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SATAID Akihiro SHIMIZU Meteorological Satellite Center / Japan - PowerPoint PPT Presentation

Sep 06, 2022 •208 likes •564 views

Meteorological Satellite Center (MSC) of JMA Meteorological Satellite Center (MSC) of JMA Practical Training on the utilization of Himawari-8 Imagery using SATAID Akihiro SHIMIZU Meteorological Satellite Center / Japan Meteorological Agency

  1. Meteorological Satellite Center (MSC) of JMA Meteorological Satellite Center (MSC) of JMA Practical Training on the utilization of Himawari-8 Imagery using SATAID Akihiro SHIMIZU Meteorological Satellite Center / Japan Meteorological Agency AOMSUC-10 2 nd December 2019, Melbourne, Australia 2014 Himawari-8 2016 Himawari-9

  2. Meteorological Satellite Center (MSC) of JMA Overview of the Himawari-8 observation (10 minutes Repeat Cycle) Predefined area Flexible observation area Region 2 Region 3 Region 4 Region 5 Region 1 Full Disk Observation 2000 x 1000km 2000 x 1000km 1000 x 1000 km 1000 x 500 km 1000 x 500 km (NE Japan) (SW Japan) (Target Area) (Landmark Area) (Landmark Area) every 10 min. Every 2.5 min. Every 2.5 min. Every 2.5 min. Every 30 sec . Every 30 sec . • AHI (Advanced Himawari Imager) on Himawari-8 has the ability of various scans during 10 minutes Full Disk observation. • AHI can flexibly change the scan range of “Target Area” for observation of phenomena such as typhoons and active volcanoes. • Lunar observation: performed using Landmark Area (Region 5) 2

  3. Meteorological Satellite Center (MSC) of JMA AHI Spectral Bands (5 bands -> 16bands) Himawari-8/9 Imager (AHI; Advanced Himawari Imager) Spatial Central cf. Band Physical Properties Resolution Wavelength MTSAT-2 Bands 1 0.47 μ m vegetation, aerosol 1 km 3 Visible Visible 2 0.51 μ m vegetation, aerosol Bands (VIS) VIS 3 0.5 km 0.64 μ m Vegetation, low cloud, fog 0.68 μ m 4 1 km 0.86 μ m vegetation, aerosol Addition Near of NIR 5 Infrared 1.6 μ m cloud phase/particle size 2 km (NIR) Bands 6 2.3 μ m cloud particle size IR4 7 3.9 μ m low cloud, fog, forest fire 3.7 μ m 8 6.2 μ m upper-level moisture Increase IR3 9 6.9 μ m of WV mid- and upper-level moisture 6.8 μ m Bands 10 7.3 μ m mid-level moisture 11 8.6 μ m cloud phase, SO 2 Infrared 2 km (IR) 12 9.6 μ m Ozone content Increase IR1 13 10.4 μ m cloud imagery, information of cloud top of TIR 10.8 μ m 14 11.2 μ m cloud imagery, sea surface temperature Bands IR2 15 12.4 μ m cloud imagery, sea surface temperature 12.0 μ m 16 13.3 μ m cloud top height

  4. Meteorological Satellite Center (MSC) of JMA Too many bands! • 16 bands’ images contain a lot of information about B01(V1) B02(V2) B04(N1) B05(N2) B03(V3) B06(N3) – Cloud thickness, top temperature 0.47[µm] 0.51[µm] 0.86[µm] 1.6[µm] 0.64[µm] 2.3[µm] – Cloud particle size, cloud phase (ice/liquid) – Humidity – Volcanic ash B07(I4) B08(WV) B10(W3) B11(MI) B09(W2) B12(O3) – Vegetation 3.9[µm] 6.2[µm] 7.3[µm] 8.6[µm] 6.9[µm] 9.6[µm] – etc. • Solution -> RGB image B13(IR) B14(L2) B16(CO) B15(I2) – Can illustrate multiple information on one image. 10.4[µm] 11.2[µm] 13.3[µm] 12.4[µm] – Can be composed by simple process. – “SATAID” can compose RGB image easily. 4

  5. Meteorological Satellite Center (MSC) of JMA What’s RGB? • Red (R), green (G) and blue (B), which are the three primary colors of light, constitute color space expressing additive color composite • RGB compositing is a technique to display a color using this property of the three primary three primary colors RGB colors of light 5

  6. Meteorological Satellite Center (MSC) of JMA Application to Satellite Imageries “ High “ cloud “ Thick “ cloud “ Ice “ cloud RGB composite NIR IR VS Thick and high cloud (Cb) areas appear yellow! Cloudless Thin high-level cloud with ice particles If you want to focus on Thin high-level the low level Thick high-level cloud with cloud with ice water droplets clouds, look particles at cyan area. Thin low- Thick low- level cloud level cloud Thick low-level with water cloud with water with ice droplets droplets particles 6

  7. Meteorological Satellite Center (MSC) of JMA Well-known RGBs from Himawari-8 Day Natural Colors Day Microphysics Night Microphysics True Color Airmass Day Snow-Fog Day Convective Storm Dust 7 http://www.data.jma.go.jp/mscweb/data/himawari/sat_img.php?area=fd_

