\documentstyle[twoside, epsf]{article}

\input ibvs2.sty

\begin{document}
 
\IBVShead{6042}{11 January 2013}
 
\IBVStitle{Timings of minima of eclipsing binaries}

\IBVSauth{Diethelm, Roger} 
\IBVSinsto{Bahnhofstrasse 3, CH--4118 Rodersdorf, Switzerland}
 
\begintext
 
The following Table lists timings of minima of eclipsing binaries secured by CCD 
photometry, obtained in the second half 
of 2012. The given O$-$C values generally refer to the linear elements of the 
newest electronic version of the GCVS (Samus 
et al., 2012), except for the cases stated in the remarks, where the 
determination of current elements 
made use of the up-to-date ASAS data ({\tt http://www.astrouw.edu.pl/asas/}) and the 
Lafler-Kinman algorithm of the PERANSO 
software ({\tt http://www.peranso.com/}). All times given are heliocentric UTC.
All data were obtained at the R. Szafraniec Observatory operated at Astrokolkhoz 
Obs., Cloudcroft, N.M., USA. The untiring support by T. Krajci at the site is 
acknowledged thankfully. 
 
\small

\begin {center}
{\bf Table 1: Minima of eclipsing binaries}
\end{center}
\begin{tabular}{l@{}c@{ }lllcc}\hline
Variable & Type & HJD 24\dots & \multicolumn{1}{c}{$O-C$} & n & 
~~~~~~~~~~~~~~~~~~~~~~~~~~~Remarks ~~~~~~~~~~~~~~~~~~~~~~~~~~~\\
\hline

RT And ~~~~~~~~~~~~~~& p & 56226.7518(3) & $+0.0537$ & 42 & V \\
XZ And & p & 56265.6514(1) & $-0.0369$ & 48 & V \\
AA And & p & 56232.6993(5) & $-0.0024$ & 38 & V; d=0.054d \\
AB And & s & 56226.6913(3) & $-0.0089$ & 44 & V \\
AD And & s & 56237.6501(2) & $-0.0478$ & 45 & V \\
BD And & p & 56233.6979(2) & $-0.0239$ & 49 & V \\
BL And & p & 56238.6738(2) & $-0.0028$ & 38 & V; d=0.038d \\
BX And & p & 56261.6736(2) & $-0.0117$ & 48 & V \\
CN And & s & 56245.7135(8) & $-0.0117$ & 24 & V \\
CU And & p & 56226.6989(3) & $-0.1054$ & 44 & V \\
DK And & s & 56226.6455(4) & $+0.0106$ & 43 & V \\
EP And & p & 56202.8681(2) & $-0.0134$ & 48 & V; d=0.025d \\
EX And & p & 56238.6878(4) & $-0.0006$ & 38 & V \\
GZ And & s & 56273.6354(2) & $-0.0023$ & 30 & V \\
 & p & 56273.7868(15) & $-0.0034$ & 12 & V \\
HR And & p & 56258.7026(5) & $+0.0446$ & 39 & V; el: Krakow Catalog \\
HS And & p & 56255.7393(2) & $-0.0002$ & 43 & V \\
KP And & p & 56237.645(3) & $+0.051$ & 34 & V; el: IBVS 5674 \\
LM And & p & 56205.8626(5) & $-0.0099$ & 39 & V; d=0.038d \\
LO And & p & 56226.6783(2) & $-0.0084$ & 40 & V \\
LY And & s & 56261.6786(3) & $-0.0138$ & 48 & V; d=0.024d \\
MO And & p & 56265.6489(3) & $+0.0123$ & 47 & V \\
QX And & p & 56273.6643(3) & $+0.0007$ & 53 & V; el: 46785.8003+0.4121753$\times$E \\
V372 And & p & 56203.9367(6) & $+0.0703$ & 51 & V; d=0.07d \\
V382 And & p & 56237.7508(15) & $+0.0844$ & 34 & V \\
V422 And & p & 56225.6767(3) & $-0.0093$ & 35 & V \\
\hline
\end{tabular}

\newpage
\begin{center}
{\bf Table 1: Minima of eclipsing binaries (continued)}
\end{center}
\begin{tabular}{l@{}c@{ }lllcl}\hline
Variable & Type & HJD 24\dots & \multicolumn{1}{c}{$O-C$} & n & 
~~~~~~~~~~~~~~~~~~~~~~~~~Remarks ~~~~~~~~~~~~~~~~~~~~~~~~~~\\
\hline

