French Automatic Weather Station

Slides:



Advertisements
Similar presentations
1 French National Report Jean-Baptiste Cohuet, Météo France 8 th VOS TAG meeting, Genoa, Italy March 2011.
Advertisements

Digital Ship at Posidonia June 2006 in Association with AMMITEC CBM
VOS-TAG 8 Genua VOS National Report Germany Volker Weidner PMO Advisor.
French VOS Programme Status report th VOS-TAG meeting - Geneva April
Chart-o-Mat ICG-WIGOS TT on Metadata Management of Station Metadata at Deutscher Wetterdienst (DWD) Rainer März Section Administration.
Maintenance system and technology used in FMI´s observation network Jani Gustafsson Introduction FMI´s observation network.
T.R. THE MINISTRY OF ENVIRONMENT AND FORESTRY
Status of Canadian Marine Program Environment Canada Yvonne Cook LCM Surface Networks Gary Rink LCM Marine Networks.
Julie Fletcher Manager Marine Observations, NZ Chair, VOS Panel PMO-III, March 2006, Hamburg, Germany. Ship Inspections.
SOT-4 – Geneva – April 2007 Pierre Blouch E-SURFMAR Programme Manager.
Stennis Space Center, Mississippi
VOS data com. systems SystemServiceFormat Tranmitter + Anten. cost Cost per report Coverage Delivery way Remark Inmarsat-CStdASCII0 € (GMDSS)1.00 €Global.
Work Package 2 / 3 TECHNOLOGIAL & PROCEDURAL HARMONISATION FixO3 General Assembly 14 th to the 16 th October 2014, Heraklion-CRETE
w4fg&feature=related.
Abstract Recognizing the important role played by the WMO Marine Meteorology and Oceanography Programmes such as The Voluntary Observing Ship (VOS) and.
Data Buoy Cooperation Panel Hester Viola
Remote Monitoring of Weather at Norwegian Airports by Kjell Hegg and Lasse Stenberg.
Atmospheric Sciences 370 Observing Systems January 2007.
Weather Part IV Storms Reference: CK-12.org Earth Sciences Chapter 16 By: Robert Smith.
8/30/20151 Coastal Environmental Systems, presentation of Shipboard Weather Systems Collecting and Displaying Weather Data to Meet YOUR Needs.
Work Package 2 / 3 TECHNOLOGICAL & PROCEDURAL HARMONISATION FixO3 General Assembly 14 th to the 16 th October 2014, Heraklion-CRETE ESTOC, PLOCAN,
The E-SURFMAR Programme Pierre Blouch E-SURFMAR Programme Manager.
E-SURFMAR S-AWS developments J.B. Cohuet, H. Kleta, P. Blouch.
16/10/01DBCP Meeting-Perth Ship Automatic Weather Stations.
© Crown copyright 2011 Met Office WOW - Weather Observations Website Crowd-sourced weather obs for real OGC TC 79 Brussels, Chris Little & Aidan.
The Tiksi Hydrometeorological Observatory Program International Collaboration for Climate Studies U.S. Science Contact:
Documentation of surface observation. Classification for siting and performance characteristics Michel Leroy, Météo-France.
BPO Science Program14 December 2014Webiinar We cannot manage what we do not measure: Martin Kramp - JCOMMOPS Ship Coordinator.
20.5 Forecasting Weather Objectives
ODINBLACKSEA Meeting, Ostende October BULGARIAN ACADEMY OF SCIENCES INSTITUTE OF OCEANOLOGY BGODC 2010 BULGARIAN NATIONAL OCEANOGRAPHIC DATA.
Automated Weather Observations from Ships and Buoys: A Future Resource for Climatologists Shawn R. Smith Center for Ocean-Atmospheric Prediction Studies.
French VOS Programme Status report rd VOS-TAG meeting - Hamburg mach
Presentation & Evolution of the Shipboard Automatic Weather Station BATOS TECO BUCAREST.
E-SURFMAR Programme funded S-AWS Pierre Blouch E-SURFMAR Programme Manager.
MAMA Kickoff Meeting, Paris 11-12/3/20021 Work-Package 5: MAMA-NET Objective: To initiate a data and information exchange system (Net-MedGOOS) that will.
Met Office – Marine NetworksSarah North UK Selected ships 385 UK Auxiliary ships Nil UK VOSClim ships 52 (+ 30 Offshore platforms/Rigs – not in E-SURFMAR)
Navigation NAU 102 Lesson 29.
Internet of Things for Education : a weather station INTEL Edison Internet module inside (Arduino Breakout) build by Alain Jouve and his students Lycée.
Autonomous Polar Atmospheric Observations John J. Cassano University of Colorado.
WP3 – Task 3.6 Surface drifters Author: Pierre Blouch (EUMETNET) Date: 10 th June 2015 Version:1.0.
Height Matters. Wind, Temperature, and Humidity.
Gathering Weather Data SWBAT recognize the importance of accurate weather data; describe the technology used to collect weather data; analyze the strengths.
1 Ad hoc International Forum of Users of Satellite Data Telecommunication, Paris, 3-4 Sept 2013 Ship Based Observations Pierre Blouch EUMETNET & Météo-France.
© Crown copyright Met Office Upgrading VOS to VOSClim Sarah North.
Navigation NAU 102 Lesson 32. Weather Instruments The safety of crew, passengers, cargo and the ship itself is dependent on making good weather decisions.
With the contribution of many others (Crew and technicians of Urania, technicians of METEOFRANCE, G.Stanghellini of ISMAR...) ESURFMAR: BATOS SYSTEM INSTALLATION.
Atmospheric Sciences 370 Observing Systems January 2012.
Height Matters. Wind, Temperature, and Humidity.
Atmospheric Sciences 370 Observing Systems Winter 2016.
Brenda Leroux Babin Louisiana Universities Marine Consortium Lei Hu Dauphin Island Sea Lab, Alabama A Tale of Two Observing Systems: September 10-11, 2008Environmental.
Atmospheric Sciences 370 Observing Systems January 2010.
Chapter 20 Section 5 Forecasting Weather Objectives: -Compare and contrast the different technologies used to gather weather data -Analyze weather symbols,
Sarah North & Steve Bond PMO 5 – Chile – July 2015 UK National Report.
The Course of Synoptic Meteorology
What are they? What do they do?
Section 12.3 – Gathering Weather Data
AUTOMATIC WEATHER STATION (AWS)
Atmospheric Sciences 370 Observing Systems January 2009
Voluntary Observing Ship Scheme
Automatic Weather Station (BAS)
E-SURFMAR Programme Status & TT-AWS Report 20th PB-Obs meeting
Weather 12. Low Pressure System Air Pressure Humidity 13. Air Mass
Polar Area Weather Station (PAWS)
Meteorological Instrumentation
Weather balloons are launched twice a day
The Course of Meteorological Instrumentation and Observations
Coding issues BUFR Binary Universal code Form for the Representation of meteorological data Binary Table driven code form (BUFR, CREX) Efficient compression.
Forecasting and Research: The Olympic Sochi Testbed
Jemal Mohammed WMO RA I WORKSHOP ON AUTOMATIC WEATHER STATION (AWS) NETWORKS STRENGTHNING AND MODERNIZING OBSERVING SYSTEMS IN AFRICA,
The Course of Synoptic Meteorology
Presentation transcript:

