Opening Session
Chair:
Markku Poutanen
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Welcome
address by the Deputy Director General, Estonian Land Board
A.
Ellmann |
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Welcome by
the IAG Vice President
Z.
Altamimi |
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Welcome by the
President of IAG sub-commission 1.3 “Regional Reference Frames”
C.
Bruyninx |
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Welcome
by the Chairman of IAG sub-commission 1.3a (EUREF)
M.
Poutanen |
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Goals
and Activities of the EUREF Governing Board
A.
Kenyeres |
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Session
1
ETRS89,
EVRS
Chair:
Zuheir Altamimi |
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1.01 -
EVRS2019
as new realization of the European Vertical Reference System
M. Sacher and G. Liebsch |
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1.02 -
Multi-year
solution for the ESTPOS network
K.
Kollo et al. |
click to see file |
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1.03 -
Reference Frame Coordination
Status Report: EPN Multi-year Position/Velocity Product
J.
Legrand and C. Bruyninx |
click to see file |
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1.04 -
Towards a Deformation Model for
Europe using least-square collocation
R.
Steffen et al. |
click to see file |
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Session
2
Networks: EPN, UELN, Densification
Chairs: Elmar
Brockmann, Lennard Huisman
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2.01
- EPN data
quality in a multi-GNSS environment
C.
Bruyninx et al. |
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2.02
- NKG GNSS
Analysis Centre: ITRF2014 densification for the Nordic and Baltic
countries
S. Lahtinen
et al. |
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2.03
- The Analysis of the
Italian GNSS Network at the University of Padova: ETRS89
densification and Scientific GNSS Backbone Network
A.
Caporali et al. |
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2.04 -
Reprocessing of the Iberian
network at IGE LAC
J. Sanchez Sobrino et
al. |
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2.05 -
Combining IGb08 and IGS14
normal equations: Impact of the cumulative time series caused by the
switch from igs08.atx to igs14.atx
J.
Zurutuza et al. |
click to see file |
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2.06 -
Report of the Analysis
Centre Coordinator: inclusion of Galileo in EUREF coordinate
products
T. Liwosz and A.
Araszkiewicz |
click to see file |
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2.07 -
Present Day Geokinematics
of Central Europe Part 1: the Central European GNSS Research Network
(CEGRN)
J.
Zurutuza et al. |
click to see file |
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2.08 -
Towards a European Dense
Velocities Field as a basis for Maintaining the European Reference
Frame
E. Brockmann et
al. |
click to see files |
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2.09
- EPN Densification –
towards the exploitation
A. Kenyeres et al. |
click to see file |
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2.10 -
Report of the Troposphere Coordinator
R. Pacione |
click to see file |
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2.11
- EPN Real-Time Special
Project – Status Report
W. Söhne |
click to see file |
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2.12 -
EG2000 – the new gravity reference frame of Estonia
T. Oja |
click to see file |
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Session
3
Techniques:
GNSS, Levelling, Combination
Chair: Martina Sacher |
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3.01 -
Height datum modernization based on GNSS leveling
B.
Alberts and L. Huisman |
click to see file |
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3.02 -
The Kingdom of Saudi Arabia Geodetic and Vertical
Reference Frames – the main Components of National Spatial
Reference System
O.
Al-Kherayef and R. Grebenitcharsky |
click to see file |
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3.03 -
Towards the establishment of the Absolute
Gravity Network Ireland
P. Dykowski el al |
click to see file |
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3.04 -
Experience with GNSS Data Quality Monitoring of
the SKPOS Reference Stations
M.
Ferianc and K. Smolik |
click to see file |
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3.05 -
Germany: Integrated Geodetic Spatial Reference 4.0
J.
Riecken |
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3.06 -
GOP real-time analyses and data quality for
Europe
J. Dousa et al. |
click to see file |
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3.07 -
Consistency and impact of mixed receiver
antenna GNSS networks
T. Kersten et al. |
click to see file |
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3.08 -
New horizontal intraplate velocity model for the
Nordic and Baltic countries
P. Häkli et al. |
click to see file |
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Session 4
Applications: Earth Sciences, Positioning, Geo-Information
Chairs: Alessandro
Caporali and Christof Völksen
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4.01 -
Characterizing atmospheric humidity in Eastern
Europe during the last two decades by using GNSS derived integrated
water vapour
P. Post et al. |
click to see file |
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4.02 -
BEV Transformator – Coordinate Transformation Tool
P.
Mitterschiffthaler and F. Blauensteiner |
click to see file |
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4.03 -
Glacial Isostatic Adjustment in Europe - how
much do we know and how accurate can we describe this signal?
H. Steffen |
click to see file |
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4.04 -
Present Day Geokinematics of Central Europe
Part 2: Selected profiles
A. Caporali et al. |
click to see files |
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4.05 -
Recent Crustal Deformation of the Alps derived
from GNSS observations
C. Völksen et al. |
click to see file |
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4.06 -
A time dependent model of elastic stress in the
Central Apennines, Italy
A. Caporali et al. |
click to see file |
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4.07 -
Sea Level Network in Estonia
and its Applications in Supporting Marine Science, Hydrographic
Works and Safety of Navigation
K. Vahter and I.
Zaitseva-Pärnaste |
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4.08 -
On the Future High-Precision European GNSS CORS
Infrastructure
C. Bruyninx et al. |
click to see file |
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4.09 -
On E-GVAP (EUMETNET GNSS Water Vapour programme
H. Vedel et al. |
click to see file |
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4.10 -
The Astigan High Altitude Pseudo-Satellite (HAPS)
platform
M. Greaves and P. Cruddace |
click to see file |
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4.11 -
New 5 mm geoid model for Estonia
A. Ellmann and T. Oja |
click to see file |
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Session 5
National
Reports
Chair: Jan Krynski |
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5.01 - National Report of Austria
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5.02 - National Report of
Belarus
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click to see file |