V440 And & p & 56245.6533(2) & $-0.0041$ & 47 & V; el: IBVS 5871; D=0.11d \\
V449 And & s & 56202.8563(4) & $-0.0287$ & 47 & V \\
V473 And & ? & 56254.7403(6) & $+0.0833$ & 41 & V; d=0.031d \\
V489 And & p & 56258.7405(5) & $+0.0011$ & 40 & V; el: IBVS 5960 \\
V502 And & p: & 56256.6562(6) & $+0.0013$ & 44 & V; pulsator? \\
V506 And & s: & 56258.6505(4) & $-0.0104$ & 36 & V \\
V546 And & s: & 56262.6190(3) & $+0.0009$ & 36 & V; el: 51475.6132+0.383037$\times$E; d=0.032d \\
V563 And & s & 56205.8131(6) & $-0.0021$ & 18 & V; el: 51478.76+0.303201$\times$E \\
 & p & 56205.9641(2) & $-0.0026$ & 19 & V \\
V566 And & s & 56265.7532(3) & $-0.0050$ & 47 & V; el: 51478.78+0.389708$\times$E \\
 & p & 56273.7423(5) & $-0.0049$ & 51 & V \\
V568 And & p & 56279.6244(4) & $+0.0046$ & 47 & V; el: 51509.93+0.394287$\times$E; d=0.036d \\
V571 And & p: & 56214.8637(6) & $+0.0166$ & 37 & V \\
GSC 1734-408 And & s & 56256.6788(3) & $-0.0010$ & 44 & V; el: IBVS 5960; d=0.014d \\
GSC 1739-1463 And & s & 56259.6686(5) & $-0.0112$ & 23 & V; el. IBVS 5960 \\
GSC 3234-1318 And & s & 56237.6898(5) & $+0.0508$ & 33 & V; el: PZP 10, 18 \\
GSC 3243-962 And & s & 56232.6355(4) & $+0.0005$ & 39 & V; el: 51573.628+1.557415$\times$E \\
GSC 3303-1583 And & p & 56210.9291(3) & $+0.0583$ & 49 & V; el: OEJV 104 \\
GSC 3627-1727 And & s & 56232.7149(4) & $-0.0027$ & 39 & V; el: 51400.783+0.396792$\times$E \\
GSC 3638-2422 And & p & 56238.6504(2) & $-0.0142$ & 38 & V; el: IBVS 5920 \\
GSC 3641-587 And & p & 56226.7457(6) & $-0.0158$ & 43 & V; el: IBVS 5920 \\
BW Aqr & s & 56227.6129(10) & $-0.1851$ & 27 & V; non-circular \\
EF Aqr & p & 56237.6776(1) & $-0.0069$ & 34 & V; el: IBVS 6011 \\
EL Aqr & p & 56239.7331(5) & $+0.0205$ & 36 & V; el: 53541.891+0.4814100$\times$E \\
GN Aqr & s & 56228.6388(15) & $-0.0320$ & 28 & V; el: 53116.924+4.404454$\times$E \\
GS Aqr & p & 56227.7316(5) & $+0.0033$ & 38 & V; el: 54383.578+0.374067$\times$E \\
NN Aqr & p & 56218.6831(6) & $+0.0051$ & 16 & V; el: IBVS 6011 \\
GSC 529-285 Aqr & p & 56205.7195(3) & $-0.0001$ & 46 & V; el: 54333.645+0.412988$\times$E \\
GSC 5210-437 Aqr & p & 56219.7229(3) & $-0.0056$ & 45 & V; el: IBVS 5960 \\
GSC 5220-352 Aqr & s & 56214.6728(4) & $+0.0051$ & 43 & V; el: IBVS 6011 \\
GSC 5248-214 Aqr & p & 56231.7048(5) & $+0.0019$ & 45 & V; el: IBVS 6011 \\
GSC 5777-383 Aqr & s & 56205.7046(3) & $+0.0085$ & 19 & V; el: IBVS 6011 \\
GSC 5811-437 Aqr & s & 56227.6767(7) & $-0.0079$ & 31 & V; el: IBVS 6011 \\
GSC 5817-92 Aqr & s & 56227.6723(7) & $+0.0003$ & 30 & V; el: IBVS 6011 \\
GSC 5817-435 Aqr & s & 56227.6820(4) & $+0.0112$ & 30 & V; el: IBVS 6011; d=0.035d \\
GSC 5826-1082 Aqr & p & 56231.6635(3) & $-0.0337$ & 41 & V; el: IBVS 6011 \\
GSC 5835-944 Aqr & s & 56231.7014(3) & $-0.0077$ & 45 & V; el: IBVS 6011 \\
RX Ari & p & 56262.6536(5) & $+0.0728$ & 36 & V; d=0.046d \\
SS Ari & s & 56262.7230(5) & $-0.0084$ & 36 & V \\
SZ Ari & p & 56290.7143(2) & $+0.0084$ & 42 & V; el: Krakow Catalog \\
TX Ari & p & 56210.8569(3) & $-0.0171$ & 44 & V \\
BO Ari & p & 56279.6322(1) & $-0.0224$ & 30 & V; d=0.027d \\
GSC 645-85 Ari & s & 56210.8677(2) & $+0.0040$ & 49 & V; el: IBVS 5960 \\
GSC 1213-1483 Ari & s & 56265.6434(1) & $+0.0326$ & 47 & V; el: IBVS 5960 \\
GSC 1217-696 Ari & p & 56214.9015(4) & $+0.0015$ & 37 & V; el: IBVS 5920; d=0.034d \\
GSC 1240-657 Ari & s & 56282.6595(4) & $-0.0016$ & 30 & V; el: IBVS 5945; d=0.041d \\
GSC 1794-393 Ari & p: & 56226.8980(7) & $-0.0119$ & 38 & V; el: PZ 10, 18; strong O'Connell effect \\
GSC 1794-1525 Ari & & 56226.8823(6) & & 38 & V; new variable \\
DO Aur & p & 56246.8586(6) & $-0.0007$ & 42 & V; d=0.027d \\
KO Aur & p & 56257.8623(3) & $-0.0026$ & 47 & V \\
KU Aur & p & 56256.9315(3) & $+0.0190$ & 49 & V \\
QT Aur & p & 56255.9495(5) & $-0.0061$ & 38 & V \\
V365 Aur & p & 56246.8892(5) & $-0.0168$ & 42 & V \\
V379 Aur & p & 56258.8964(5) & $-0.0109$ & 40 & V \\
V585 Aur & p & 56245.9387(5) & $+0.0360$ & 43 & V; d=0.029d \\
V599 Aur & p & 56246.9026(5) & $+0.0096$ & 42 & V \\
V608 Aur & p & 56239.8784(3) & $-0.0162$ & 52 & V; D=0.072d; d=0.014d \\
V612 Aur & p & 56258.8677(5) & $+0.0457$ & 41 & V; el: OEJV 83 \\
V641 Aur & p & 56255.8185(6) & $-0.0186$ & 38 & V \\
GSC 3751-178 Aur & p & 56256.9238(5) & $+0.0046$ & 17 & V; el: 53285.2664+0.327997; l.c. asymmetric \\
\hline
\end{tabular}

