Considerations for GOES-R Readiness in Canada Michael Manore David Bradley Meteorological Service of...

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Considerations for GOES- R Readiness in Canada Michael Manore David Bradley Meteorological Service of Canada Service météorologique du Canada Environment Canada Environnement Canada

Transcript of Considerations for GOES-R Readiness in Canada Michael Manore David Bradley Meteorological Service of...

Page 1: Considerations for GOES-R Readiness in Canada Michael Manore David Bradley Meteorological Service of Canada Service météorologique du Canada Environment.

Considerations for GOES-R Readiness in Canada

Michael Manore

David Bradley

Meteorological Service of Canada

Service météorologique du Canada

EnvironmentCanada

EnvironnementCanada

Page 2: Considerations for GOES-R Readiness in Canada Michael Manore David Bradley Meteorological Service of Canada Service météorologique du Canada Environment.

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Outline

• Meteorological Service of Canada– Space Based Monitoring project

• How MSC uses GOES today

• MSC Infrastructure for GOES

• Key Questions

Page 3: Considerations for GOES-R Readiness in Canada Michael Manore David Bradley Meteorological Service of Canada Service météorologique du Canada Environment.

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Space Technology in the MSC• Largest Canadian user of real-time operational satellite data

(approx. 50 GB/day)

• Operational mandate requires access to real-time, reliable, long-term technology programs with built-in redundancy

• Core forecasting program depends on data from primarily U.S., Japanese and European satellite programs

DMSP

GOES

RADARSAT

POES

NESDID & NIC - Washington

Page 4: Considerations for GOES-R Readiness in Canada Michael Manore David Bradley Meteorological Service of Canada Service météorologique du Canada Environment.

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Canadian Space AgencyPartnership

MSC is a major partner in the Earth Observation theme ofthe Canada Space Plan

Four major areas of cooperation are: • Advanced atmospheric research instruments• Data assimilation and modeling• RADARSAT-1, -2, -C• Cryosphere and Climate initiative

MOPITT on Terra OSIRIS on ODINWINDII on UARS ACE on SCISAT-1 CLOUDSAT

1991 1999 200320012000

Page 5: Considerations for GOES-R Readiness in Canada Michael Manore David Bradley Meteorological Service of Canada Service météorologique du Canada Environment.

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EC Space-Based Monitoring Project

New EC coordination project for satellite EO data• Meteorological (MSC) and other applications

(ice, oil spill, ecosystem/land cover mapping, etc)

Key objectives are:• Understanding Requirements

– gather & assess priorities

• Ensuring Access – ensuring a coordinated, sustainable satellite acquisition

infrastructure, including backup

• Strategic Planning– developing long term plan to guide investment and use of space-

based EO data

Page 6: Considerations for GOES-R Readiness in Canada Michael Manore David Bradley Meteorological Service of Canada Service météorologique du Canada Environment.

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Current Use of GOES data in MSC

• Operational Weather Forecasting

• Numerical Weather Prediction

• Research

• Data Collection System – ~ 700 Canadian Hydrometric Network sites

• Environmental Prediction & Monitoring– Sea Ice– Volcanic Ash– Droughts/Floods– Forest Fire Prediction

Page 7: Considerations for GOES-R Readiness in Canada Michael Manore David Bradley Meteorological Service of Canada Service météorologique du Canada Environment.

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Severe Weather Forecasts and Warnings

• Data used for: – severe weather

warnings– 0 to 24 hour

forecasting– aviation forecasts

• Each weather centre is equipped to receive satellite data in real-time

• GOES animation is a key visualization tool

Page 8: Considerations for GOES-R Readiness in Canada Michael Manore David Bradley Meteorological Service of Canada Service météorologique du Canada Environment.

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Numerical Weather Prediction• MSC produces 5-10 day

forecasts every 12 hrs., 365 days a year

• 4-D Var data assimilation scheme

• Satellite data are the second most important input to meteorological models after weather balloon data

IM3 (6.7 m) pixel selection* from GOES-E/W

Page 9: Considerations for GOES-R Readiness in Canada Michael Manore David Bradley Meteorological Service of Canada Service météorologique du Canada Environment.

NWP – Atmospheric Winds

Example coverage of Atmospheric Motion Winds - 100-400 hPa (6 hour prd)

Page 10: Considerations for GOES-R Readiness in Canada Michael Manore David Bradley Meteorological Service of Canada Service météorologique du Canada Environment.

Icing (red color)

1. ICING STUDIES2. FOG STUDIES3. MICROPHYSICAL STUDIES

IR Temperature

GOES Research

Page 11: Considerations for GOES-R Readiness in Canada Michael Manore David Bradley Meteorological Service of Canada Service météorologique du Canada Environment.

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Limitations of Geostationary for Canada

• Limited useful coverage for Canada’s Arctic• Resolution degrades significantly as you move northward • current GOES scheduling can limit coverage

Arctic POES vs GOES imagery

Page 12: Considerations for GOES-R Readiness in Canada Michael Manore David Bradley Meteorological Service of Canada Service météorologique du Canada Environment.

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MSC GOES-E/W Receiving Sites

7 GOES-E systems & 3 GOES-W systems

• Global Imaging receiver and software• CMC Dorval has 3 systems – provides data to our national EC weather office web site

GOES-12 (East)GOES-10 (West)

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Satellite Distribution

• National satellite based redistribution system (SATNET) to retransmit satellite images, bulletins, charts etc to all weather centres across Canada.

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Key Questions

• What are the technical characteristics and options for receiving GOES-R data?– investment decisions are required on the number of reception stations;

land/SatNet re-distribution options, etc.

• What are the Backup & Contingency plans?– GOES data, products and DCS are mission critical

• Is MSC Prepared for GOES-R?– workstation compatibility, algorithm development, meteorologist training,

etc.

• What archiving scenarios are being developed?– legal obligations, research uses