Dear Rolf,
yes, welcome back. :-)
Richard Johansson, hier on Cc, is doing ground-based OEM ozone retrievals with
pyarts. He will also be at the workshop. (Just to introduce you to each other.)
The setup you suggest makes sense to me. I don’t think it is easily possible
with present pyarts,
on the contributions that we have received by
then. Here is the registration link again:
https://www.mi.uni-hamburg.de/arts2024 .
Best wishes,
Stefan
On 30 Jan 2024, at 10:11, Stefan Buehler wrote:
> Dear all,
>
> summer 2024 is drawing closer, and so is the highlight of this summer, th
Dear all,
I would be very grateful if you could help spread this information. Our new
international master program is recruiting its second round of students now.
Amongst other things, it includes an advanced course on radiation and climate
that I am teaching, and that uses ARTS for the
ment to resolve this issue and get the registration form back online as
> quickly as possible.
>
> Sorry for the inconvenience.
>
> Cheers,
> Oliver
>
>> On 30. Jan 2024, at 10:11, Stefan Buehler
>> wrote:
>>
>> Dear all,
>>
>> summer 2024
Dear all,
summer 2024 is drawing closer, and so is the highlight of this summer, the ARTS
radiative transfer workshop at Kristineberg research station, on the Swedish
west coast.
The workshop will be on June 4-7, 2024 (from noon to noon). The target audience
are users and developers of the
Dear ARTS users,
this may be of interest to those of you working in climate research.
/Stefan
Forwarded message:
> From: Sillmann, Jana
> To: cliccs.all@lists.uni-hamburg.de
> Subject: [Cliccs.all.cen] FW: Statement by Future Earth and WCRP regarding
> fossil fuel phaseout pathways
>
Dear all,
just a heads-up: we are planning a radiative transfer workshop next summer
(June 4-7, 2024, from noon to noon) in Kristineberg, at the Swedish west coast.
The target audience are users and developers of the atmospheric radiative
transfer simulator ARTS, and also anyone interested in
Forwarded message:
> From: Chris Burrows
> To: i...@ssec.wisc.edu
> Cc: Angela Benedetti
> Subject: Re: Vacancy at ECMWF: Radiative Transfer Scientist in Earth System
> Assimilation
> Date: Wed, 7 Jun 2023 10:16:52 +
>
> Hi All,
> Just a reminder about this vacancy – the closing date is
> Anfang der weitergeleiteten Nachricht:
>
> Von: Leonore Jungandreas
> Betreff: [Members.cen] [mpicen] Fwd: Job for remote sensing scientist at UFZ
> Leipzig
> Datum: 17. März 2022 um 11:46:11 MEZ
> An: mpi...@uni-hamburg.de
>
> FYI
>
>
>
> Forwarded Message
> Subject:
Am 28.02.2022 um 19:31 schrieb Joshua Knicely :
>
> Hi Stefan,
> That's perfect! My interest is in the surface emissions on the nightside of
> Venus. Thanks!
>
> Josh K.
>
> On Sun, Feb 27, 2022 at 2:01 AM Stefan Buehler
> wrote:
> Hello Joshua,
>
> ARTS d
Hello Joshua,
ARTS does not have a sun (yet). Near infrared simulations only make sense at
night with the current version.
Best wishes
Stefan
> Am 25.02.2022 um 23:44 schrieb Joshua Knicely :
>
> Hello,
> I would like to do some radiative transfer modeling for Venus. I want to see
> about
Forwarded message:
> From: Stephen English
> To: itwg
> Subject: Re: New opportunities at ECMWF Bonn site
> Date: Tue, 11 Jan 2022 17:55:13 +
>
> Dear colleagues,
>
> This is a reminder that the deadline for the new Destination Earth
> opportunities at ECMWF is fast approaching:
>
>
Ups, sorry! My memory was wrong, I think. But copying in Alex just in case he
has any comments.
Perhaps a stupid question: why do you want to include the antenna in a 1d case?
Do you expect a significant effect towards the edge of the scan?
Best wishes,
Stefan
> Am 06.01.2022 um 17:51
Dear Stuart, have you checked what is in the metmm folder? I think that's what
you want.
Cheers
Stefan
> Am 06.01.2022 um 13:10 schrieb Fox, Stuart :
>
> Dear ARTS community,
>
> Is there a simple way to simulate a simple-AMSU-type sensor in ARTS, but
> including an antenna pattern? The
Dear Shaofei Wang,
I didn’t know what to make of your question 2, but a private mail from Patrick
gave me the right clue.