\newpage
\begin{center}
{\bf Table 1: Minima of eclipsing binaries (continued)}
\end{center}
\begin{tabular}{l@{}c@{ }lllcl}\hline
Variable & Type & HJD 24\dots & \multicolumn{1}{c}{$O-C$} & n & 
~~~~~~~~~~~~~~~~~~~~~~Remarks ~~~~~~~~~~~~~~~~~~~~~~~~~\\
\hline

AO Cam & s & 56230.8016(3) & $-0.0599$ & 12 & V; el: PASP 97, 648 \\
AS Cam & s & 56238.9423(6) & $-0.2162$ & 46 & V; d=0.046d; non-circular \\
LR Cam & p & 56261.8668(1) & $+0.0015$ & 46 & V; el: 51975.6040+0.4341399$\times$E \\
NO Cam & p & 56230.8428(19) & $+0.0108$ & 12 & V; el: IBVS 5894 \\
NR Cam & p & 56290.8875(4) & $+0.0064$ & 38 & V; el: Krakow Catalog \\
NX Cam & s & 56279.7330(6) & $-0.0079$ & 47 & V; el: 51447.79+0.605318$\times$E \\
 & s & 56290.6348(9) & $-0.0019$ & 41 & V \\
OQ Cam & s: & 56227.9635(5) & $-0.0463$ & 38 & V; el: IBVS 6011; d=0.024d \\
QV Cam & p & 56232.8763(6) & $+0.0112$ & 50 & V; el: IBVS 5960 \\
QZ Cam & p & 56227.9250(7) & $+0.0681$ & 33 & V; el: IBVS 6029 \\
PP Cam & s & 56220.8376(23) & $-0.0029$ & 8 & V: el: 51421.782+0.840392$\times$E \\
 & p & 56233.8648(2) & $-0.0018$ & 44 & V \\
V337 Cam & p & 56232.8761(3) & $-0.0318$ & 50 & V; el: IBVS 6011 \\
V387 Cam & p & 56258.9061(5) & $0$ & 40 & V; 51520.553+0.651141$\times$E \\
V389 Cam & s: & 56238.8259(4) & $-0.0390$ & 46 & V \\
V392 Cam & p & 56258.8871(7) & $-0.0012$ & 40 & V; el: 51508.525+0.664015$\times$E \\
V393 Cam & p & 56258.8581(3) & $+0.0229$ & 40 & V \\
V401 Cam & s & 56258.9114(4) & $+0.0196$ & 39 & V \\
V418 Cam & s: & 56261.8714(2) & $-0.0100$ & 46 & V \\
V424 Cam & s & 56261.8763(4) & $+0.0006$ & 46 & V; el: 51523.877+0.3258484$\times$E \\
V426 Cam & p & 56261.8552(3) & $-0.0001$ & 45 & V; el: 51521.549+0.3478358$\times$E \\
V437 Cam & p: & 56261.8954(7) & $-0.0374$ & 45 & V \\
V442 Cam & p: & 56261.8339(3) & & 45 & V \\
V443 Cam & s: & 56261.8349(7) & & 45 & V \\
V466 Cam & s: & 56273.8334(5) & $-0.0318$ & 38 & V \\
GSC 3715-43 Cam & p & 56232.8335(4) & $+0.0035$ & 51 & V; new variable in the field of NX Cam; \\
 & p & 56279.7683(3) & $+0.0035$ & 47 & V; el: 56232.83+0.464701$\times$E \\
 & s & 56290.6896(3) & $+0.0043$ & 42 & V \\
KM Cnc & p & 56282.8608(5) & $-0.0005$ & 40 & V; el: IBVS 5871; d=0.030d \\
GSC 1388-132 Cnc & p & 56282.8654(4) & $+0.0020$ & 40 & V; el: IBVS 5992 \\
GSC 5388-967 CMa & p & 56273.9314(6) & $+0.0026$ & 38 & V; el: 54761.822+1.724181$\times$E \\
GSC 5404-2421 CMa & s & 56246.841(4) & $+0.974$ & 32 & V; el: IBVS 5992; non-circular \\
GSC 5406-2659 CMa & p & 56273.8538(6) & $+0.0024$ & 37 & V; el: IBVS 5992 \\
GSC 5407-430 CMa & p & 56273.8755(4) & $+0.0003$ & 36 & V; el: 54597.533+1.011673$\times$E \\
AH Cas & p & 56262.6723(1) & $+0.0005$ & 37 & V; el: Krakow Catalog \\
AL Cas & p & 56203.8792(2) & $+0.0062$ & 50 & V \\
BH Cas & p & 56245.7090(5) & $+0.0380$ & 47 & V; el: IBVS 4482 \\
BS Cas & p & 56202.8523(3) & $+0.0037$ & 48 & V; d=0.026d \\
BU Cas & p & 56261.7177(2) & $-0.0239$ & 49 & V \\
BW Cas & p & 56261.7230(3) & $+0.0193$ & 48 & V; el: IBVS 5960 \\
BZ Cas & p & 56273.6427(4) & $-0.0024$ & 53 & V; el: Krakow Catalog \\
CW Cas & p & 56259.6856(11) & $-0.0711$ & 23 & V \\
DP Cas & p & 56238.7058(3) & $-0.0048$ & 38 & V \\
EG Cas & p & 56246.6712(4) & $-0.0037$ & 48 & V; el: Krakow Catalog; d=0.036d \\
EI Cas & p & 56239.6419(5) & $+0.1100$ & 36 & V \\
EY Cas & p & 56251.6576(3) & $-0.0105$ & 40 & V; el: Krakow Catalog \\
IR Cas & p & 56233.7098(2) & $+0.0101$ & 49 & V \\
IT Cas & p & 56237.6919(4) & $-0.0024$ & 33 & V; el: AJ 114, 1206; non-circular \\
LQ Cas & p & 56246.6776(4) & $-0.0065$ & 48 & V; el: Krakow Catalog; d=0.044d \\
LX Cas & p & 56290.6728(5) & $+0.0504$ & 42 & V \\
MR Cas & s & 56251.6599(3) & $+0.0026$ & 40 & V; el: Krakow Catalog \\
MS Cas & p & 56251.6606(2) & $+0.0422$ & 40 & V \\
MT Cas & p & 56254.7090(2) & $+0.0233$ & 41 & V; d=0.017d \\
MU Cas & s & 56245.6904(6) & $+1.1432$ & 47 & V; el: Krakow Catalog; non-circular \\
NN Cas & s & 56254.6716(4) & $-0.0213$ & 41 & V; el: Krakow Catalog; d=0.040d \\
NT Cas & p & 56255.6852(3) & $+0.0172$ & 43 & V; d=0.024d \\
OX Cas & p & 56215.6890(5) & $+0.0400$ & 47 & V; non-circular \\
 & s & 56261.7344(5) & $+0.0325$ & 49 & V \\
\hline
\end{tabular}
\newpage

\begin{center}
{\bf Table 1: Minima of eclipsing binaries (continued)}
\end{center}
\begin{tabular}{l@{}c@{ }lllcl}\hline
Variable & Type & HJD 24\dots & \multicolumn{1}{c}{$O-C$} & n & 
~~~~~~~~~~~~~~~~~~~~~~~~~Remarks ~~~~~~~~~~~~~~~~~~~~~~~~~~\\
\hline

