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Alerts:
Space Weather Message Code: ALTTP2
Serial Number: 1503
Issue Time: 2026 Jun 11 0040 UTC

ALERT: Type II Radio Emission
Begin Time: 2026 Jun 11 0013 UTC
Estimate Velocity: 918 km/s

Comment:

Space Weather Message Code: ALTTP4
Serial Number: 711
Issue Time: 2026 Jun 11 0040 UTC

ALERT: Type IV Radio Emission
Begin Time: 2026 Jun 11 0028 UTC

Comment:

Space Weather Message Code: ALTTP2
Serial Number: 1502
Issue Time: 2026 Jun 10 1738 UTC

ALERT: Type II Radio Emission
Begin Time: 2026 Jun 10 1715 UTC
Estimate Velocity: 1127 km/s

Comment:


Solar-terrestrial indices for 10 June follow.
Solar flux 124 and estimated planetary A-index 7.
The estimated planetary K-index at 1500 UTC on 11 June was 2.33.

No space weather storms were observed for the past 24 hours.

No space weather storms are predicted for the next 24 hours.


Geo Magnetic Forecast:

NOAA Ap Index Forecast
Observed Ap 09 Jun 011
Estimated Ap 10 Jun 008
Predicted Ap 11 Jun-13 Jun 012-015-012

NOAA Geomagnetic Activity Probabilities 11 Jun-13 Jun
Active                35/45/40
Minor storm           10/15/10
Moderate storm        01/01/01
Strong-Extreme storm  01/01/01

NOAA Kp index forecast 11 Jun - 13 Jun
             Jun 11    Jun 12    Jun 13
00-03UT        2.00      3.67      3.00
03-06UT        2.00      4.00      2.00
06-09UT        3.00      4.00      2.00
09-12UT        2.67      2.33      2.67
12-15UT        3.00      2.00      2.67
15-18UT        3.00      2.67      2.67
18-21UT        3.00      2.00      2.67
21-00UT        2.67      2.33      3.00


Extended Three Day Forecast:

A. NOAA Geomagnetic Activity Observation and Forecast

The greatest observed 3 hr Kp over the past 24 hours was 3 (below NOAA
Scale levels).
The greatest expected 3 hr Kp for Jun 11-Jun 13 2026 is 5.00 (NOAA Scale
G1).

NOAA Kp index breakdown Jun 11-Jun 13 2026

             Jun 11       Jun 12       Jun 13
00-03UT       1.33         3.67         3.00
03-06UT       2.33         4.00         2.00
06-09UT       3.00         4.00         2.00
09-12UT       3.33         2.33         2.67
12-15UT       3.00         2.00         2.67
15-18UT       3.00         2.67         2.67
18-21UT       3.00         2.00         4.33
21-00UT       2.67         2.33         5.00 (G1)

Rationale: Unsettled to active conditions are anticipated on 12 June
with -CH HSS onset. Active to G1 (Minor) storming levels are anticipated
on 13 June due to the persistence of the high-speed stream and the
arrival of glancing CME influences.

B. NOAA Solar Radiation Activity Observation and Forecast

Solar radiation, as observed by NOAA GOES-18 over the past 24 hours, was
below S-scale storm level thresholds.

Solar Radiation Storm Forecast for Jun 11-Jun 13 2026

              Jun 11  Jun 12  Jun 13
S1 or greater    5%      5%      5%

Rationale: No S1 (Minor) or greater solar radiation storms are expected.
No significant active region activity favorable for radiation storm
production is forecast.

C. NOAA Radio Blackout Activity and Forecast

No radio blackouts were observed over the past 24 hours.

Radio Blackout Forecast for Jun 11-Jun 13 2026

              Jun 11        Jun 12        Jun 13
R1-R2           35%           35%           35%
R3 or greater    5%            5%            5%

Rationale: There is a chance for R1-R2 (Minor-Moderate) radio blackouts,
with a slight chance for R3 (Strong) or greater events through 13 Jun
primarily due to regions 4465 and 4464.


Extended Space Weather Discussion:

Solar Activity

.24 hr Summary...
Solar activity remained at low levels. Region 4465 (N09E37,
Dhi/beta-gamma-delta) was the source of the most notable events of the
period, including a long-duration C6.7/1f flare observed at 11/0002 UTC
and an impulsive C9.0 flare at 11/0828 UTC.

There are five numbered regions on the disk. Region 4464 (S12W09,
Dsi/beta-gamma) showed new flux emergence, developing a mixed polarity
configuration. Region 4465 continues to be the most complex on the disk,
with some notable new flux emergence directly ahead of its mature,
positive polarity lead spot, alongside a newly developed delta
configuration within the collection of spots north of the primary spot.
All other regions were stable or in a state of decay.

Several eruptive signatures accompanied the long-duration C6.7/1f flare
from Region 4465 at 11/0002 UTC. Discreet and wideband radio emissions
were observed, including a Type IV radio sweep and a Type II radio sweep
with an estimated shock velocity of 918 km/s. An associated CME was
first observed in STEREO COR2 at 11/0053 UTC and GOES CCOR1 at 11/0100
UTC. Preliminary analysis suggests glancing influences 13-14 June. No
other Earth-directed CMEs were observed in available coronagraph arrays.

