18 research outputs found
The NKG2008 GPS campaign - final transformation results and a new common Nordic reference frame
Abstract
The NKG 2008 GPS campaign was carried out
in September 28 – October 4, 2008. The purpose was
to establish a common reference frame in the Nordic-
Baltic-Arctic region, and to improve and update the transformations
from the latest global ITRF reference frame
to the national ETRS89 realizations of the Nordic/Baltic
countries. Postglacial rebound in the Fennoscandian area
causes intraplate deformations up to about 10 mm/yr to
the Eurasian tectonic plate which need to be taken into account
in order to reach centimetre level accuracies in the
transformations.
We discuss some possible alternatives and present the
most applicable transformation strategy. The selected
transformation utilizes the de facto transformation recommended
by the EUREF but includes additional intraplate
corrections and a new common Nordic-Baltic reference
frame to serve the requirements of the Nordic/Baltic countries.
To correct for the intraplate deformations in the
Nordic-Baltic areawe have used the commonNordic deformation
model NKG RF03vel. The new common reference
frame, NKG ETRF00, was aligned to ETRF2000 at epoch
2000.0 in order to be close to the national ETRS89 realizations
and to coincide with the land uplift epoch of the national
height systems. We present here the realization of
the NKG ETRF00 and transformation formulae together
with the parameters to transform from global ITRF coordinates
to Nordic/Baltic realizations of the ETRS89.</jats:p
The NKG2008 GPS campaign – final transformation results and a new common Nordic reference frame
The NKG 2008 GPS campaign was carried out
in September 28 – October 4, 2008. The purpose was
to establish a common reference frame in the Nordic-
Baltic-Arctic region, and to improve and update the transformations
from the latest global ITRF reference frame
to the national ETRS89 realizations of the Nordic/Baltic
countries. Postglacial rebound in the Fennoscandian area
causes intraplate deformations up to about 10 mm/yr to
the Eurasian tectonic plate which need to be taken into account
in order to reach centimetre level accuracies in the
transformations
Career and Professional Development for Young Oncologists
\ua9 2023 S. Karger AG. All rights reserved. Young oncologists around the globe face many challenges when it comes to their career and professional development. Aspects such as time management, work-life balance, career progression, and educational opportunities are only some of them. Professional societies have identified these challenges in this professional group and designed programs to tackle them specifically. The importance of this strategy cannot be overstated, as young oncologists, defined by most societies as oncologists under 40 years of age, compose almost 50% of the oncology workforce. On the other hand, recent surveys have shown that many young oncologists are considering alternative career paths due to burnout issues aggravated by the COVID-19 pandemic, on top of all other challenges. The virtual setting that has been forcedly introduced into our professional life has shortened distances between professionals and might have contributed to more accessible access to information and opportunities that some young oncologists could not profit from due to their traveling constraints. On the other hand, this virtual setting has shown us the asymmetries in opportunities for these professionals. Knowledgeable of all this, we summarize in this article some of the career and professional development offers available to all young oncologists, which we consider could help them deal with current and future challenges