PV Cas & p & 56203.9091(5) & $-0.0337$ & 44 & V; non-circular \\
QQ Cas & s & 56246.7019(5) & $+0.0028$ & 48 & V; el: Krakow Catalog \\
V344 Cas & s & 56225.6843(3) & $-0.1115$ & 34 & V \\
 & s & 56233.6898(3) & $-0.1121$ & 49 & V \\
V336 Cas & p & 56256.7510(3) & $-0.0142$ & 45 & V \\
V361 Cas & p & 56239.6513(7) & $-0.0066$ & 36 & V; el: Krakow Catalog \\
V375 Cas & p & 56246.6770(2) & $+0.0153$ & 48 & V; el: Krakow Catalog \\
V380 Cas & p & 56254.6574(3) & $-0.0683$ & 40 & V \\
V411 Cas & p & 56254.6978(4) & $+0.1634$ & 41 & V; d=0.039d \\
V427 Cas & s & 56225.6153(9) & $-0.0003$ & 36 & V; el: 54366.5402+1.305989$\times$E \\
V445 Cas & s & 56255.6322(6) & $-0.0210$ & 44 & V; el: BAVM 69, 1 \\
V459 Cas & s & 56257.6390(2) & $-0.1713$ & 39 & V; non-circular \\
V520 Cas & p & 56246.7444(2) & $+0.0014$ & 48 & V; el: Krakow Catalog \\
V523 Cas & s & 56255.7069(3) & $+0.0419$ & 36 & V; el: MNRAS 317, 111 \\
V537 Cas & p & 56256.6474(2) & $-0.0056$ & 44 & V; el: Krakow Catalog \\
V541 Cas & s & 56205.8428(7) & $+0.0260$ & 38 & V; el: IBVS 2652 \\
V608 Cas & p & 56203.8719(3) & $+0.0134$ & 50 & V; el: IBVS 5151; d=0.018d \\
V775 Cas & s & 56245.7195(6) & $+0.8317$ & 47 & V; el: IBVS 5557; non-circular \\
 & p & 56290.6914(4) & $-0.0130$ & 42 & V \\
V821 Cas & p & 56230.7058(3) & $-0.0481$ & 51 & V; el: IBVS 5386; non-circular \\
V851 Cas & s & 56238.7552(14) & $+0.0019$ & 38 & V; el: Krakow Catalog \\
V860 Cas & p & 56256.6727(3) & $-0.0091$ & 45 & V; el: IBVS 5111 \\
V959 Cas & s & 56245.7027(4) & $+0.0174$ & 47 & V; el: IBVS 5960 \\
V1001 Cas & s & 56238.6941(7) & $+0.0630$ & 14 & V; D=0.068d! \\
V1007 Cas & s & 56251.6848(6) & $-0.0004$ & 32 & V; el: 51415.83+0.3320075$\times$E; d=0.022d \\
V1030 Cas & s: & 56254.6904(4) & $-0.0394$ & 41 & V \\
V1031 Cas & p & 56245.7488(4) & $+0.0486$ & 47 & V; d=0.027d \\
V1043 Cas & p & 56255.6059(7) & $+0.0005$ & 43 & V; el: 53300.9578+0.661587$\times$E \\
V1060 Cas & p & 56257.6634(6) & $+0.0013$ & 39 & V; el: 51339.88+1.816020$\times$E \\
V1107 Cas & s & 56202.8746(6) & $+0.0629$ & 48 & V \\
V1137 Cas & s & 56262.6625(5) & $-0.0201$ & 37 & V; non-circular \\
V1138 Cas & p & 56261.6452(5) & $+0.0023$ & 48 & V; el: Krakow Catalog \\
GSC 3671-99 Cas & p & 56256.7136(4) & $+0.0027$ & 44 & V; non-circular \\
 & s & 56279.7064(3) & $-0.7033$ & 48 & V; d=0.040d \\
GSC 4029-1087 Cas & p & 56257.6794(4) & $+0.0238$ & 40 & V; el: PZP 11, 1 \\
U J232931+6031.6 Cas & s: & 56237.6617(11) & $+0.0353$ & 34 & V; el: PZP 10, 13; d=0.019d \\
VZ Cep & p & 56203.7246(4) & $-0.0106$ & 50 & V \\
WZ Cep & p & 56226.6716(2) & $-0.1081$ & 43 & V; el: AAS 131, 17 \\
XY Cep & p & 56251.6668(2) & $-0.0499$ & 40 & V \\
CO Cep & p & 56214.8111(3) & $-0.1995$ & 78 & V; non-circular \\
 & s & 56233.6425(4) & $+0.0128$ & 48 & V \\
DL Cep & p & 56220.6692(3) & $+0.0057$ & 40 & V; el: IBVS 5016; d=0.035d \\
DP Cep & s & 56225.7137(6) & $-0.0606$ & 36 & V \\
DY Cep & p & 56237.647(4) & $-0.027$ & 33 & V; Krakow Catalog \\
GW Cep & p & 56202.8701(2) & $+0.0023$ & 47 & V; el: IBVS 4293 \\
IP Cep & p & 56219.6983(4) & $-0.0357$ & 45 & V; el: IBVS 5016; d=0.067d \\
LL Cep & p & 56232.6514(3) & $+0.0024$ & 39 & V \\
NN Cep & p & 56237.6811(22) & $-0.0024$ & 32 & V \\
OT Cep & s & 56259.6547(12) & $-0.0028$ & 24 & V; el: IBVS 5212 \\
V358 Cep & p & 56214.8991(2) & $+0.0150$ & 36 & V; el: BBSAG Bull. 96, 10; d=0.028d \\
V699 Cep & p & 56230.6795(2) & $-0.0099$ & 50 & V; d=0.042d \\
V731 Cep & p & 56256.6194(4) & $-0.0153$ & 45 & V; el: IBVS 5616; non-circular \\
V734 Cep & s & 56214.6998(4) & $+0.1054$ & 76 & V; el: Krakow Catalog; d=0.053d; non-circular \\
 & p & 56261.6641(3) & $-0.0049$ & 49 & V \\
V744 Cep & p & 56230.7047(4) & $+0.0241$ & 52 & V \\
V756 Cep & p & 56255.6161(8) & $+0.0009$ & 44 & V; el: 51454.597+1.722648$\times$E \\
V757 Cep & p & 56254.6091(4) & $-0.0333$ & 22 & V \\
 & s & 56254.7828(22) & $-0.0316$ & 20 & V \\
\hline
\end{tabular}
\newpage