I think the behaviour you see is correct, although unintuitive. The reason is
that the self-broadening parameter of water vapor is a lot larger than its
broadening
Forwarded message:
> From: Christophe Accadia
> To: Susanne Crewell , Catherine Prigent
> , Alan Geer , Patrick
> Eriksson , Frank Marzano
> , Rasmus Tage Tonboe , Rasmus
> Tage Tonboe , Carminati, Fabien
> , Mahfouf Jean-francois
> , stefan buehler
>
Dear Satya,
the model can run where you have spectroscopic data. So if you use HITRAN
(there is a version in ARTS format in the package arts-xml-data, but ARTS also
reads the original format directly) you can do calculations in the NIR. But
note that the standard HITRAN catalog does not yet
Forwarded message:
From: Detlef Stammer
To: mpi...@uni-hamburg.de
Subject: [mpicen] Fwd: [EXTERNAL] Two New Permanent Posts available
@ESA
Date: Thu, 29 Jul 2021 10:22:22 +0200
There are two new Permanent Posts available @ESA in Earth
Observation.
Apply now online at
Dear all,
our rap video on clouds and climate sensitivity
(https://youtu.be/Luu7k6RU5Ug) now has subtitles in German, Italian,
Spanish and Brasilian Portugese, thanks to volunteer translators Sabrina
Harich, Nico Cimini, Yanmichel Morfa Avalos and David Marcolino Nielsen.
That’s great! But
Forwarded message:
From: Baran, Anthony
To: Stefan Buehler
Subject: Special issue
Date: Tue, 6 Jul 2021 07:56:47 +
Hi Stefan,
Hope this email finds you well! I would like to bring to your
attention that the deadline for submitting papers to the Special Issue
for Remote Sensing
Dear all,
completely off-topic to this list, but:
Baba Brinkman and I have collaborated on a song on clouds and climate
sensitivity.
Check out the video here: https://youtu.be/Luu7k6RU5Ug
If you like it, please help us spread the video.
The (tenuous) ARTS connection is that we have used
Dear Wang,
note that using the lookup table may not be your best option for wind
retrieval. The reason is that it can only interpolate between the
precalculated values. If you calculate the absorption on the fly, the
line will be Doppler-shifted, which is exact. You can achieve this by
Dear Renish,
do you use Planck or Rayleigh-Jeans brightness temperature? For Planck,
you should indeed approach the ambient temperature if you go low enough.
Cheers
Stefan
On 20 Apr 2021, at 12:46, Thomas,Renish wrote:
Hi Everyone,
I had some questions about the calculated brightness
Dear E K,
we are only just now starting to expand ARTS into the visible spectral
range, its main focus so far has been thermal radiation. Other programs
may be more suited for what you want to do.
Best wishes,
Stefan
On 6 Mar 2021, at 5:13, E K wrote:
Hello, I've been trying to use ARTS
gest..."
Today's Topics:
1. Choosing the right Continua models/spectroscopy data
(Thomas,Renish)
2. Re: Choosing the right Continua models/spectroscopy data
(Stefan Buehler)
--
Message: 1
Date: T
Dear Renish,
for microwave water vapor instruments I would recommend the settings
from controlfiles/instruments/metmm (in the ARTS distro), which were
developed by Alex Bobryshev and used for this paper:
Bobryshev, O., S. A. Buehler, V. O. John, M. Brath, and H. Brogniez
(2018), Is there
Dear Wang,
yes, the differences between absorption models can be large at
individual frequencies, so the value is not impossible. Maybe Alex, here
on Cc, who is working at these frequencies and in this geometry could
also comment?
Best wishes,
Stefan
On 30 Oct 2020, at 8:48, Wenyu Wang
Dear ARTS users,
some of you will have heard this already, but probably not all:
We mourn the loss of Michael Mishchenko, longterm chief editor of JQSRT,
and author of light scattering textbooks. Over the years, he helped the
development of ARTS and the community around it in many ways. As
* www.vandersat.com
--
Op do 16 apr. 2020 om 10:30 schreef Stefan Buehler <
stefan.bueh...@uni-hamburg.de>:
Dear Robin,
yes, ARTS should be well suited for this. There even already is a
python
cla
Dear Robin,
yes, ARTS should be well suited for this. There even already is a python
classroom exercise with a setup for computing and displaying optical
depth. (On github, in package atmtools/arts-lectures, directory
exercises/04-rtcalc .) What you may need some advice on is which
u can
> see in the following print screen:
>
>
> Can you send me that controlfile? Also a matlab code with an example of
> complete run would be very useful for me.
