Andrew Miskelly

@anero.id

756 Followers 126 Following

Learning from meteorologists, climatologists, engineers, cartographers, aviators, authentic Christians and other good sorts. Fediverse @andrewmiskelly@anero.id

500 hPa geopotential height and anomaly between 1 June and 16 July 2026 showing negative anomalies over Antarctica and positive anomalies in the adjacent midlatitudes.
True-colour imagery from Sentinel-2.
True-colour imagery from Himawari-9.
Visible/infrared imagery from Himawari-9.
Visible/infrared imagery from Himawari-9.
10 hPa wind speed from NASA GEOS-5.
Day/night imagery from Himawari-9 with composite radar from BoM.
True-colour imagery from Himawari-9 with 1000-500 hPa thickness from ECMWF CTRL.
Projection from ECMWF CTRL for precipitable water, 1000-500 hPa thickness and sea level pressure.
True-colour imagery from Himawari-9 with composite radar from BoM.
Water vapour imagery from Himawari-9 with 1000-500 hPa thickness from ECMWF CTRL.
500 hPa geopotential height from NCEP GFS compared with the 1991-2020 average from NCEP/NCAR Reanalysis showing the ongoing positive AAO/SAM event.
72 hour centred average of 500 hPa geopotential height over Australia and surrounds from NCEP GFS.
True-colour and water vapour imagery from Himawari-9.
Air mass imagery from Himawari-9 showing the upper-level pattern over Australia.
Water vapour imagery from Himawari-9 showing the upper-level pattern over Australia.
True-colour imagery from Himawari-9.
Sea surface temperature anomaly from NOAA OI SST V2 between 1 January and 11 June 2026.
Observed and forecast mean temperature anomaly across Australia during 1-19 June 2026.
True-colour imagery from Sentinel-2.
2 m dew point anomaly calculated by comparing ECMWF CTRL with ECMWF ERA5 1991-2020.
850 hPa temperature anomaly derived from projection from ECMWF CTRL vs the 1991-2020 mean from ECMWF ERA5.
Water vapour imagery from Himawari-9.
Cloud phase distinction imagery from Himawari-9.
Visible/infrared imagery from Himawari-9.
Provisional sea level pressure anomaly during May 2026. Comparison between analyses from NCEP GFS and the 1991-2020 mean from ECMWF ERA5.
Visible/infrared imagery from Himawari-9.
Water vapour imagery from Himawari-9 with 1000-500 hPa thickness from ECMWF CTRL.
Projection from ECMWF CTRL for sea level pressure.
Projection from ECMWF CTRL for 500 hPa temperature and geopotential height.
Water vapour imagery from Himawari-9 with 500 hPa geopotential height from ECMWF CTRL.
Visible/infrared imagery from Himawari-9.
True-colour imagery from Himawari-9.
Water vapour imagery from Himawari-9.
Infrared imagery from Himawari-9 with 500 hPa geopotential height from NCEP GFS.
Projection from NCEP GFS for precipitable water and 500 hPa geopotential height.
Comparison between current sea level pressure from NCEP GFS and the 1991-2020 May average from ECMWF ERA5.
True-colour imagery from Himawari-9.
True-colour imagery from Himawari-9.
Water vapour imagery from Himawari-9.
True-colour imagery from Himawari-9 with 1000-500 hPa thickness from ECMWF CTRL.
Projection from ECMWF CTRL for 1000-500 hPa thickness and sea level pressure.
Projection from NCEP GFS for 850 hPa equivalent potential temperature, 1000-500 hPa thickness and sea level pressure.
Projection from NCEP GFS for 1000-500 hPa thickness, 300 hPa wind speed and sea level pressure highlighting a blocking high over the Tasman Sea.
Water vapour imagery from Himawari-9 with 500 hPa geopotential height from NCEP GFS.
True-colour imagery from Sentinel-2.
Water vapour imagery from Himawari-9.
Natural colour imagery from Himawari-9 showing different types of cyclones affecting north west and south east Australia.
2 m temperature anomaly and sea level pressure from ECMWF CTRL and ECMWF ERA5 1991-2020.
Cloud phase distinction imagery from Himawari-9.
Infrared imagery from Himawari-9.
Visible/infrared imagery from Himawari-9.
Visible/infrared imagery from Himawari-9 with observed winds from BOM.
Water vapour imagery from Himawari-9.
Projection from NCEP GFS for 850 hPa equivalent potential temperature and sea level pressure.
Infrared imagery from Himawari-9 (left) and composite radar from BOM (right).
Representation of Earth centred over Antarctica and Australia, showing the changing position of the solar terminator at 18:00 AEST each day between 22 December and 21 March 2026.
Infrared imagery from Himawari-9.
Projection from BOM ACCESS-C for 10 m wind speed.