\begin{center}
{\bf Table 1: Minima of eclipsing binaries (continued)}
\end{center}
\begin{tabular}{l@{}c@{ }lllcl}\hline
Variable & Type & HJD 24\dots & \multicolumn{1}{c}{$O-C$} & n & 
~~~~~~~~~~~~~~~~~~~~~~~~~Remarks ~~~~~~~~~~~~~~~~~~~~~~~~~~\\
\hline

V790 Cep & s & 56257.6999(11) & $+0.0190$ & 40 & V \\
V796 Cep & p & 56202.8658(4) & $-0.0033$ & 29 & V; el: IBVS 6011 \\
V804 Cep & p & 56203.9039(3) & $-0.0003$ & 50 & V \\
V805 Cep & p & 56232.8985(2) & $+0.0159$ & 51 & V \\
GSC 3965-1172 Cep & p & 56215.7601(9) & $-0.0439$ & 48 & V; el: OEJV 83 \\
GSC 3996-1098 Cep & p & 56225.6628(5) & $-0.0083$ & 37 & V; el: 53965.3635+0.352018$\times$E \\
GSC 4286-49 Cep & s & 56226.6597(6) & $-0.0474$ & 44 & V; el: IBVS 5570 \\
GSC 4477-706 Cep & p & 56232.7471(9) & $+0.0039$ & 40 & V; el: OEJV 83 \\
GSC 4481-1535 Cep & p & 56226.6656(6) & $-0.0228$ & 44 & V; el: OEJV 83 \\
GSC 4482-1238 Cep & s & 56232.6397(4) & $+0.0219$ & 33 & V; el: OEJV 91 \\
GSC 4487-347 Cep & p & 56251.7536(6) & $-0.0034$ & 40 & V; el: IBVS 6020; non-circular \\
GSC 4488-376 Cep & p & 56228.6183(4) & $-0.0182$ & 26 & V; el: OEJV 83 \\
GSC 4490-777 Cep & s & 56233.7203(4) & $-0.0005$ & 48 & V; el: 51532.589+1.698079$\times$E \\
SS Cet & p & 56226.833(5) & $+0.047$ & 38 & V \\
TV Cet & s & 56282.6777(7) & $-0.0552$ & 42 & V; d=0.034d; non-circular \\
HM Cet & p & 56205.9229(4) & $-0.0058$ & 39 & V; el: IBVS 5960 \\
HS Cet & p & 56215.9058(4) & $+0.0043$ & 44 & V; el: 54292.901+3.69098$\times$E \\
GSC 44-1314 Cet & p & 56205.8863(3) & $+0.0023$ & 39 & V; el: IBVS 5960 \\
GSC 49-120 Cet & p & 56210.8716(2) & $-0.0332$ & 49 & V; el: IBVS 6011; d=0.036d \\
GSC 54-373 Cet & s & 56214.8777(7) & $+0.0065$ & 36 & V; el: IBVS 5960; d=0.073d \\
GSC 4698-855 Cet & p & 56210.8904(3) & $+0.0127$ & 48 & V; el: IBVS 6011 \\
GSC 4708-841 Cet & s & 56226.8893(5) & $-0.0140$ & 38 & V; el: IBVS 5960 \\
GSC 5268-1013 Cet & s & 56258.6955(7) & $-0.0087$ & 29 & V; el: IBVS 5960 \\
GSC 5270-645 Cet & p & 56258.6677(6) & $-0.0035$ & 39 & V; el: OEJV 116 \\
GSC 5284-2130 Cet & s & 56205.8612(4) & $-0.0020$ & 36 & V; el: IBVS 6011 \\
DK Cyg & p & 56218.6994(3) & $+0.0965$ & 18 & V \\
LO Cyg & p & 56203.7214(12) & $-0.0370$ & 50 & V \\
V387 Cyg & p & 56205.6746(3) & $+0.0203$ & 47 & V \\
V525 Cyg & p & 56205.6783(2) & $-0.0304$ & 47 & V; d=0.032d \\
V616 Cyg & p & 56214.6951(3) & $-0.3328$ & 43 & V; d=0.030d \\
V628 Cyg & s & 56214.7247(3) & $-0.0050$ & 43 & V; el: IBVS 4381 \\
V680 Cyg & p & 56220.7049(4) & $+0.0676$ & 40 & V \\
V704 Cyg & p & 56203.6814(4) & $+0.0323$ & 50 & V \\
V706 Cyg & s & 56219.6872(5) & $-0.0557$ & 46 & V \\
V711 Cyg & p & 56220.6533(6) & $-0.0355$ & 40 & V; el: IBVS 5741 \\
V836 Cyg & p & 56215.6944(4) & $+0.0194$ & 48 & V \\
V1815 Cyg & s & 56223.6539(4) & $+0.0037$ & 27 & V; el: BAV Rb. 55, 1 \\
GSC 536-9 Equ & p & 56205.6894(3) & $-0.0045$ & 47 & V; el: IBVS 6011 \\
GSC 537-1462 Equ & p & 56215.6555(4) & $+0.0109$ & 48 & V; el: IBVS 6011; d=0.022d \\
RU Eri & p & 56227.8738(5) & $-0.0324$ & 32 & V \\
TZ Eri & p & 56231.9311(3) & $-0.0141$ & 49 & V; el: IBVS 6011; d=0.048d \\
UX Eri & p & 56226.8886(5) & $+0.0215$ & 38 & V; el: IBVS 5960 \\
YY Eri & p & 56231.9373(5) & $-0.0033$ & 19 & V; el: IBVS 5960 \\
AM Eri & p & 56231.9102(3) & $-0.0040$ & 49 & V; el: Krakow Catalog \\
BC Eri & p & 56237.9268(4) & $+0.0054$ & 43 & V; el: IBVS 5960; d=0.026d \\
BL Eri & p & 56231.9565(2) & $+0.0221$ & 47 & V; el: IBVS 6011; d=0.018d \\
KZ Eri & p & 56282.6398(4) & $-0.0073$ & 28 & V; el: IBVS 6011: d=0.025d \\
GSC 4703-84 Eri & p & 56215.8764(4) & $+0.0083$ & 41 & V; el: 54866.544+2.570141$\times$E; d=0.035d \\
GSC 4732-1231 Eri & p & 56231.9265(2) & $-0.0014$ & 49 & V; el: IBVS 5960 \\
GSC 4739-480 Eri & p & 56237.8511(3) & $+0.0049$ & 47 & V; el: IBVS 6029 \\
GSC 5294-1116 Eri & s & 56226.8841(2) & $+0.0019$ & 37 & V; el: IBVS 5960 \\
GSC 5303-939 Eri & s & 56227.8773(3) & $-0.0051$ & 38 & V; el: IBVS 5960 \\
GSC 5322-2251 Eri & p & 56245.9000(2) & $+0.0133$ & 43 & V; el: IBVS 5960; d=0.019d \\
GSC 5323-652 Eri & s & 56239.8918(5) & $+0.0098$ & 52 & V; el: IBVS 5992 \\
GSC 5330-664 Eri & s & 56238.8162(6) & $+0.0034$ & 17 & V; el: IBVS 6029 \\
 & p & 56238.9278(5) & $+0.0002$ & 30 & V \\
LO Gem & p & 56255.9201(4) & $+0.0148$ & 38 & V; el: IBVS 5020 \\
MU Gem & s & 56279.837(3) & $+0.020$ & 37 & V \\
V410 Gem & s & 56245.9220(8) & $+0.0207$ & 42 & V; el: IBVS 6029; non-circular \\
GSC 1351-383 Gem & p & 56282.8892(3) & $+0.0078$ & 40 & V; el: IBVS 6029; d=0.037d \\
\hline
\end{tabular}
\newpage

\begin{center}
{\bf Table 1: Minima of eclipsing binaries (continued)}
\end{center}
\begin{tabular}{l@{}c@{ }lllcl}\hline
Variable & Type & HJD 24\dots & \multicolumn{1}{c}{$O-C$} & n & 
~~~~~~~~~~~~~~~~~~~~~~Remarks ~~~~~~~~~~~~~~~~~~~~~~~~~\\
\hline

