Geoscience Reference
In-Depth Information
disappointments and to keep on working towards the next successful phase with
optimism. Of course, this experience has to be build up
first. And from this point of
view, it might be helpful to face the complete spectrum of moods during the PhD
project (see Grosfeld et al. 2013 ).
3 Conclusion
In conclusion, a research school like ESSReS should not (and cannot) prevent each
failure and disappointment in the individual PhD projects, although me and other
ESSReS students wished for this from time to time. But a research school can help
to deal with the negative phases constructively. This means that a middle way has to
be found between supporting the students as much as possible, but without con-
fining their personal responsibility for the development of the project. Hence, the
research school should act as a multiplicator for the student
s own initiative. This
was from my perspective very well realized in ESSReS. Beyond the given orga-
nizational structure of courses and seminars, there were lots of elements, which had
to be adjusted by each student according to his special needs. For me personally, the
most powerful support came from the committee meetings, from the research skills
development courses, and from the possibility to present and discuss the own
project with broader and more diverse audiences in addition to the own working
group (see Grosfeld et al. 2013 ). Motivating for me were also the excursions,
laboratory visits, and some inspiring talks, which reminded me particularly during
the unsuccessful phases of the nice side of scienti
'
c work.
References
Grosfeld K, Lohmann G, Wolf-Gladrow D, Ladst
enmayer A, Notholt J, Unnithan V,
Wegener A (2013) The structural and educational concept in an interdisciplinary research school
for Earth SystemSciences. In: Lohmann G, Grosfeld K, Wolf-GladrowD, Unnithan V, Notholt J,
Wegener A (eds), Earth System Science: Bridging the gaps between disciplines. Perspectives
from a multi-disciplinary Helmholtz Research School, Springer Briefs in Earth System Sciences
Hoffmann CG, Raffalski U, Palm M, Funke B, Golchert SHW, Hochschild G, Notholt J (2011)
Observation of strato-mesospheric CO above Kiruna with ground-based microwave radiometry
retrieval and satellite comparison. Atmos Meas Tech 4:2389 - 2408
Hoffmann CG, Kinnison DE, Garcia RR, Palm M, Notholt J, Raffalski U, Hochschild G (2012)
CO at 40
ä
tter-Wei
ß
80 km above Kiruna observed by the ground-based microwave radiometer KIMRA
and simulated by the whole atmosphere community climate model. Atmos Chem Phys
12:3261
-
3271
Hoffmann CG, Palm M, Notholt J, Raffalski U, Hochschild G (2013) A brief example of the
application of remotely sensed tracer observations in atmospheric science
-
studying the
impact of stratosphere-mesosphere coupling on polar ozone variability. In: Lohmann G,
Grosfeld K, Wolf-Gladrow D, Unnithan V, Notholt J, Wegner A (eds) Earth System Science:
bridging the gaps between disciplines
perspectives from a multi-disciplinary Helmholtz
Research School, Springer, Berlin
Search WWH ::




Custom Search