  8. Meteorological Satellite Center (MSC) of JMA What is SATAID? SATAID ( SAT ellite A nimation and I nteractive D iagnosis) is a sophisticated display software visualizing meteorological information in multiple dimensions (spatial and temporal) , which assists forecasters to analyze and monitor continually weather parameters and phenomena for better meteorological services. Customize display Data overlay With NWP data Multiple Animation functions With observation data 8 8

  9. Meteorological Satellite Center (MSC) of JMA What can we do by using SATAID? • With SATAID, you can … – Display (and overlay) satellite imagery and NWP data (and various observations i.e. SYNOP, SHIP, TEMP, Radar, Wind Profiler, ASCAT etc. if its format prepared) – Use many functions vertical cross-sectional chart, time-series chart, digital data output to CSV file...... – Save as a file including a package of all data your drawings and comments, which will be useful for trainings and case study archives – Analyze position and intensity of tropical cyclones 9

  10. Meteorological Satellite Center (MSC) of JMA RGB composite imagery on SATAID • SATAID can show RGB imagery easily by using RGB image list dropdown menu. • Select the name of RGB imagery -> Apply • The RGB list file can edit and you can add new RGB recipe. 10

  11. Meteorological Satellite Center (MSC) of JMA JMA original RGB recipes SO2 RGB Cloud phase distinction RGB • RGB list file for SATAID includes some JMA original RGB recipes 11 Differential Water Vapor RGB

  12. Meteorological Satellite Center (MSC) of JMA How can we get SATAID?  WIS Website http://www.wis-jma.go.jp/cms/sataid/ • Internet Environment is required • 5 channels are available every 10 minutes • ID and Password are required ( wis-jma at met.kishou.go.jp )  Himawari-Cast http://www.data.jma.go.jp/mscweb/en/himaw ari89/himawari_cast/himawari_cast.html Dedicated antenna and computers • are required 14 channels are available every 10 • minutes Asia and Oceania Meteorological Satellite Users' Conference 12

  13. Meteorological Satellite Center (MSC) of JMA Hands-on training on basic SATAID functions and displaying RGBs / ASWind data It’s time to practice using main SATAID functions in order to get used to its basic operations! Then let’s take a look these case studies by SATAID modules. 1. Typhoon Hagibis (T1919) approaching Japan • 12 October, 2019 00:00 UTC – 18:30 UTC 2. Flood in Papua New Guinea • 22 September, 2019 00:00 UTC – 23 September, 2019 18:30 UTC 3. Volcanic eruption of Raikoke, Kuril Islands • 21 June, 2019 18:00 UTC – 22 June, 2019 06:00 UTC 4. Volcanic eruption of Ulawun, Papua New Guinea • 3 August, 2019 00:00 UTC – 4 August, 07:00 UTC 5. Tropical Storm Kajiki (T1914) hitting Hainan and Vietnam • 2 September, 2019 00:00 UTC – 23:50 UTC 13

  14. Meteorological Satellite Center (MSC) of JMA Overview of SATAID case study modules Check! Analyze satellite imagery with weather chart, observation data and so on. Animation makes easy to analyze satellite imagery. Text displaying with brief explanations. 14

  15. Meteorological Satellite Center (MSC) of JMA Overview of Case 1 Typhoon Hagibis (T1919) approaching Japan Overlaying NWP data ASWind data displaying on WV imagery (brand-new update!) Changing and comparing multi band imagery (N3: Band 6, 2.3 μm ) Let’s have a familiarity with the SATAID basic operations! 15

  16. Meteorological Satellite Center (MSC) of JMA Overview of Case 2 Flood in Papua New Guinea Day Convective Storms RGB Focus on Cb clouds which brought heavy rain and flood. Zoom-in! (Ctrl +Alt + right-click) Zoom-out! (Ctrl +Alt + left-click) Sandwich imagery 16

  17. Meteorological Satellite Center (MSC) of JMA Overview of Case 3 Volcanic eruption of Raikoke, Kuril Islands Brownish ash plume is Analysis drawings by distinct in using Ash RGB imagery. True Color RGB. Comparing with JMA original RGB composite Take full advantage of (SO2 RGB). multiple band imagery and RGB composites according to the purpose. 17

  18. Meteorological Satellite Center (MSC) of JMA Overview of Case 4 Volcanic eruption of Ulawun, Papua New Guinea Check the progress of eruption plume by SO2 RGB imagery. Hotspot associated with heat from volcanic crater can be seen by Fire Temperature RGB imagery. Handle new RGB composites with recent case. 18

  19. Meteorological Satellite Center (MSC) of JMA Overview of Case 5 Tropical Storm Kajiki (T1914) hitting Hainan and Vietnam Edit RGB setting and compare carefully Overlaying NWP data on RGB imagery Dry Humid A B A Normal version Tropical version B Try advanced SATAID operations by using this module! 19

  20. Meteorological Satellite Center (MSC) of JMA Summary • SATAID can display satellite imagery with other observation (ex.in-situ, radar) and NWP datasets. • SATAID can display RGB composite imagery by simple operation. • RGB composite imagery is useful tool for using AHI multi bands efficiently. • SATAID can show WMO standard RGB recipes and JMA original recipes. • We challenged hands-on practical training of RGB case studies by using SATAID. 20

  21. Meteorological Satellite Center (MSC) of JMA Thank you for your participation! 21

  22. Meteorological Satellite Center (MSC) of JMA Appendices 22

  23. Meteorological Satellite Center (MSC) of JMA Himawari satellite imagery & products on websites 23

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