French Automatic Weather Station Jean-Baptiste Cohuet, Météo France 8th VOS TAG, Genova, Italy 30-31 March 2011

Synopsis French Automatic Weather Stations Evolutions in Batos AWS Plans for the future

1. French Automatic Weather Stations BATOS : Parameters : Pressure, Temperature, Humidity, Wind, Sea surface temperature, Manned observations (visibility, clouds,waves…), Salinity (only on 1 VOS) Inmarsat Transmission 58 VOS MINOS : Parameters : Pressure, Temperature Argos Transmission 7 VOS

1. French Automatic Weather Stations French Batos fleet : 58 Batos Le Havre: 8 Batos Oversea 4 Batos : French Polynesia 3 Batos : Reunion Island 1 Batos : New Caledonia Caen : 5 Batos Brest : 16 Batos Nantes : 2 Batos Bordeaux : 2 Batos Aix : 17 Batos

1. French Automatic Weather Stations Coordination of the maintenance of E-Surfmar Batos Fleet (10 VOS) Irena Arctica Mary Arctica Nuka Arctica (2010) Naja Arctica (2010) Toronto Express Montreal Express Celtic Explorer Celtic Voyager (2011) + 3 ship to find, Installations planned in 2011, 2012 Mississauga Express RV Urania (2011)

2. French AWS Recent Evolution on Batos AWS: Wind sensor : Tests in an air tunnel GILL WMT52 CV3F YOUNG Humidity sensor Rotronic S3CO3 Vaisala HMP110 (10 VOS equiped) (in test)

2. French AWS Recent Evolution on Batos AWS: Salinity : SolOceans Project Sport & Science Iridium transmission Developed with Batos 4.3 Some problems with 9601-DG modem

2. French AWS Recent Evolution on Batos Software: Corrections Problem on barometer height Problem on IMMT3 files Observation statement sending Improvements Password Help file Iridium Configuration Graphic Display

3. Plans for the future On BATOS AWS No new installation of Batos AWS for Météo France network, only for E-Surfmar Substitute CV3F and Young wind sensors by WMT52 Finish Iridium development using 9602-LP modem. It will allow to use the new format to encode more complete BUFR.   A new AWS for Météo France : PACOME A general architecture (land stations, isolated places, airports, ships, buoys…) with specificities for the ships. Météo France is in a tendering procedure Available for tests in 2013

Thank you for your attention