical 
instruments in the Canadian Arctic. Details of the network can be found at 
http://chain.physics.unb.ca. Participation in undergraduate and graduate student 
supervision is also expected. This position is initially for two years and can 
be extendable beyond that depending on performance.  Salary range for the 
position is $43,1800 - $56,137 per annum plus benefits.  Closing date for 
applications is 15 September 2010.  Position No. is 044-10.11. Application along 
with detailed resume including details of scientific publications and names and 
contact details of three referees should be submitted to:

Human Resources, Room 102, Physics & Admin. Building,
8 Bailey Drive, University of New Brunswick, Fredericton, New Brunswick, E3B 
5A3, Canada.

More Information regarding the position and the formal application form
can be obtained by following the link:
http://www.unb.ca/postings/dir.cgi?eup

For enquires related to the position please contact:
 Dr. P. T. Jayachandran
 Physics Department
 University of New Brunswick
 PO Box 4400, 8 Bailey Drive Fredericton, NB
 Canada E3B 5A3
 Ph: 506-447-3330
 Fax: 506-453-4581
 Email: jaya at unb.ca

All qualified individuals are encouraged to apply. However, preference will be 
given to Canadian Citizens and permanent residents of Canada in the first instance.

THE UNIVERSITY OF NEW BRUNSWICK IS COMMITTED TO THE PRINCIPLE OF EMPLOYMENT
EQUITY.

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(4) Postdoc in Lightning Research at University of Bath, UK.
Applications due 22 August.
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 From Martin Fullekrug <eesmf at bath.ac.uk>.

Postdoctoral Research Assistant in Lightning Research
<br>University of Bath, Bath, UK
<br>Centre for Space, Atmospheric and Oceanic Research
<br>Department of Electronic and Electrical Engineering
<br>Full time, fixed term for 3 years
<br>Salary range: £29,853 to £31,671 / year

A postdoctoral research position to study the impact of lightning discharges on 
the Earth's atmosphere is available in the Centre for Space, Atmospheric and 
Oceanic Research
at the University of Bath for a three year long contract funded by the Natural 
Environment Research Council.

The research pushes forward the knowledge boundary on lightning discharges, 
sprites, and the newly recognised phenomenon of relativistic runaway breakdown. 
It will do so by use of experiments with a novel network of wideband digital 
radio receivers and subsequent analyses with digital signal/imaging processing 
techniques.

The project involves conducting complex measurement campaigns during extended 
field work in remote areas of southern France during the summer months and 
subsequent detailed analyses of the collected electromagnetic data with modern 
information technology tools.

The successful candidate has a strong track record of publications in high 
quality international scientific journals, solid experience with experimental 
work and/or electromagnetic data analyses/modelling, and excellent 
communication/team working skills.

The application should include a cover letter detailing past research experience 
and future career plans, a curriculum vitae, publication record, and the contact 
details of at least one reference.

The post is available from 1 October 2010 or shortly thereafter for 36 months.

More detailed information on the research post is available at
http://www.bath.ac.uk/jobs/Vacancy.aspx?ref=SJ190

For more information on the research group visit 
http://www.bath.ac.uk/elec-eng/research/csaos/

To apply for the research post, follow the instructions at 
https://www.bath.ac.uk/jobs/Logon/?jobId=457
<br>Reference:  SJ190
<br>Closing Date: Sunday 22 August 2010

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