GSC 1368-1411 Gem & p & 56282.8734(2) & $-0.0008$ & 33 & V; el: IBVS 5871; d=0.023d \\
GSC 1864-1065 Gem & s & 56265.8572(4) & $-0.0103$ & 23 & V; el: IBVS 5960 \\
A J065830+1311.5 Gem & p & 56279.8742(3) & $-0.0492$ & 38 & V; el: 54856.3476+0.330296$\times$E \\
RW Lac & p & 56214.7328(3) & $+0.0618$ & 42 & V; el: IBVS 5682; non-circular \\
TZ Lac & p & 56223.6518(6) & $+0.3701$ & 26 & V \\
VY Lac & p & 56225.7451(3) & $+0.0005$ & 37 & V; el: MitVS 10, 55 \\
CO Lac & p & 56203.7095(2) & $-0.0018$ & 50 & V; non-circular \\
 & s & 56230.6957(2) & $-0.0043$ & 52 & V \\
EM Lac & s & 56227.6794(2) & $+0.0939$ & 38 & V \\
FL Lac & p & 56230.7007(5) & $-0.0430$ & 51 & V; d=0.033d \\
GX Lac & s & 56231.7110(10) & $-0.0436$ & 46 & V \\
MZ Lac & p & 56231.7105(4) & $-0.0052$ & 46 & V; el: JAAVSO 19, 12; non-circular \\
V364 Lac & s & 56214.6902(4) & $+0.1532$ & 42 & V; non-circular \\
GSC 3208-2644 Lac & p & 56228.6896(10) & $+0.0223$ & 22 & V; el: IBVS 5998 \\
GSC 3210-1456 Lac & s & 56223.6278(4) & $-0.0030$ & 27 & V; el: 55095.3968+0.372293$\times$E \\
Z Lep & p & 56238.8836(3) & $+0.0617$ & 45 & V; el: JAAVSO 21, 111 \\
RR Lep & p & 56238.8796(3) & $-0.0388$ & 46 & V \\
GSC 5916-1668 Lep & s & 56254.8596(5) & $+0.0096$ & 36 & V; el: IBVS 5992 \\
NSV 2698 Lep & p & 56265.8354(5) & $+0.0038$ & 23 & V; el. IBVS 5894 \\
CL Lyn & p & 56290.8795(13) & $+0.0022$ & 20 & V; el: 48500.18+1.586054$\times$E \\
DY Lyn & p & 56282.8914(16) & $+0.0069$ & 18 & V; el: IBVS 5894 \\
RU Mon & s & 56251.8685(31) & $-0.5977$ & 23 & V; non-circular \\
 & p & 56282.8397(4) & $-0.0970$ & 38 & V \\
UV Mon & s & 56279.946(4) & $+0.010$ & 37 & V; el: Krakow Catalog; unique light curve \\
BP Mon & p & 56279.8541(3) & $-0.0823$ & 36 & V; el: 54111.772+2.057082$\times$E \\
GG Mon & p & 56279.8908(2) & $+0.0068$ & 37 & V; el: Krajau Catalog \\
V383 Mon & p & 56273.8634(6) & $-0.0302$ & 37 & V \\
V464 Mon & p & 56273.9068(5) & $+0.0101$ & 37 & V; el: Krakow Catalog \\
V530 Mon & s & 56273.8469(5) & $+0.0112$ & 38 & V; el: IBVS 5992 \\
V843 Mon & s & 56279.8642(3) & $+0.0123$ & 38 & V; el: Krakow Catalog \\
V873 Mon & s & 56257.8802(2) & $+0.0428$ & 50 & V; el: 54761.825+3.1966076$\times$E \\
V900 Mon & p & 56257.8920(2) & $+0.0088$ & 50 & V; el: IBVS 5992 \\
V925 Mon & p & 56246.8787(19) & $+0.0223$ & 37 & V; el: IBVS 6029; non-circular \\
GSC 174-675 Mon & s & 56279.8521(5) & $+0.0038$ & 37 & V; el: 53818.583+0.262409$\times$E \\
GSC 4785-147 Mon & p & 56257.9289(2) & $+0.0265$ & 49 & V; el: IBVS 5992 \\
GSC 4827-2862 Mon & p & 56273.9018(3) & $-0.0056$ & 37 & V; el: IBVS 5992 \\
DZ Ori & p & 56257.8432(4) & $+0.0066$ & 50 & V; el: Krakow Catalog \\
EF Ori & s & 56255.8945(9) & $+0.0051$ & 38 & V; el: IBVS 5699 \\
EH Ori & p & 56255.8685(3) & $+0.0135$ & 38 & V; el: 53414.658+1.5136905$\times$E; d=0.019d \\
EQ Ori & p & 56237.9499(2) & $-0.0406$ & 47 & V \\
ER Ori & s & 56239.9165(4) & $+0.1071$ & 52 & V \\
EW Ori & p & 56254.9519(5) & $-0.0081$ & 45 & V; el: IBVS 6029; non-circular \\
FK Ori & p & 56245.8087(16) & $-0.0482$ & 42 & V \\
GG Ori & s & 56245.8479(1) & $-0.4339$ & 26 & V; non-circular \\
GU Ori & p & 56256.9186(3) & $+0.0024$ & 49 & V; el: ASAS; d=0.025d \\
V392 Ori & p & 56256.9435(2) & $+0.0312$ & 49 & V; el: PAS Japan 54, 139 \\
V645 Ori & p & 56255.9328(4) & $+0.0115$ & 38 & V; el: 54140.693+1.0404468$\times$E \\
V1027 Ori & p & 56232.9108(3) & $+0.0431$ & 50 & V; el: IBVS 6011; non-circular \\
V1353 Ori & s & 56245.8835(4) & $-0.0044$ & 42 & V; el: IBVS 5313 \\
V1626 Ori & p & 56255.9151(3) & $-0.0057$ & 38 & V; el: IBVS 5339 \\
V1642 Ori & p & 56254.9031(2) & $-0.0061$ & 44 & V; el: 53268.857+3.037693$\times$E \\
V1799 Ori & p & 56237.9093(2) & $+0.0064$ & 47 & V; el: IBVS 5960 \\
V1848 Ori & s & 56238.9099(2) & $-0.0008$ & 47 & V \\
V1851 Ori & s & 56246.8793(4) & $+0.0154$ & 38 & V \\
GSC 85-1357 Ori & p & 56245.8774(4) & $+0.0269$ & 43 & V; el: 53804.538+0.2839726$\times$E \\
GSC 89-1424 Ori & p & 56239.9112(4) & $+0.0199$ & 52 & V; el: IBVS 5960; d=0.037d \\
GSC 93-668 Ori & s & 56237.8965(2) & $-0.0058$ & 47 & V; el: IBVS 5960 \\
GSC 103-738 Ori & p & 56238.8603(2) & $+0.0006$ & 47 & V; el: IBVS 5960 \\
GSC 103-894 Ori & s & 56246.9167(4) & $-0.0067$ & 42 & V; el: IBVS 5960 \\
GSC 111-1902 Ori & p & 56239.8877(4) & $+0.0020$ & 46 & V; el: IBVS 5960 \\
\hline
\end{tabular}
\newpage