.Forecast...
Solar activity is expected to remain at low levels through 13 June, with
a chance for M-class (R1-R2/Minor-Moderate) flaring driven primarily by
Regions 4464 and 4465.

Energetic Particle

.24 hr Summary...
The greater than 2 MeV electron flux at geosynchronous orbit was at low
to moderate levels. Although a brief peak flux of 1,080 pfu was observed
at 10/1540 UTC, the high alert threshold was not reached as three
consecutive readings did not remain above 1,000 pfu. The greater than 10
MeV proton flux at geosynchronous orbit was at background levels.

.Forecast...
The greater than 2 MeV electron flux is expected to remain at low to
moderate levels through 12 June, before rising to high levels on 13 June
in response to high-speed stream effects. The greater than 10 MeV proton
flux is expected to remain at background levels through 13 June.

Solar Wind

.24 hr Summary...
Solar wind parameters reflected near background conditions. Total
magnetic field (Bt) initially averaged near 5 nT before reaching a peak
of 10 nT. The North-South (Bz) component was variable, spending
significant intervals deflected southward late in the period with a
maximum deflection of -10 nT. Solar wind speeds were stable between 350
and 400 km/s. The phi angle recorded several sporadic solar sector
boundary crossings in the middle of the period before establishing a
stable orientation in the positive (away from the Sun) orientation.

.Forecast...
Solar wind enhancements are expected 11 June as a corotating interaction
region (CIR) precedes onset of a negative polarity coronal hole high
speed stream (-CH HSS). Elevated solar wind conditions driven by the
stream are expected to persist through 13 June, around which time
additional enhancements are possible due to combining CME influences
from the eruptions that departed the Sun on 09 June and 11 June.

Geospace

.24 hr Summary...
The geomagnetic field was quiet to unsettled.

.Forecast...
Geomagnetic field conditions are expected to reach unsettled levels on
11 June due to a CIR preceding the -CH HSS. Unsettled to active
conditions, with a chance for isolated periods of G1 (Minor) geomagnetic
storming, are anticipated on 12 June with -CH HSS onset. Active to G1
(Minor) storming levels are anticipated on 13 June due to the
persistence of the high-speed stream and the arrival of glancing CME
influences from the 09 June and 11 June events.


27 Day Forecast:

Date | Radio Flux | Planetary A Index | Largest Kp Index
2026 Jun 08     135          50          7
2026 Jun 09     132          32          6
2026 Jun 10     130          12          3
2026 Jun 11     130          15          3
2026 Jun 12     128          10          3
2026 Jun 13     128           6          2
2026 Jun 14     120           6          2
2026 Jun 15     118           8          3
2026 Jun 16     120           8          3
2026 Jun 17     122           5          2
2026 Jun 18     122           5          2
2026 Jun 19     125           5          2
2026 Jun 20     125           5          2
2026 Jun 21     128           8          3
2026 Jun 22     130           8          3
2026 Jun 23     132          10          4
2026 Jun 24     134          15          4
2026 Jun 25     134          15          4
2026 Jun 26     132          15          4
2026 Jun 27     130          10          3
2026 Jun 28     132           8          3
2026 Jun 29     130           6          2
2026 Jun 30     128           8          3
2026 Jul 01     125           5          2
2026 Jul 02     130           5          2
2026 Jul 03     128          12          3
2026 Jul 04     125           8          3


  • GRAPH OPTIONS: Learn more
    It is recommended that you start out with the default options. As you get used to AF you can disable additional information and combine data series' together to maxamise the use of screen space.

  • DATA SOURCES: Learn more
    Some data sources can only be enabled or disabled via the tick box. Others are disabled using the slider set to 0, or enabled by setting the slider from 0.5 to 4. This number also represents the thinkness of the line plot onto the graph.

  • 'The' Aurora Forecast Index: Learn more
    These are two good options for predicting Auroras.

    The Aurora Forecast Index takes into account many data sources. As a general rule if it stays high for many hours there is a good possibility of an Aurora present.

    Aurora Forecast website usage is also a good indicator, as visitors to the site come from many traffic sources. General internet and community chatter transplating to visits is a great indicator.

  • Planatary K Index (Kp): Learn more
    The Kp number is a system of measuring aurora strength. The range goes from 0 to 9 (0 being calm, 1 very weak, all the way up to 9, which would represent a major geomagnetic storm with strong auroras visible).

    Kp 5 and above is classified as a geomagnetic storm. Most Aurora Hunters consider prolonged 3+ or higher worth investigation.

  • Ovation (Model) Short Term Forecast (GW):' Learn more
    The Ovation-Prime Model produced by SWPC calculates the energy interacting with the Earths magnetic field. This is a good indicator for Aurora activity.
  • DSCOVR Observatory (L1): Learn more

    The DSCOVR or Deep Space Climate Obervatory sits 1.5 million Kilometers from Earth, between the Earth and the Sun in the L1 orbit point, the neutral gravity point between the Earth and the Sun. DSCOVR provides space weather readings, allowing for up to an hour of warning on weather events. This is why DSCOVR's data appears in the future on the graph.