> Thank you very much,
> best regards
>
> Mario Papa
>
> Il giorno mar 4 giu 2019 alle ore 15:3
Perhaps of interest for someone?Best wishes,StefanBegin forwarded message:From: "Imprs, Office" Subject: [Members.cen] [mpicen] Reminder: Summer School EaSyMS 2019Date: 24. June 2019 at 09:51:28 CESTTo: "Imprs, Office" Reminder – Reminder –
Dear Sisma,
in the controlfiles/instruments/metmm/sensor_descriptions folder there are
setups for many meterorological microwave sounders, including SAPHIR. These are
clear-sky, though. For calculations with clouds there is no simple answer, it
depends strongly on the inputs you want to use,
> Begin forwarded message:
>
> From: Liam Gumley
> Subject: ITSC-22: Abstract deadline extended to June 15
> Date: 29. May 2019 at 22:26:46 CEST
> To: "i...@lists.wisc.edu"
> Cc: Vincent GUIDARD , Maria Vasys
> , Leanne Avila ,
> "Garand, Louis (EC)" , Leah Leighty
>
>
> Dear ITWG
Begin forwarded message:From: "Imprs, Office" Subject: [Members.cen] [mpicen] Announcement: Summer School EaSyMS 2019Date: 3. June 2019 at 15:26:30 CESTTo: "Imprs, Office" Dear colleague, The International Max Planck Research School (IMPRS)
Dear Mario,
have a look at the sample controlfiles in the “controlfiles” directory.
Depending on what you want to simulate, there is a good chance that there will
already be an example close to what you need. Also, looking at the User Guide
could be a good idea to get started.
Best wishes,
Dear all,
here is an advertisement of open PhD positions. Please forward to anyone who
you think is a promising candidate.
Best wishes,
Stefan
3 PhD positions on drivers of tropical circulation at Uni Hamburg/MPIM/CliCCS
We are seeking three PhD candidates, who are interested to work on
Dear Guigue,
yes, ARTS should be perfectly suitable for that task. Just use the HITRAN
catalogue and the CKD_MT continua. (You could look at the HIRS example
controlfiles for spectroscopic settings.)
There are different ways to get out absorption coefficients, or perhaps even
optical depth
Dear ARTS users,
if you use the current version of ARTS for a publication, then please cite the
most recent ARTS paper:
Buehler, S. A., J. Mendrok, P. Eriksson, A. Perrin, R. Larsson, and O. Lemke
(2018), ARTS, the atmospheric radiative transfer simulator — version 2.2, the
planetary toolbox
Hello ARTS users,
I’m happy to announce that our new ARTS model description paper is published.
For the twitter users:
https://twitter.com/CENunihh/status/987275165938716672
If you use twitter, you would do me a great favour if you could like or retweet
this.
If you don’t and you just want
Dear Pengwang,
are you sure this is a spectral problem? The ARTS LUT does not do any spectral
interpolation, only interpolation in pressure, temperature, and water vapor
concentration. It could be these other interpolations that lead to negative
values, if the real absorption is close to zero.
Hello ARTS community,
ECMWF has out a job ad that could be interesting for some of you:
http://www.ecmwf.int/sites/default/files/vacancies/_VNVN17-02_en.pdf
Best wishes from Hamburg,
Stefan
--
https://www.mi.uni-hamburg.de/buehler
___
arts_users.mi
gu2016.eu//abstract_management/how_to_submit_an_abstract.html>
We look forward to seeing you all in Vienna.
Kind regards,
The conveners
Francisco Navas, Nico Cimini, Ulrich Löhnert, Stefan Buehler, Susanne Crewell
___
arts_users.mi mailing list
arts_users.mi@lists.un
Dear Pengwang,
ARTS has been used before for absorption calculations in the visible:
Gasteiger, J., C. Emde, B. Mayer, R. Buras, S. A. Buehler, and O. Lemke (2014),
Representative wavelengths absorption parameterization applied to satellite
channels and spectral bands, J. Quant. Spectrosc.
that I don't understand. I'll try to check again
> all the parameter of the simulation but they seem all correct.
> Best wishes
> Gabriele
>
> 2016-07-26 13:55 GMT+02:00 Stefan Buehler <stefan.bueh...@uni-hamburg.de>:
> Dear Gabriele,
>
> I think at
Dear Gabriele,
I think at that frequency you should be fine with only H2O and O2. If the
simulation looks very different from your real measurements there likely is
some other bug in your setup. Possibilities, from the top of my head: Looking
angle; units (radiance or brightness temperature);
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