\begin{center}
{\bf Table 1: Minima of eclipsing binaries (continued)}
\end{center}
\begin{tabular}{l@{}c@{ }lllcl}\hline
Variable & Type & HJD 24\dots & \multicolumn{1}{c}{$O-C$} & n & 
~~~~~~~~~~~~~~~~~~~~~~~~Remarks ~~~~~~~~~~~~~~~~~~~~~~~~~~\\
\hline

GSC 122-419 Ori & p & 56254.9137(3) & $-0.0031$ & 44 & V; el: IBVS 5945 \\
GSC 128-980 Ori & p & 56265.8509(4) & $-0.0041$ & 24 & V; el: IBVS 5960 \\
GSC 4780-344 Ori & p & 56265.8630(6) & $-0.0019$ & 23 & V; el: IBVS 5960; d=0.016d \\
GSC 709-1047 Ori & s & 56254.9233(4) & $-0.0037$ & 44 & V; el: IBVS 5960 \\
GSC 730-243 Ori & p & 56256.9089(4) & $+0.0029$ & 49 & V; el: IBVS 5960 \\
GSC 730-2307 Ori & p & 56256.8691(2) & $-0.0378$ & 49 & V; el: IBVS 5960 \\
GSC 1315-1104 Ori & p & 56257.8596(4) & $+0.0003$ & 50 & V; el: IBVS 5960 \\
GSC 4741-1062 Ori & p & 56237.9417(5) & $-0.0025$ & 44 & V; el: 53806.546+2.448538$\times$E \\
GSC 4754-44 Ori & p & 56239.8962(2) & $+0.0092$ & 52 & V; el: IBVS 5992; d=0.012d \\
GSC 4754-339 Ori & p & 56246.8914(3) & $+0.0016$ & 42 & V; el: IBVS 5992 \\
GSC 4766-69 Ori & p & 56254.8717(4) & $+0.0070$ & 44 & V; el: IBVS 5960 \\
GSC 4783-2332 Ori & p & 56256.8764(4) & $-0.0022$ & 49 & V; el: IBVS 5960 \\
NSV 1864 Ori & s & 56238.9063(3) & $+0.0058$ & 46 & V; el: IBVS 6029; d=0.052d \\
ZZ Peg & p & 56231.6857(3) & $+0.1419$ & 45 & V; d=0.041d \\
BQ Peg & p & 56220.7091(4) & $+0.2528$ & 42 & V; d=0.030d \\
BX Peg & p & 56214.6638(4) & $-0.0083$ & 43 & V; el: IBVS 5668; d=0.020d \\
 & p & 56219.7116(3) & $-0.0080$ & 46 & V \\
BY Peg & s & 56203.6711(4) & $-0.0261$ & 50 & V; d=0.025d \\
CC Peg & p & 56220.6898(3) & $-0.0133$ & 42 & V; el: IBVS 5960; d=0.045:d  \\
CF Peg & s & 56218.6962(5) & $-0.0005$ & 17 & V; el: Krakow Catalog \\
DK Peg & p & 56246.7005(3) & $+0.1271$ & 48 & V; d=0.048d \\
DM Peg & p & 56245.7068(4) & $+0.0715$ & 47 & V \\
DV Peg & p & 56215.6612(4) & $-0.0090$ & 48 & V; el: IBVS 6011 \\
EU Peg & p & 56232.6571(3) & $+0.0386$ & 40 & V \\
FL Peg & s & 56203.6520(6) & $-0.0187$ & 22 & V \\
GP Peg & p & 56226.6952(3) & $-0.0506$ & 44 & V \\
KW Peg & p & 56219.7187(4) & $-0.0018$ & 42 & V; el: Krakow Catalog \\
V407 Peg & p & 56238.7230(6) & $-0.0288$ & 35 & V \\
V411 Peg & p & 56203.7118(5) & $-0.0194$ & 47 & V; formerly BM Vul \\
V421 Peg & s & 56258.6253(14) & $-0.0079$ & 22 & V \\
A212654+1912.6 Peg & p & 56215.6181(4) & & 25 & V \\ 
 & s & 56215.789(4) & & 20 & V \\
A215503+2417.8 Peg & s & 56218.6936(7) & $+0.0282$ & 17 & V; el: IBVS 6011 \\
GSC 570-73 Peg & s & 56228.6662(4) & $+0.0012$ & 24 & V; el: IBVS 6011 \\
GSC 573-1241 Peg & s & 56228.6471(3) & $-0.0034$ & 27 & V; el: IBVS 5920 \\
GSC 1158-201 Peg & p & 56230.6586(2) & $+0.0044$ & 49 & V; el: 52910.692+1.242966$\times$E; d=0.033d \\
GSC 1174-344 Peg & s & 56239.6954(5) & $+0.0142$ & 35 & V; el: IBVS 5920; d=0.036d \\
GSC 1178-1208 Peg & p & 56251.7340(5) & $+0.0064$ & 33 & V; el: IBVS 5920 \\
GSC 1664-110 Peg & p & 56203.6702(2) & $+0.0111$ & 49 & V; el: 55079.738+0.282961$\times$E \\
GSC 1677-992 Peg & s & 56220.7042(4) & $+0.0153$ & 40 & V; el: IBVS 6011; d=0.058:d \\
GSC 1686-1001 Peg & p & 56228.7223(2) & $+0.0002$ & 27 & V; el: IBVS 5920 \\
GSC 1704-356 Peg & p & 56230.6573(3) & $+0.0066$ & 52 & V; el: IBVS 6011 \\
GSC 1709-614 Peg & s & 56230.719382) & $+0.0038$ & 43 & V; el: IBVS 6011 \\
GSC 1715-1370 Peg & p & 56233.6504(3) & $+0.0045$ & 49 & V; el: IBVS 5920 \\
GSC 1716-1457 Peg & p & 56233.6879(3) & $+0.0195$ & 49 & V; el: IBVS 5920; d=0.022d \\
GSC 1718-1664 Peg & s & 56233.6416(3) & $-0.0089$ & 28 & V; el: IBVS 5920 \\
 & p & 56233.7695(5) & $-0.0100$ & 21 & V; d=0.011d \\
GSC 1721-1591 Peg & p & 56238.7047(3) & $-0.0186$ & 38 & V; el: 54307.796+0.318898$\times$E \\
GSC 2188-568 Peg & p & 56219.6773(2) & $-0.0303$ & 33 & V; el: IBVS 5960 \\
GSC 2189-1101 Peg & s & 56218.7262(13) & $+0.0021$ & 17 & V; el: IBVS 5960 \\
 & s & 56219.6833(2) & $+0.0000$ & 12 & V \\
GSC 2223-87 Peg & p & 56228.6789(2) & $-0.0109$ & 27 & V; el: IBVS 5920 \\
GSC 2740-1859 Peg & p & 56225.6626(3) & $+0.0025$ & 37 & V; el: IBVS 6011 \\
GSC 2744-1229 Peg & s & 56227.7171(4) & $+0.0254$ & 34 & V; el: PZP 11, 1 \\
GSC 2749-2238 Peg & p & 56227.7475(6) & $+0.0541$ & 37 & V; el: OEJV 83 \\
GSC 2755-2136 Peg & p & 56225.7059(3) & $+0.0231$ & 36 & V; el: IBVS 83 \\
GSC 2766-775 Peg & s & 56239.7130(4) & $+0.0030$ & 31 & V; el: 53254.588+0.375747$\times$E; d=0.035:d \\
BE Per & p & 56233.9018(5) & $+0.0363$ & 44 & V; el: MVS 11, 38 \\
BY Per & p & 56273.6476(3) & $+0.0231$ & 53 & V \\
CH Per & p & 56261.6898(3) & $-0.0772$ & 48 & V \\
\hline
\end{tabular}
\newpage

\begin{center}
{\bf Table 1: Minima of eclipsing binaries (continued)}
\end{center}
\begin{tabular}{l@{}c@{ }lllcl}\hline
Variable & Type & HJD 24\dots & \multicolumn{1}{c}{$O-C$} & n & 
~~~~~~~~~~~~~~~~~~~~~~~~Remarks ~~~~~~~~~~~~~~~~~~~~~~~~~~\\
\hline

