[Ips-dsgr] IPS Daily Report - 07 January 02
rwc
rwc at ips.gov.au
Tue Jan 8 10:26:06 EST 2002
SUBJ: IPS DAILY SOLAR AND GEOPHYSICAL REPORT
ISSUED AT 07/2330Z JANUARY 2002 BY IPS RADIO AND SPACE SERVICES
FROM THE AUSTRALIAN SPACE FORECAST CENTRE
SUMMARY FOR 07 JANUARY AND FORECAST FOR 08 JANUARY - 10 JANUARY
STATUS INDICATORS SOL:GREEN MAG:GREEN ION: GREEN
http://www.ips.gov.au/asfc/current
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1A. SOLAR SUMMARY
Activity 07 Jan: Low
Flares: none.
Observed 10.7 cm flux/Equivalent Sunspot Number for 07 Jan: 189/142
http://www.ips.gov.au/learmonth/solar http://www.ips.gov.au/culgoora
1B. SOLAR FORECAST
08 Jan 09 Jan 10 Jan
Activity Low Low Low
Fadeouts None expected None expected None expected
10.7cm/SSN 195/147 200/152 200/152
COMMENT: The north-south component of the interplanetary magnetic
field Bz, fluctuated southward by 10nT 11-16UT, then returned
mildly northward for rest of UT day. A large south polar coronal
hole is now moving into geoeffective position. This hole has
had a weak geomagnetic signature on previous rotations. However,
if Bz fluctuates southward again over the next few days an increase
in activity may occur on this rotation.
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2A. MAGNETIC SUMMARY
http://www.ips.gov.au/asfc/aus_geomag
Geomagnetic field for Australian Region 07 Jan: Quiet to Unsettled
Estimated Indices 07 Jan : A K
Australian Region 9 1223 2333
Darwin 8 1212 2333
Learmonth 9 2222 2333
Canberra 8 1222 2333
Hobart 8 1222 2333
Casey(Ant) 13 ---3 3233
Davis(Ant) 17 24-4 3333
Observed Regional daily pc3 Indices 07 JAN :
Darwin 0 (Quiet)
Townsville NA
Learmonth 0 (Quiet)
Canberra 0 (Quiet)
Hobart 0 (Quiet)
Pc3 pulsations are high frequency (10-45 second period) variations
of the Earths magnetic field. Daily pc3 indices are the daily sum
of 20 minute pc3 indices for that station.
Estimated AFr/Ap Indices 07 Jan : A
Fredericksburg 6
Planetary 8
Observed AFr/Ap Indices 06 Jan : A K
Fredericksburg 3
Planetary 4 1001 1222
2B. MAGNETIC FORECAST
Date Ap Conditions
08 Jan 5 Quiet
09 Jan 10 Quiet to Unsettled
10 Jan 15 Unsettled to Active
COMMENT: Active periods likely 11-13 Jan due to coronal hole.
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3A. GLOBAL HF PROPAGATION SUMMARY
Latitude Band
Date Low Middle High
07 Jan Normal Normal Fair-normal
PCA Event : No event.
3B. GLOBAL HF PROPAGATION FORECAST
Latitude Band
Date Low Middle High
08 Jan Normal Normal Normal
09 Jan Normal Normal Normal
10 Jan Normal Normal Normal-Fair
COMMENT: Mild degradation at high latitudes 11-13 Jan.
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4A. AUSTRALIAN REGION IONOSPHERIC SUMMARY
http://www.ips.gov.au/asfc/aus_hf
Date T index
07 Jan 172
Observed Australian Regional MUFs
Equatorial PNG Region:
Near predicted monthly values during local day,
Enhanced by 15% during local night.
Northern Australian Region:
Near predicted monthly values during local day,
Enhanced by 40% during local night.
Southern Australian and New Zealand Region:
Near predicted monthly values during local day,
Enhanced by 35% during local night.
Antarctic Region (Casey/Scott Base):
Enhanced by 25% over the UT day.
Predicted Monthly T index for January: 109
4B. AUSTRALIAN REGION IONOSPHERIC FORECAST
Date T index MUFs
08 Jan 175 10 to 25% above predicted monthly values
09 Jan 175 10 to 25% above predicted monthly values
10 Jan 175 10 to 25% above predicted monthly values
COMMENT: Enhanced MUFs again expected today. Mild degradation
expected local night hours southern Aus/Nz region 11-13 Jan.
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5. SPACE ENVIRONMENT SUMMARY
GOES satellite data for 06 Jan
Daily Proton Fluence >1 MeV: 5.9E+06
Daily Proton Fluence >10 MeV: 2.8E+05
Daily Electron Fluence >2 MeV: 6.50E+06 (normal)
X-ray background: C1.4
Fluence (flux accumulation over 24hrs)/ cm2-ster-day.
ACE Satellite Solar Wind Day Averaged Data for 06 Jan
Speed: 294 km/sec Density: 4.6 p/cc Temp: 19400 K Bz: 1 nT
http://sec.noaa.gov/ace/MAG_SWEPAM_24h.html
(Courtesy Space Environment Center, Boulder USA)
ACE data can be incorrect during strong proton events.
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IPS Radio and Space Services | email: asfc at ips.gov.au
PO Box 1386 | WWW: http://www.ips.gov.au/asfc
Haymarket NSW 1240 AUSTRALIA | FTP: ftp://ftp.ips.gov.au/users/asfc/
tel: +61 2 9213 8010 | fax: +61 2 9213 8060
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