Presentation is loading. Please wait.

Presentation is loading. Please wait.

GITEWS German Involvement for a Tsunami Early Warning System Tide Gauges.

Published byJohn Howard Blake Modified over 9 years ago

Similar presentations

Presentation on theme: "GITEWS German Involvement for a Tsunami Early Warning System Tide Gauges."— Presentation transcript:

1 GITEWS German Involvement for a Tsunami Early Warning System Tide Gauges

2 Components of a Tsunami Early Warning System (1) Real-Time Earthquake Monitoring Seismology: Location and magnitude in a few minutes Deformationmeasurements by GPS (2) Real-Time Sea-Level Monitoring GPS-Buoys with ocean-bottom pressure sensor GPS equipped Tide Gauges (3) Tsunami Simulation (4) Installation of National/Regional Data- and Early-Warning Centers (5) Capacity Building

3 Concept for a Tsunami Early Warning System + strong motion + GPS sensors + seismic + strong motion + GPS sensors

4 Preliminary GEOFON/BMG Station Gunungsitoli (Nias)

5 Tsunami-Buoy GPS-Antenna Windgenerator Communication Meteorological Instruments Acustic Modem Ocean Bottom- Seismometer Pressure Sensor Ocean-Bottom-Unit Tsunami Buoy-OBU System Solar Panels

6 German Contribution Around 20 CGPS@TG Radar Gauge + 2 others (pressure / float) Additionally High Rate GPS, VSAT, Strong Motion „Joint Declaration“ with Indonesia Request by IOC for 5 additional TGs Currently, focus to Indonesia (10 tide gauges)

7 GPS Receiver Computer INTERNET/Phone Power Supply Notes:Sporadic leveling between ARP and Pressure Sensor 1 (MSL) Power supply either 230V with Backup-solar-power or solar power only Radar Gauge Pressure Sensor 1 Pressure Sensor 2 GPS MSL

8 Radar Gauge Pressure Gauge GPS GPS Receiver Computer INTERNET/Phone Power Supply Notes:Regular (once per year) 1st order leveling Power supply either 230V with Backup-solar-power or solar power only MSL > 500 m

9 PC104 Linux Sat-Comm Data Logger RS232 HF/WLAN Solar Pressure 1 Pressure 2 Radar 1 (optional) ~~~~ Seismo Design for Tide Gauge Stations within the Tsunami Warning System Solar Meteo GPS GSM

10 BAKOSURTANAL Proposal for new tide gauges Up to 10 GPS-equipped tide gauges

11 Installation September 2006

12 GITEWS: cGPS@TG Sadeng, Java Tidal house building: Radar Gauge Pressure Gauge and Floating Tide Gauge GPS Pole staff To be added: GTS, VSAT

13 Float and Pressure Gauge

14 Solar Power Array

15 GITEWS: cGPS@TG Telukdalam, Nias Tidal house building: Radar Gauge 2 Pressure Gauges Pole staff To be added: GTS GPS marker Leveling markers Pole staff

16 GITEWS: cGPS@TG Telukdalam, Nias GPS building: Computer GPS Receiver Communication equipment (PASTI) To be added VSAT GPS antenna Leveling marker (one out of three at land)

17

18

19

20

21

Download ppt "GITEWS German Involvement for a Tsunami Early Warning System Tide Gauges."

Similar presentations

Advanced ocean floor observatory for mega-thrust earthquakes and tsunamis around the Nankai Trough, Southwestern Japan Yoshiyuki KANEDA DONET GROUP Department.

Advanced ocean floor observatory for mega-thrust earthquakes and tsunamis around the Nankai Trough, Southwestern Japan Yoshiyuki KANEDA DONET GROUP Department.
Tsunami Early Warning in the Indian Ocean – Joint German Indonesian Effort J. Lauterjung, GeoForschungsZentrum Potsdam.

Tsunami Early Warning in the Indian Ocean – Joint German Indonesian Effort J. Lauterjung, GeoForschungsZentrum Potsdam.
Malaysian Seismological Network

Malaysian Seismological Network
Tsunami Advisory Information for the Northwest Pacific and Indian Oceans issued by the Japan Meteorological Agency Yuji NISHIMAE Japan Meteorological Agency.

Tsunami Advisory Information for the Northwest Pacific and Indian Oceans issued by the Japan Meteorological Agency Yuji NISHIMAE Japan Meteorological Agency.
Dense Ｏ cean floor Ｎ etwork system for Ｅ arthquakes and Ｔ sunamis （ DONET) Yoshiyuki KANEDA DONET GROUP Department of Oceanfloor Network System Development.

