GNSS-meteorology situation

Slides:

Advertisements

Similar presentations

Graz 2003 Report of the OLG LAC EPN and other activities Report 2003 E. Cristea, Space Research Institute, Austrian Academy of Sciences G. Stangl, Federal.

Advertisements

EPN LAC Workshop 2008 Frankfurt Main, Germany, October, 2008 ASI Local Analysis Center Report C. Ferraro, Telespazio/CGS Matera R. Pacione, e-GEOS/CGS.

E-GVAP Space Weather Week, Brussels E-GVAP The EUMETNET GPS Water Vapour Programme Presentor: Henrik Vedel Danish Meteorological Institute Coordinator.

Mesoscale ionospheric tomography over Finland Juha-Pekka Luntama Finnish Meteorological Institute Cathryn Mitchell, Paul Spencer University of Bath 4th.

Armasuisse Swiss Federal Office of Topography swisstopo swisstopo Report for EGVAP 2008/2009 E. Brockmann.

Real-Time Orbit And Clock Estimation Using PANDA Software Shi C, Lou YD, Zhao QL, Liu JN GNSS Research Center, Wuhan University, China IGS Analysis Center.

E-GVAP: EUMETNET GPS Water Vapour Programme

© Crown copyright Met Office GPS Water Vapour in the UK and the E-GVAP Project Jonathan Jones, Upper Air Team, Observations R&D, UK Met Office

The new solution EzSurv (former OnPoz) Main features: Get the best accuracy out of Stonex GNSS equipment in post- processing Perform static and kinematic/stop&go.

GPS data during SOP1 & SOP2 (D4B2) Olivier Bock, LAREG IGN Pierre Bosser, ENSG IGN Contributions from: -C. Champollion, E. Doerflinger (LDL) France -R.

SRI Seminar 2005 Time series of GPS stations For reference, monitoring and geophysics Günter Stangl Federal Office of Metrology and Surveying.

ESOC Navigation Support Office IGS Workshop 2008 Miami ESOC New Developments and Innovations T.A. Springer, F. Dilssner, E. Schoenemann, M. Otten, I. Romero,

1 First Results of the CMONOC GNSS Network Junping Chen Bin Wu, Shuhua Ye, Shanghai Astronomical Observatory

Armasuisse Swiss Federal Office of Topography swisstopo swisstopo (LPT) Report 2006/2007 E. Brockmann.

VRS Network The Magic Behind the Scene

1/17 REFAG Symposium 6 October 2010 – Marne-la-Vallée, France Recent Results from the IGS Terrestrial Frame Combinations __________________________________________________________________________________________________.

GRUAN GNSS Precipitable Water (GNSS-PW) Task Team: 10 members from 7 countries 1 Seth Gutman John Braun June Wang Galina Dick & Jens Wickert Gunnar Elgered,

TECO-2006 Geneva, Dec. 3-5, Improvements in the Upper-Air Observation Systems in Japan M. Ishihara, M. Chiba, Y. Izumikawa, N. Kinoshita, and N.

EPN Central Bureau IGS Analysis Workshop 2008, Miami Royal Observatory of Belgium C. Bruyninx, J. Legrand, F. Roosbeek EPN Central Bureau Royal Observatory.

The IGS contribution to ITRF2013 – Preliminary results from the IGS repro2 SINEX combinations Paul Rebischung, Bruno Garayt, Xavier Collilieux, Zuheir.

TRANCAT Fifth Framework Programme ENERGY, ENVIRONMENT AND SUSTAINABLE DEVELOPMENT 2nd - 3rd October 2003: SECOND TRANSCAT MEETING ARPAL Regional.

VTEC prediction using a recursive artificial neural networks approach in Brazil: initial results Engineer School - University of São Paulo Wagner Carrupt.

Page 1© Crown copyright 2004 Development of a Ground Based GPS Network for the Near Real Time Measurement of Integrated Water Vapour (IWV) Jonathan Jones.

CEGRN 2015 Campaign A. Caporali (1), J. Zurutuza (1), O. Khoda (2), G. Stangl (3), M. Becker (4), M. Bertocco (1), L. Gerhatova (5), M. Mojzes (5), M.

January 14, 2003GPS Meteorology Workshop1 Information from a Numerical Weather Model for Improving Atmosphere Delay Estimation in Geodesy Arthur Niell.

Catalunya as validation supersite for GPM Catalunya and it’s current equipment. Catalunya represents the climatology of the Mediterranean area (the most.

ENEON first workshop Observing Europe: Networking the Earth Observation Networks in Europe September, Paris EUREF Permanent GNSS Network Carine

P PP based on the processing of GPS static observations is limited by the number of visible satellites, among other things, which is often insufficient.

The Male’ Declaration Proposal for Phase 4 Implementation.

Spain is a country located in southwestern Europe.Its bordered to the south and east by the Mediterranean Sea except for a small land boundary with Gibraltar;

Ian Thomas, Nigel Penna, Matt King, Peter Clarke Introduction GPS measurements of Zenith Tropospheric Delay (ZTD) and Precipitable Water (PW) vapor are.

Österreichische Akademie der Wissenschaften (ÖAW) / Institut für Weltraumforschung (IWF), 8042 Graz, Austria, Contact:

P. Mitterschiffthaler, D. Ruess, G. Stangl, H. Titz, Ch. Ullrich, E. Zahn EUREF National Report Austria.

National Height Modernization Eastern Regional Meeting March 4, 2014 Continuously Operating Reference Stations (CORS) Neil D. Weston National Geodetic.

Armasuisse Swiss Federal Office of Topography swisstopo Determination of Tectonic Movements in the Swiss Alps using GNSS and Levelling E. Brockmann, D.