DK Per & p & 56203.8404(4) & $-0.0430$ & 50 & V; el: IBVS 3875 \\
FW Per & p & 56232.8612(4) & $-0.0373$ & 50 & V \\
IM Per & p & 56227.9232(6) & $+0.1032$ & 27 & V; non-circular \\
IT Per & p & 56210.8556(5) & $-0.0216$ & 48 & V \\
IU Per & p & 56279.6932(3) & $+0.0088$ & 47 & V \\
KL Per & p & 56203.8859(2) & $+0.1361$ & 50 & V; d=0.037d \\
KN Per & p & 56233.8798(3) & $+0.0088$ & 44 & V; el: Krakow Catalog, d=0.054d \\
NO Per & s & 56202.960:(10) & $-0.624$ & 46 & V; d$>=0.12$d; non-circular \\
 & p & 56257.8376(8) & $+0.1792$ & 49 & V; el: IBVS 6029 \\
QT Per & p & 56226.8816(4) & $-0.0441$ & 38 & V; MVS 11, 65 \\
QW Per & p & 56233.8496(5) & $+0.0078$ & 45 & V \\
V434 Per & p & 56233.9215(5) & $-0.0590$ & 44 & V \\
V450 Per & p & 56215.9226(5) & $+0.1184$ & 45 & V \\
V482 Per & p & 56232.9677(6) & $+0.2610$ & 50 & V; el: BAV Mit. 68, 21 \\
V680 Per & s & 56214.9626(3) & $+0.0073$ & 36 & V; el: IBVS 5960 \\
V723 Per & p & 56202.9342(14) & $+0.0305$ & 47 & V; el: IBVS 6011 \\
V737 Per & p & 56233.9545(4) & $-0.0005$ & 43 & V; el: Krakow Catalog \\
V761 Per & p & 56205.978(3) & $+0.129$ & 38 & V; GSC 3698-3021 \\
V789 Per & p & 56214.8494(2) & $+0.0931$ & 36 & V \\
V871 Per & s & 56233.8950(3) & $+0.1912$ & 45 & V; el: IBVS 5920; non-circular \\
V873 Per & p & 56215.8368(4) & $-0.0144$ & 28 & V \\
 & s & 56215.9849(12) & $-0.013$ & 12 & V \\
V876 Per & s: & 56226.8638(4) & $+0.0137$ & 38 & V \\
V877 Per & p & 56220.8373(19) & $+0.0000$ & 8 & V; el: 53341.17+1.11098275$\times$E \\
 & p & 56279.7233(4) & $+0.0039$ & 47 & V \\
GSC 2344-92 Per & s & 56227.9086(6) & $+0.0446$ & 38 & V; el: PZP 11, 1 \\
GSC 2361-2410 Per & s & 56273.7191(2) & $-0.0002$ & 52 & V; el: 55866.838+0.318249$\times$E \\
GSC 2854-125 Per & p & 56215.9328(25) & & 44 & V \\
Y Psc & p & 56239.6278(3) & $-0.0130$ & 35 & V \\
VZ Psc & p & 56231.6784(3) & $+0.0107$ & 45 & V; el: ApJS 58, 413 \\
EX Psc & p & 56257.6600(2) & $-0.0220$ & 40 & V; d=0.021d \\
GSC 14-479 Psc & s & 56258.6587(4) & $+0.0270$ & 40 & V; el: 54103.545+0.394091$\times$E \\
GSC 24-466 Psc & s & 56265.6660(3) & $-0.0180$ & 48 & V; el: IBVS 6011; d=0.026d \\
GSC 575-429 Psc & p & 56231.6721(8) & $-0.0004$ & 15 & V; el: IBVS 5920 \\
 & s & 56231.7870(10) & $-0.0027$ & 11 & V \\
GSC 621-834 Psc & s & 56265.6886(3) & $+0.0118$ & 48 & V; el: IBVS 5920 \\
GSC 1179-501 Psc & p & 56257.6724(5) & $+0.0242$ & 40 & V; el: IBVS 5960 \\
GSC 1183-1110 Psc & p & 56259.6614(7) & $-0.0061$ & 24 & V; el: 54760.697+0.649186$\times$E \\
GSC 1762-103 Psc & s & 56265.6853(2) & $-0.0241$ & 48 & V; el: IBVS 5960 \\
GSC 5253-982 Psc & s & 56239.7227(5) & $+0.0065$ & 35 & V; el: 53615.898+0.521582$\times$E; d=0.043d \\ 
GSC 5255-370 Psc & s & 56239.6355(2) & $+0.0089$ & 36 & V; el: IBVS 6011 \\
UZ Pup & p & 56282.8974(5) & $-0.0113$ & 36 & V \\
AV Pup & p & 56290.8767(15) & $+0.0043$ & 18 & V; el: IBVS 5992 \\
GSC 5404-4206 Pup & p & 56282.8568(4) & $-0.0086$ & 33 & V; el: IBVS 5894 \\
GSC 5424-55 Pup & p & 56282.9049(6) & $-0.0029$ & 32 & V; el: IBVS 5992 \\
AH Tau & s & 56282.6621(4) & $+0.0207$ & 50 & V; el: IBVS 5554; d=0.016d \\
AQ Tau & p & 56245.9207(10) & $-0.1055$ & 43 & V \\
EQ Tau & s & 56290.6423(3) & $-0.0254$ & 41 & V; d=0.017d \\
V1249 Tau & s & 56215.9410(4) & $-0.0078$ & 44 & V; non-circular \\
 & p & 56237.9234(2) & $-0.0079$ & 36 & V \\
V1260 Tau & s & 56239.9422(9) & $+0.3332$ & 52 & V; non-circular \\
V1352 Tau & p & 56257.9032(11) & $-0.0258$ & 50 & V; el: IBVS 6011; d=0.115d; non-circular \\
V1355 Tau & s & 56245.9238(6) & $-0.0350$ & 22 & V \\
V1356 Tau & s & 56238.799(4) & $+0.785$ & 47 & V; el: Krakow Catalog; non-circular \\
GSC 67-348 Tau & p & 56282.6899(3) & $+0.0093$ & 48 & V; el: IBVS 5920 \\
GSC 74-465 Tau & s & 56231.8923(4) & $-0.0073$ & 49 & V; el: IBVS 5960; d=0.020d \\
GSC 76-527 Tau & s & 56231.8865(3) & $+0.0027$ & 50 & V; el: IBVS 5945 \\
GSC 650-1226 Tau & s & 56227.9428(3) & $+0.0195$ & 38 & V; el: IBVS 5945 \\
GSC 658-185 Tau & p & 56290.7072(3) & $+0.0089$ & 41 & V; el: IBVS 5920; asymmetric light curve \\
GSC 661-580 Tau & s & 56282.6371(5) & $-0.0022$ & 27 & V; el: IBVS 5945 \\
\hline
\end{tabular}
\newpage

\begin{center}
{\bf Table 1: Minima of eclipsing binaries (continued)}
\end{center}
\begin{tabular}{l@{}c@{ }lllcl}\hline
Variable & Type & HJD 24\dots & \multicolumn{1}{c}{$O-C$} & n & 
~~~~~~~~~~~~~~~~~~~~~~Remarks ~~~~~~~~~~~~~~~~~~~~~~~~~~~~\\
\hline

GSC 663-23 Tau & s & 56282.6782(9) & $-0.0035$ & 50 & V; el: IBVS 5920; d=0.047d \\
GSC 1235-663 Tau & p & 56290.6815(4) & $-0.0026$ & 41 & V; el: IBVS 5992; d=0.022d \\
GSC 1256-188 Tau & p & 56227.8921(5) & $+0.0136$ & 36 & V; el: IBVS 5920; d=0.025d \\
GSC 1291-1139 Tau & p & 56239.8626(3) & $-0.0161$ & 53 & V; el: IBVS 5992; d=0.039d \\
GSC 1304-227 Tau & s & 56254.9299(1) & $+0.0021$ & 45 & V; el: IBVS 5960 \\
GSC 2258-1489 Tau & s: & 56243.6613(12) & & 18 & V \\
RW Tri & p & 56279.6872(2) & $-0.0037$ & 47 & V \\
VW Tri & p & 56205.8516(5) & $-0.0345$ & 39 & V; el: MVS 11, 1 \\
VZ Tri & p & 56273.7018(1) & $-0.0111$ & 52 & V; el: OEJV 107; d=0.022d \\
BF Tri & s: & 56265.6859(4) & $-0.0527$ & 48 & V \\
CC Tri & s & 56279.7398(6) & $-0.0933$ & 47 & V \\
CM Tri & p: & 56210.8790(3) & $-0.0610$ & 49 & V \\
CR Tri & p: & 56210.8999(4) & $-0.0116$ & 41 & V \\
BG Vul & s & 56205.6710(5) & $-0.1598$ & 19 & V; asymmetric; d=0.034d \\
BI Vul & p & 56205.6532(6) & $+0.0077$ & 13 & V; el: IBVS 6011 \\
 & s & 56205.7826(5) & $+0.0112$ & 8 & V \\
V384 Vul & s & 56215.6261(5) & $+0.0022$ & 48 & V \\
GSC 2177-709 Vul & p & 56205.6873(5) & $+0.0032$ & 47 & V; el: IBVS 6011\\
\hline
\end{tabular}

n: number of measurements incorporated in the determination of the minimum time.

d: Time spent by star in totality at minimum.

D: total duration of the eclipse.

A: ASAS ; U: UCAC3

\large
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\IBVSCorrectedVersion{Thu Jan 17 13:19:11 CET 2013}
% IRAS 03530+5306 removed, ambiguous identity

\end{document}

