06 June - 02 July 2007
Solar activity is expected to be at low to moderate levels with a slight chance for high activity until Region 960 rotates around the western limb on 14 June. Very low to low levels are expected from 15 - 28 June. Activity is expected to increase to low to moderate levels after 28 June due to the return of old Region 960 (S09, L=177).
There is a slight chance for a greater than 10 MeV proton event from significant flare activity from Region 960 through 14 June.
The greater than 2 MeV electron flux at geosynchronous orbit isexpected to be at normal levels during 06 - 19 June, high levelsduring 20 June - 01 July, and normal levels again on 02 July.
Quiet conditions are expected during 06 - 13 June. An increase to unsettled to active periods is expected during 14 - 15 June due to a recurrent coronal hole high-speed stream. Quiet to unsettled conditions are expected during 16 - 18 June. Another recurrent coronal hole high-speed stream is expected to affect the field during 19 - 23 June. Unsettled to minor storm conditions are expected during this time with major storm periods possible at high latitudes. Activity is expected to decrease to quiet to unsettled levels during 24 - 29 June. An increase to unsettled to active periods is expected during 30 June - 01 July due to a recurrent
coronal hole high-speed stream. Quiet conditions will return by 02 July.
27-day Space Weather Outlook Table 27DO.txt
Issued: 2007 Jun 05 1924 UTC
Prepared by the US Dept. of Commerce, NOAA, Space Environment Center
Product description and SEC contact on the Web
http://www.sec.noaa.gov/wwire.html
Solar activity is expected to be at low to moderate levels with a slight chance for high activity until Region 960 rotates around the western limb on 14 June. Very low to low levels are expected from 15 - 28 June. Activity is expected to increase to low to moderate levels after 28 June due to the return of old Region 960 (S09, L=177).
There is a slight chance for a greater than 10 MeV proton event from significant flare activity from Region 960 through 14 June.
The greater than 2 MeV electron flux at geosynchronous orbit isexpected to be at normal levels during 06 - 19 June, high levelsduring 20 June - 01 July, and normal levels again on 02 July.
Quiet conditions are expected during 06 - 13 June. An increase to unsettled to active periods is expected during 14 - 15 June due to a recurrent coronal hole high-speed stream. Quiet to unsettled conditions are expected during 16 - 18 June. Another recurrent coronal hole high-speed stream is expected to affect the field during 19 - 23 June. Unsettled to minor storm conditions are expected during this time with major storm periods possible at high latitudes. Activity is expected to decrease to quiet to unsettled levels during 24 - 29 June. An increase to unsettled to active periods is expected during 30 June - 01 July due to a recurrent
coronal hole high-speed stream. Quiet conditions will return by 02 July.
27-day Space Weather Outlook Table 27DO.txt
Issued: 2007 Jun 05 1924 UTC
Prepared by the US Dept. of Commerce, NOAA, Space Environment Center
Product description and SEC contact on the Web
http://www.sec.noaa.gov/wwire.html
27-day Space Weather Outlook Table
Issued 2007 Jun 05
UTC Radio Flux Planetary Largest
Date 10.7 cm A Index Kp Index
2007 Jun 06 85 5 2
2007 Jun 07 85 5 2
2007 Jun 08 80 5 2
2007 Jun 09 80 5 2
2007 Jun 10 80 5 2
2007 Jun 11 80 5 2
2007 Jun 12 80 5 2
2007 Jun 13 80 5 2
2007 Jun 14 80 15 4
2007 Jun 15 75 10 3
2007 Jun 16 75 8 3
2007 Jun 17 75 5 2
2007 Jun 18 75 8 3
2007 Jun 19 70 25 6
2007 Jun 20 70 20 5
2007 Jun 21 70 20 5
2007 Jun 22 70 20 5
2007 Jun 23 70 12 4
2007 Jun 24 70 5 2
2007 Jun 25 70 5 2
2007 Jun 26 70 5 2
2007 Jun 27 75 5 2
2007 Jun 28 80 5 2
2007 Jun 29 80 5 2
2007 Jun 30 85 15 4
2007 Jul 01 85 15 4
2007 Jul 02 85 8 3
(Source: NOAA http://www.noaa.gov/ftpdir/weekly/WKHF.txt )
Issued 2007 Jun 05
UTC Radio Flux Planetary Largest
Date 10.7 cm A Index Kp Index
2007 Jun 06 85 5 2
2007 Jun 07 85 5 2
2007 Jun 08 80 5 2
2007 Jun 09 80 5 2
2007 Jun 10 80 5 2
2007 Jun 11 80 5 2
2007 Jun 12 80 5 2
2007 Jun 13 80 5 2
2007 Jun 14 80 15 4
2007 Jun 15 75 10 3
2007 Jun 16 75 8 3
2007 Jun 17 75 5 2
2007 Jun 18 75 8 3
2007 Jun 19 70 25 6
2007 Jun 20 70 20 5
2007 Jun 21 70 20 5
2007 Jun 22 70 20 5
2007 Jun 23 70 12 4
2007 Jun 24 70 5 2
2007 Jun 25 70 5 2
2007 Jun 26 70 5 2
2007 Jun 27 75 5 2
2007 Jun 28 80 5 2
2007 Jun 29 80 5 2
2007 Jun 30 85 15 4
2007 Jul 01 85 15 4
2007 Jul 02 85 8 3
(Source: NOAA http://www.noaa.gov/ftpdir/weekly/WKHF.txt )