IGARSS 2011, Vancuver, Canada July 28, of 14 Chalmers University of Technology Monitoring Long Term Variability in the Atmospheric Water Vapor Content.

Armasuisse Swiss Federal Office of Topography swisstopo swisstopo Report for EGVAP 2007/2008 E. Brockmann.

GALOCAD GAlileo LOcal Component for nowcasting and forecasting Atmospheric Disturbances R. Warnant, G. Wautelet, S. Lejeune, H. Brenot, J. Spits, S. Stankov.

ESOC Navigation Support Office IGS Workshop 2008 Miami IGS Real Time Pilot Project: Analysis Centre Activities Loukis Agrotis 4 June 2008.

IGS Workshop 2008, Miami Beach IGN activities as IGS data center The IGN Global Data Centre (GDC) has been designed and implemented in answer to both the.

Control Methods Workshop 2010 campaign, Ispra April / 37 GNSS: how should we measure parcels in 2010 ? Cozmin LUCAU, Krasimira GANISHEVA,

COST ES1206 (GNSS4SWEC) M.C. Meeting Reykjavik, Iceland NATIONAL REPORT OF BELGIUM, 2016 Eric Pottiaux, Royal Observatory of Belgium (ROB) Roeland van.

Recent GNSS activities in Germany for COST

Recent GNSS activities in Germany for COST and E-GVAP

WG3: GNSS for climate monitoring

Ilke Deniz, Cetin Mekik, Gokhan Gurbuz

ES1206: Advanced GNSS tropospheric products for monitoring severe weather and climate (GNSS4SWEC) 3rd Action Workshop Reykjavik, Iceland, 8-10th March.

Synthetic benchmark datasets for homogenization of IWV time series

Rosa Pacione (e-geos, ASI/CGS, Italy)

Overview of GNSS & GNSS-Met situation in France

Status of GNSS ionospheric Study in Korea

A global model for the conversion of ZWD to IWV

Optimizing high-resolution troposphere estimates using PPP method and Benchmark data set Václavovic P., Douša J. Geodetic Observatory Pecný, RIGTC, Czech.

Real-Time Working Group

Appliance of IceCORS network 2017 by Dalia Prizginiene

Troposphere delay stochastic modelling in precise real-time GNSS applications Tomasz Hadaś1, Norman Teferle2, Wenwu Ding2, Kamil Kaźmierski1, Nicolas Hadjidemetriou2,

Presentation of Public ESA Multi-GNSS Products

CNES Real-time Analysis center Status

Application of GI to weather forecasting

Smart Water Fund Products

GPS Network: Status GFZ

New Features of the GNSS Data Center

ESOC IGS Reprocessing T. Springer, F. Dilssner, E. Schoenemann,

Multi-technique comparison of troposphere zenith delays and gradients during CONT08 Kamil Teke (1,2), Johannes Böhm(1), Tobias Nilsson(1), Harald Schuh(1),

IDS workshop, Venice, Italy, September 2012

WHY DOES THE IGS CARE ABOUT EOPs?

ADASA SISTEMAS, S.A. (AGBAR Group)

ESOC Combined GNSS Processing

ESOC Combined GNSS Processing

27th IUGG General Assembly July 8-18, 2019 Montreal, Canada

Presentation transcript:

GNSS-meteorology situation SPAIN Dr. Enrique Priego COST ES1206, Iceland 8-10 march 2016

IGN IGN-E background IGN managing GNSS national network ̴ 50 stations 22 of them integrated in the EUREF PN EUREF Local Analysis Center since 2001 Proccessing subnetwork 64 EPN stations Final and rapid solutions Updated to BSW 5.2, GPS+GLONASS IGE, E-GVAP Analysis Centre since 2008 EUMETNET GNSS Water Vapour Programme Providing ZTD from ~ 340 stations for Spain & Portugal in NRT

IGN Current processed Network for E-GVAP Previous PP process ~ 350 stations 72 IGS or EPN stations 10 E-GVAP “supersites” 19 IGb08 for Datum fixing > 300 stations in the area: Spain Public (regional networks) Private Portugal and France (south) Public stations (IGP & IGN) From 22 different regional networks Not all the stations provide hourly data on time (limit < 25 min): Normally, about 320 stations are NRT processed for E-GVAP From: E-GVAP web (egvap.dmi.dk)

IGN Submitting new E-GVAP solution IGE migrates to BSW 5.2 (from April 2014) Continue proccessing for EUREF, E-GVAP, Repro-2 projects in the south-west European area. Currently testing real-time ZTD estimation for RTK purposses. BSW 5.2 2010 IERS standars Dry GMF a priori / wet GMF estimation Atmospheric Tidal Loading (ATL) applied GPS + GLONASS Small changes in FES2004 ocean loading coefficients CODE ultrarrapid orbits and ERPs 6 hours NEQ combination 14 minutes proccessing Files in new COST 2.2 format

AEMET ZTD GNSS data assimilation

University Heavy rain analysis based on ZTD GNSS Analysis of local heavy rainfalls with PW-GNSS Extrapolation of pressure data from the nearest stations Monitoring PW-GNSS in the Spanish Mediterranean Area Cartographic representation of ZTD or PW Graphical comparison between interpolation methods (GIS)

University Heavy rain analysis based on ZTD GNSS 12 years in Valencia city IWV fields correlate well with approaching frontal rainfall

University Monitoring in Spanish Mediterranean area

University Monitoring in Spanish Mediterranean area

THANK YOU for you attention! SPAIN COST ES1206, Iceland 8-10 march 2016