How & Why is the Arctic Changing? -> Integrate IASOA datasets - - PowerPoint PPT Presentation

how why is the arctic changing integrate iasoa datasets
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How & Why is the Arctic Changing? -> Integrate IASOA datasets - - PowerPoint PPT Presentation

Inter ternational A Arctic S System ems f for O Obser erving t g the A e Atmospher ere e (IASOA) ion A A Por ortal f l for D Dis iscovery, a a Pla latform f for Pa Pan-Arctic ic C Collab labor oration


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Inter ternational A Arctic S System ems f for O Obser erving t g the A e Atmospher ere e (IASOA) – A A Por

  • rtal f

l for D Dis iscovery, a a Pla latform f for Pa Pan-Arctic ic C Collab labor

  • ration

ion

sandy.starkweather@noaa.gov

May 20, 2014 GMAC

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SLIDE 2

May 12, 2014 PSD-Flash May 20, 2014 GMAC

How & Why is the Arctic Changing? -> Integrate IASOA datasets and experts in sustained science collaborations

NCEP-NCAR Composite mean air temperature anomalies (1000mb); 2001-2012 compared to 1971- 2000. NOAA/ESRL – PSD. Image with help from B. DeLuisi & Cathy Smith

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Integrating across Time, Geography and Process with Arctic Observatories

1000+ Datasets in Atmospheric Physics & Chemistry, Cryospheric, Ecological 10 Locations: Coastal, Estuary Continental, Ice Sheet, High Elev. Social Integration: Time Zones, Languages, Cultures, Expertise, National Needs & Priorities Records reaching back 30+ years

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SLIDE 4

Image with help from – B. DeLuisi Web development – C. Kreuzter

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SLIDE 5

Data Access Portal (cross-site inventory)

  • Populated with structured, machine-readable

metadata

  • Information organized in “IASOA context”

-------- Pan-Arctic, Ground-Based, Long-Term ------------- -------- Atm Physics, Chem, Surface -------------

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SLIDE 6

Portal Population (800+ metadata files)

(~400) Harvested from major archives (as is) (~200) Working with archives on structure (~200) Hand Authored

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SLIDE 8

4 Search Results

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SLIDE 9

Emphasize Attribution

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SLIDE 10

Emphasize Access

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SLIDE 11

World Data Center Contributions

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SLIDE 12

GMD Data Finder

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SLIDE 13

Alert 2 m Eureka 10 m Tiksi 20 m Ny-Alesund 30 m Summit, Greenland 50 m Cherskii 35 m

Images courtesy T. Uttal, R. Albee, M. Okraszewski

  • Identify interests and gaps
  • Identify observing systems

& datasets of interest

  • Identify collaborators and

experts

  • Develop common

approaches to data processesing (e.g. GAW)

  • Develop common error

estimates

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SLIDE 14
  • Address Arctic-specific

challenges

  • Take regional factors

into account (e.g. exceptionally clean air, frost and rime)

  • Address deficiencies,

improve network fitness

May 20, 2014 GMAC Images courtesy Rob Albee

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SLIDE 15

Images courtesy C. Cox and N. Miller. Data: NOAA, NSF-ICECAPS, ETH, DOE-ARM. Rob Albee.

Comparison between historical radiometers and new NOAA suite revealed error

  • issues. Large
  • bservatories have

a lot of diagnostic tools, e.g. AERI

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SLIDE 16

May 20, 2014 GMAC

  • Analyze and

synthesize

  • Improve the

metadata

  • REPEAT with

new questions, diversified expertise (e.g. cal-val)

Image courtesy B. Stone

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SLIDE 17

May 12, 2014 PSD-Flash May 20, 2014 GMAC

IASOA Portal and Collaboration Summary

  • Data is discoverable and accessible

with machine-readable metadata

  • Highly leveraging existing networks
  • Reliant on humans to maintain &

improve data/metadata

  • “Collaboratory” Cycle – Context

provides impetus

  • Benefits improved network fitness
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SLIDE 18

THANK YOU. Questions?