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5.03 - National Report of Belgium
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5.04 - National
Report of the Czech Republic
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click to see file |

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5.05 - National Report of Denmark
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click to see file |

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5.06 - National Report of Estonia
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click to see file |

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5.07 - National Report of Finland
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click to see file |

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5.08 - National Report of France
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click to see file |

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5.09 - National Report of Germany
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click to see file |

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5.10 - National Report of Great Britain
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click to see file |

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5.11 -
National Report of Iceland
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click to see file |

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5.12 -
National Report of Ireland
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click to see file |

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5.13 -
National Report of Italy
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click to see file |

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5.14
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National Report of Latvia
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click to see file |

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5.15 - National
Report of Lithuania
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click to see file |

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5.16 - National Report of
The Netherlands
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click to see file |

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5.17 - National
Report of North Macedonia
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click to see file |

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5.18 - National
Report of Northern Ireland
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click to see file |

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5.19 - National
Report of Norway
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click to see file |

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5.20 - National Report of Poland
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click to see files |

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5.21 - National Report of
Portugal
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click to see file |

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5.22 - National Report of
Russia
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click to see file |

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5.23 - National Report of Slovakia
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click to see file |

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5.24 - National Report of Slovenia
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click to see file |
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5.25 - National Report of Spain
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click to see file |

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5.26 - National Report of Sweden
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click to see files |

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5.27 - National Report of Switzerland
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click to see file |

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Closing Session
Chair:
Markku Poutanen |
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Resolutions M.
Greaves |
click to see files |
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EUREF
2020 Symposium
K.
Medved |
click to see file |
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Poster Presentations
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P.01
- Present and future of European reference
frames – (more than) 30 years of EUREF
M.
Poutanen et al.
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P.02
- Maintenance of the National Realization of
ETRS89 in Sweden: re-analysis of 20 years’ GPS data for SWEREF
stations
L. Jivall et al
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click to see file |
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P.03
- Joining to EUREF permanent network with Multi
GNSS CORS stations in Montenegro
B. Stamatovic et al
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click to see files |
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P.04
- Comparison of the regional solutions using
GPS and Galileo data
A. Araszkiewicz and D.
Kiliszek
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click to see files |
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P.05
- The Database of GNSS Station Velocities on
the East European Craton
V.
Gorshov et al.
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P.06
- Multi-epoch GNSS campaigns of the national
geodetic network in Estonia
J. Meetsar et al.
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P.07
- EPN Densification: Continuation and
Exploitation
A. Kenyeres et al.
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P.08
- New Functionalities in M3G - Metadata
Management System for Multiple GNSS Networks
A. Fabian et al.
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click to see file |
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P.09
- Robot vs chamber calibration-derived antenna
PCC models differences and their impact on GNSS positioning
G. Krzan et al.
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click to see file |
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P.10
- GNSS Analyses at the National Geographic
Institute of Spain. Scientific projects and impact of including
Galileo observables in the processing
U. Quintana-Salazar et al.
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click to see file |
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P.11
- Absolute Sea-Level Rise on the Estonian Coast
Based on the GNSS and Tide Gauge Time Series
A. Liibusk et al.
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click to see file |
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P.12
- EUREF’s pan-European Geodetic
Infrastructures in Support of Geosciences
A. Kenyeres et al.
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P.13
- From
traditional levelling to combinations of different epoch geodetic
data in Western Latvia
J. Kaminskis et al.
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P.14
- Latvian CORS Time Series Analysis for
2011-2018
I. Varna et al.
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click to see file |
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P.15
- Geospatial Methods: Introduction into
International Educational Courses in Environmental Protection and
Disaster Risk Management
A. Mansourian et al.
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P.16
- IResults of Project - Creation of Joint GI
Education to Increase Job Opportunities in the Region
V. Pukite et al.
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P.17
- NKG2016LU_gdot – a new model of the
postglacial gravity change in Fennoscandia
P.-A. Olsson et al.
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P.18
- High frequency precise displacement
monitoring with GNSS techniques during mining seismic events
J. Kaplon et al.
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P.19
- GNSS and ALS validation of marine geoid
models
S. Varbla et al.
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P.20
- Promoting of the Geospatial Methods:
Introduction Into International Educational Courses in
Environmental Protection and Disaster Risk Management
E. Parseliunas et al.
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