Dense Ｏ cean floor Ｎ etwork system for Ｅ arthquakes and Ｔ sunamis （ DONET) Yoshiyuki KANEDA DONET GROUP Department of Oceanfloor Network System Development.
1 U.S. Department of the Interior U.S. Geological Survey Earthquake Monitoring and Reporting through the Advanced National Seismic System Briefing for.

1 U.S. Department of the Interior U.S. Geological Survey Earthquake Monitoring and Reporting through the Advanced National Seismic System Briefing for.
The new IMO, in operation since 2009, is responsible for monitoring and research of all natural hazards in Iceland, providing warnings and forecasts of.

The new IMO, in operation since 2009, is responsible for monitoring and research of all natural hazards in Iceland, providing warnings and forecasts of.
Instrumentation and Quantification of Tsunamis With an Emphasis on the Santa Barbara Channel.

Instrumentation and Quantification of Tsunamis With an Emphasis on the Santa Barbara Channel.
Tsunami Use Case Tsunami modelling and early warning systems for near source areas (Mediterranean, Juan de Fuca) -> mutual need for tsunami event field.

Tsunami Use Case Tsunami modelling and early warning systems for near source areas (Mediterranean, Juan de Fuca) -> mutual need for tsunami event field.
Www.pol.ac.uk Tide Gauges Philip L. Woodworth Permanent Service for Mean Sea Level.

Tide Gauges Philip L. Woodworth Permanent Service for Mean Sea Level.
Tsunamis Detection The Mission  Tsunamis Detection can help to minimize loss of life and property from future tsunamis. Mission Introduction Mechanism.

Tsunamis Detection The Mission  Tsunamis Detection can help to minimize loss of life and property from future tsunamis. Mission Introduction Mechanism.
Coupled with the DART 4G system, PMEL is working on the next generation Tsunami Forecast System. New modeling capability will use NOAA supercomputers to.

Coupled with the DART 4G system, PMEL is working on the next generation Tsunami Forecast System. New modeling capability will use NOAA supercomputers to.
Instituto de Meteorologia, I.P. Department of Seismic and Geophysical Monitoring NEAREST 1 st Meeting, Bologna, October 2006.

Instituto de Meteorologia, I.P. Department of Seismic and Geophysical Monitoring NEAREST 1 st Meeting, Bologna, October 2006.
By Dr. Somchai Baimoung Director of Weather Forecast Bureau Thai Meteorological Department (TMD) Asian Monsoon Year 2008 (AMY08) Workshop September 3 rd.

By Dr. Somchai Baimoung Director of Weather Forecast Bureau Thai Meteorological Department (TMD) Asian Monsoon Year 2008 (AMY08) Workshop September 3 rd.
SUPERSITES COORDINATION WORKSHOP Monday 10 June 2013

SUPERSITES COORDINATION WORKSHOP Monday 10 June 2013
Tsunamis and Tsunami Detection Systems December 1, 2010 Physical Oceanography Presentation Jeana Drake.

Tsunamis and Tsunami Detection Systems December 1, 2010 Physical Oceanography Presentation Jeana Drake.
GLACSWEB Kirk Martinez, Jane K. Hart, Royan Ong & Joseph Stefanov, University of Southampton; Ian Marshall & David Robinson,BTExact; Ian Marshall & David.

GLACSWEB Kirk Martinez, Jane K. Hart, Royan Ong & Joseph Stefanov, University of Southampton; Ian Marshall & David Robinson,BTExact; Ian Marshall & David.
President’s Proposed Expansion of Tsunami Warning System Eddie Bernard Director, Pacific Marine Environmental Laboratory (PMEL)/NOAA Member, National Tsunami.

President’s Proposed Expansion of Tsunami Warning System Eddie Bernard Director, Pacific Marine Environmental Laboratory (PMEL)/NOAA Member, National Tsunami.
Integrated Analyses for Monitoring and Rapid Source Modeling of Earthquakes and Tsunamis Brendan Crowell Subduction Zone Observatory Seminar May 13, 2015.

Integrated Analyses for Monitoring and Rapid Source Modeling of Earthquakes and Tsunamis Brendan Crowell Subduction Zone Observatory Seminar May 13, 2015.
Measuring Sea Level Change

Measuring Sea Level Change

Similar presentations

Ads by Google