    Strong negative Bz direction is linked to Aurora's because the solar wind magnetic direction is in direct oposition with the Earths magnetic field.

  • ACE Observatory (L1): Learn more

    ACE or Advanced Composition Explorer sits 1.5 million Kilometers from Earth, between the Earth and the Sun in the L1 orbit point, the neutral gravity point between the Earth and the Sun. ACE has now been replaced by DSCOVR, but the data is still useful for comparing to DSCOVR.
  • GOES Satalites: Learn more

    GOES or Geostationary Operational Environmental Satellites sit 46 Kilometers above the Earth in geostationary orbit. They provide local space weather data and are a good indicator for current geomagnetic conditions.

  • Terrestrial Magnetometer Sources: Learn more
    Terrestrial or surface magnetometers detect fluctuations in the Earths magnetic field from the ground.
    These do not work as well as satalites as the magnetic field obsorbs some of the effects from the solar winds.
    There is a mix of govenment and citizen science stations listed here, including two run by Aurora Forecast in Hobart.
  • User Magnetometer ID's: Learn more
    If you have a TAFS Magnetometer and you want to add it to the graph you can do it here.
    Insent your Mag's Unique ID.

 

v4.16b

Aurora Forecast is free to use, however it takes a lot of time and effort to maintain. If you find it useful and are a regular user then please consider making a donation to keep it running. Feedback is always welcome.


v4.X Release 17th Dec 2020)
Fixed New GOES and HPI inputs from noaa for Json (17/12/20).
Addded the ability to add 2 custom Magnetometers in settings (comming soon) (18/10/19).
Improved Hobart Magnetometer code. (18/18/19)
Move all presets into their own pop out side menu. (19/06/19)
Added Composite weather maps (TAS, VIC and SA), thanks to Oz forecast! (19/06/19)
UI Upgrades, Name, Logo and Website Site Changes.
Added custom line widths for most items.
Added GOES Difference (#1 - #2)
Added Ovation-prime model outputs.

v3.8x
Various Updates, New AF Index Algo. (8/12/18)

v3.6x
Added more Presets. Disabled Presets overwriting graph views (6/7/18)
Added GeoSpace Kp Model Prediction. (3/7/18)
Added SWPC Kp Forecast + Observation. (2/7/18)
Removed WingKP and USKp. :( No longer Avaliable. (2/7/18)
Removed feed from www.dunedinaurora.nz (Unreliable). (2/7/18)
Updates to latest JQuery, JQuery Mobile and AmCharts etc. (2/7/18)
Enhanced Pro setting with Dynamic Preasure. (2/7/18)
Added Quickselect preset buttons to main page. (2/7/18)
 
v3.5x
Added Ruru Observatory Magnetometer. (25/4/28)
Added Forecast Sub Tabset. (1/3/18)
Added Extended Discussion Text, 27Day FC (1/3/18)
Removed Dial, and Added Forecast Report. (28/2/18)
Updated A few settings for better visilation. (28/2/18)
Updated Goes-13 is Now Goes-14 (15/2/18)
Improved Commmunity Activity for faster loads.
Consolidated Proton Density / Dynamic Preasure.
Added Additional Balloon Text.
Added TAFS Visual Probability in %.
User Interface Upgrades.
Add 'Dial' for the basics, with default support.
Added one click presets.
 
v2.1 - v2.49
Added 'Automatic Chart Update' option in settings.
Database caching enabled, significant load time improvements.
Extension to max 96 hours of data, up from 24.
Added ACE Bt,Bx and By for comparison.
Added More User Presets.
Fixed Orentation Change Alert.
Small layout changes.
Added Header Image.
Removed Top Header to fee up Space, Refresh added to Chart Tab.
Added Community Activity Indicator
Fixed MAG value issues in graph.
Added Second Hobart MAG Source.
Updated Comment Features (Disable).
 
v2.0
Fixed DSCOVR B? display bug.
Added MAG Stack Feature.
Upgrade to json feeds.
Feeds are timezone and forecast aware, making them super fast.
DB Optimisation, improved DB search times.
Charts are now zoomable, allow selection and export.
Added USAF Kp, Updated Wing Kp.
Added Ovation Aurora Short Term Forecast.
Added Macquarie Island MAG feed.
Added Mawson MAG Feed.
Added Canberra Feed.
Added MAG feed from www.dunedinaurora.nz (Portobello).
Added Brendan's experemental MAG feed (Hobart).
Fixed cookie bug, One Alert is enough for landscape mode.
 
> v1.0 (Started 20/10/2014)

  Mawson and Macquarie Island data is copyright Commonwealth of Australia (Geoscience Australia), and redistributed under Creative Commons v4.
Thanks to INTERMAGNET for promoting high standards of magnetic observatory practice in providing access to these feeds. (www.intermagnet.org).

Local Australian weather composite maps provided by Oz Forecast


Aurora Forecast is free to use, however it takes a lot of time and effort to maintain.
Why not make a donation to keep it running?
Feedback is always welcome. - ©2022 Brendan Davey