IMPORTANT NOTICE: Bulletin 73 was NOT prepared in the same way as in the past.
READ THE INTRODUCTION before you use the Bulletin; contact AAVSO Headquarters
for more precise dates for research.
Predicted MAXIMA of long period variables for September 2010
0031+79 Y Cep <9.6-15.1> Sep 9
0106-30 U Scl %& <9.8-15.1> Sep 27
0109+40 U And <9.9-14.3> Sep 7
0159+12 S Ari %& <10.9-15.2> Sep 20
*0204+48 RV And 9.0-11.5 Sep 26?
IMPORTANT NOTICE: Bulletin 73 was NOT prepared in the same way as in the past.
READ THE INTRODUCTION before you use the Bulletin; contact AAVSO Headquarters
for more precise dates for research.
Predicted MAXIMA of long period variables for August 2010
0018-62 S Tuc %& <9.3-14.5> Aug 20
0040+47 U Cas <8.4-14.8> Aug 21
0044+35 V And <9.5-14.4> Aug 2
*0109-57 RS Phe %@ 9.7-(15.0 Aug 23?
0211+43A W And <7.4-13.7> Aug 16
IMPORTANT NOTICE: Bulletin 73 was NOT prepared in the same way as in the past.
READ THE INTRODUCTION before you use the Bulletin; contact AAVSO Headquarters
for more precise dates for research.
Predicted MAXIMA of long period variables for July 2010
0019-09 S Cet <8.2-14.2> Jul 15
0112+08 S Psc %& <9.6-15.0> Jul 28
0117+12 U Psc %& <11.0-14.4> Jul 16
0123+50 RZ Per %# <9.4-13.7> Jul 23
0149+58 X Cas <10.1-12.5> Jul 15
IMPORTANT NOTICE: Bulletin 73 was NOT prepared in the same way as in the past.
READ THE INTRODUCTION before you use the Bulletin; contact AAVSO Headquarters
for more precise dates for research.
Predicted MAXIMA of long period variables for June 2010
0004+51 SS Cas <9.8-13.1> Jun 1
*0106+21A X Psc %& 7.9-15.0 Jun 2?
0407-25 W Eri %# <8.6-13.8> Jun 9
0432-63 R Ret %& <7.6-13.3> Jun 6
0446+17 V Tau <9.2-13.7> Jun 12
IMPORTANT NOTICE: Bulletin 73 was NOT prepared in the same way as in the past.
READ THE INTRODUCTION before you use the Bulletin; contact AAVSO Headquarters
for more precise dates for research.
Predicted MAXIMA of long period variables for May 2010
*0022+30 YZ And 10.1-15.9 May 24?
0024-38A T Scl # <9.2-13.0> May 11
0054-75 U Tuc %@ <8.6-14.1> May 6
0101-02 Z Cet & <8.9-13.5> May 21
*0110+55A VZ Cas 9.5-14.0 May 23?
0231+33 R Tri <6.2-11.7> May 26
IMPORTANT NOTICE: Bulletin 73 was NOT prepared in the same way as in the past.
READ THE INTRODUCTION before you use the Bulletin; contact AAVSO Headquarters
for more precise dates for research.
Predicted MAXIMA of long period variables for April 2010
0017+26 T And <8.5-13.8> Apr 8
0044-35 X Scl %@ <10.6-(14.2> Apr 14
0047+46A RV Cas <9.4-15.2> Apr 15
*0054+27 W Psc # 9.8-15.6 Apr 25?
*0202+27 Z Tri %& 9.4-15.2 Apr 24?
*0204+48 RV And 9.0-11.5 Apr 7?
IMPORTANT NOTICE: Bulletin 73 was NOT prepared in the same way as in the past.
READ THE INTRODUCTION before you use the Bulletin; contact AAVSO Headquarters
for more precise dates for research.
Predicted MAXIMA of long period variables for March 2010
*0027+25A TU And <8.5-12.5> Mar 8?
0133+38 Y And %# <9.2-14.2> Mar 8
0152+54 U Per <8.1-11.3> Mar 11
0228-13 U Cet %& <7.5-12.6> Mar 21
*0259+19 RT Ari @ 9.8-(15.0 Mar 5?
IMPORTANT NOTICE: Bulletin 73 was NOT prepared in the same way as in the past.
READ THE INTRODUCTION before you use the Bulletin; contact AAVSO Headquarters
for more precise dates for research.
Predicted MAXIMA of long period variables for February 2010
*0009+28 UW And & 9.6-(15.0 Feb 4?
*0014+44 VX And 7.9-9.6 Feb 9?
0110+41A UZ And <10.1-14.9> Feb 28
0125+02 R Psc %# <8.2-14.3> Feb 20
0220-00 R Cet <8.1-13.0> Feb 17
IMPORTANT NOTICE: Bulletin 73 was NOT prepared in the same way as in the past.
READ THE INTRODUCTION before you use the Bulletin; contact AAVSO Headquarters
for more precise dates for research.
Predicted MAXIMA of long period variables for January 2010
0003-39 V Scl %@ <9.9-14.6> Jan 4
0004+51 SS Cas <9.8-13.1> Jan 11
0017+55 T Cas <7.9-11.9> Jan 25
0025-46 T Phe %@ <9.4-14.2> Jan 27
0046+33 RR And <9.1-15.1> Jan 7
AAVSO BULLETIN 73 FOR 2010 - 23 HOURS
IMPORTANT NOTICE: Bulletin 73 was NOT prepared in the same way as in the past.
READ THE INTRODUCTION before you use the Bulletin; contact AAVSO Headquarters for more precise dates for research.
# - needs more observations
& - needs more observations urgently
@ - needs more observations very urgently
% - has fair to excellent photometric data but needs visual observations
-----------------------------------------------------------------------------------------------------------------------------
