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[vsnet-id 185] ROTSE variables IDs
- Date: Tue, 9 May 2000 23:08:38 -0700 (MST)
- To: aah@nofs.navy.mil, dubois@simbad.u-strasbg.fr, francois@simbad.u-strasbg.fr, gerard@simbad.u-strasbg.fr, hodge@astro.washington.edu, samus@sai.msu.ru, suzanne.laloe@obspm.fr, tamckay@umich.edu, vsnet-id@kusastro.kyoto-u.ac.jp
- From: Brian Skiff <bas@lowell.edu>
- Subject: [vsnet-id 185] ROTSE variables IDs
- Sender: owner-vsnet-id@kusastro.kyoto-u.ac.jp
Star-catalogue folks,
I have gone through the ROTSE1 variables list (2000AJ....119.1901A) to
make identifications with external catalogues. The source file provides no
identifications of any kind. The list below preserves the ROTSE1 name, their
assigned type, and the truncated magnitude, period (days), and (full)
amplitude. The collection of IDs follows at the end of each line.
After making a test run on the first 50 stars, it was clear that the
number of IDs would be large, about 44 percent, as it turns out. Also, it was
clear that the positions are not as good as claimed. Specifically, Figure 2
from the paper is misleading, since it is based on bright, mostly isolated
stars. (The figure shows no units.) The fainter variables at low latitude are
often in error by 5"-15" due to crowding by similarly-bright stars. A few
cases are given in the notes below. Certainly it is misleading to quote the
positions to 0s.01/0".1 precision without having made a match with Tycho-1 or 2
or the GSC v1.2/GSC-ACT. Finally, the paper states that they searched the GCVS
with only a 28".8 radius (two ROTSE pixels), which will miss a lot of known
variables, since the typical GCVS position errors are rather larger.
Given these problems, I first ran the list (in batches of 100 usually)
against the GCVS 4.1/NSV/NSVS combination using the Strasbourg VizieR utility
searching with a 4 arcminute radius, which will take in all GCVS stars except
the very worst cases. I found that about 415 stars are known variables, or
23 percent---the authors missed more than half the known variables from using
a too-small search radius. Many uncertain cases were checked using primary
source charts. It was very helpful to have the ROTSE periods for the
variables, since these matched the GCVS values almost always (there are a fair
number of periods at integer fractions, e.g. 1/2, 3/2, 2/1, which some
enterprising person could look into).
Next the list went back into VizieR looking now at the IRAS "faint-source"
catalogue with a search radius of 60 arcsec, and all reliable cases listed.
I found that the position error-ellipses here are clearly underestimated
compared to the regular IRAS point-source catalogue, or perhaps they are only
1-sigma instead of the 95-percent confidence intervals as in the point-source
listing. The verifiable matches that fell outside the error-ellipses are
always directly along the major axes; in all cases where the stars were off the
minor axis, the IRAS sources turned out to be galaxies.
Finally, all the ROTSE positions were searched in SIMBAD itself using a
3-arcmin search radius. This allowed me to pick up the main IRAS point-source
names (which I have given by preference if there was also a faint-source
match), verify the GCVS matches, and make links with numerous other lists.
Besides the GCVS links, an additional 20 percent of the stars appear with some
physical data in SIMBAD. When multiple IDs are given, these are 'fusions' that
need to be made in SIMBAD. (Beating such a list against SIMBAD allows one to
fix both the source list and SIMBAD itself.)
I did not make matches with Tycho-1 or -2, with the GSC, or with the BD.
This should have been done by the authors, and those positions should have
replaced the rather soft ROTSE ones. A Tycho-1/GSC match-up (Tycho-2 not
available when the paper was submitted) would have allowed them to correct the
ambiguous cases, and avoid cluttering up the literature with "new" ROTSE names,
since nearly all the stars appear in the GSC. I did include GSC names (viz.
Tycho-1 links) when SIMBAD showed other objects associated with these. I also
included HD/BD names when some physical data were present.
Lacking the match-up with SIMBAD, the authors have misclassified a lot of
stars. The well-known polar AM Her has been recovered as a delta Scuti; one
star with a period of 2.2 days is classed as an RR Lyrae (I suppose the RRs
merge into the dwarf cepheids), another such has a period of just 0.1 days
(an SX Phe?). There are also some astrophysically interesting cases, such as
the O subdwarf PG 1348+369, given as a generic pulsator with a 3.3-day period.
I wonder what's going on there? IRAS 18394+2622 is evidently an 0.98-day
RR Lyrae. The blue type A2 star BD+16 2944 (latitude +39---not a supergiant!)
is listed as a long-period variable. The numerous matches with ROSAT (1RXS)
sources will also be interesting to follow-up---most seem to be RS CVn types.
A final note for databasers: the ROTSE magnitudes were adjusted roughly
to V using the _uncorrected_ Tycho-1 photometry. This will be good enough for
stars of ordinary color, but results in magnitudes rather too bright for the
red stars, since the system is operated unfiltered, thus including a lot of
far-red flux from these stars (resulting basically in a big curvature in the
color transformation). This is easy to check using the (corrected) Tycho-2
photometry for some of the brighter entries.
\Brian
===============================================================================
Name type mag period amp IDs
ROTSE1 J173357.54+535733.2 lpv 10.36 0.0000 0.318 SY Dra
ROTSE1 J171829.55+522935.0 lpv 10.25 0.0000 0.109 IRAS F17173+5232
ROTSE1 J165009.48+505555.1 lpv 10.33 0.0000 0.251 IRAS 16489+5101
ROTSE1 J170136.48+533338.5 lpv 10.35 65.544 0.194 IRAS 17005+5337
ROTSE1 J173906.53+484741.1 lpv 10.22 0.0000 0.200 IRAS 17378+4849 = StM 396
ROTSE1 J173113.57+473713.0 lpv 10.77 0.0000 0.227 IRAS F17298+4739
ROTSE1 J173821.52+484430.4 c 10.68 27.012 0.132 IRAS F17370+4846
ROTSE1 J165345.19+485703.5 lpv 10.68 0.0000 0.546 AI Her
ROTSE1 J172628.48+511145.4 lpv 10.66 0.0000 0.200 IRAS 17253+5114
ROTSE1 J172914.61+531236.1 lpv 11.14 0.0000 0.168 IRAS F17281+5314
ROTSE1 J172005.79+515422.2 lpv 11.37 0.0000 0.338 IRAS F17189+5157
ROTSE1 J173342.04+541055.7 c 11.49 39.114 0.226 IRAS F17326+5413
ROTSE1 J164615.47+531154.0 m 11.65 0.0000 1.559 IRAS 16451+5317
ROTSE1 J171447.51+524006.1 m 13.56 0.0000 0.656 EQ 1713+527
ROTSE1 J172051.49+475353.7 ew 13.17 0.4174 0.583 V733 Her
ROTSE1 J170512.13+475915.1 rrab 14.12 0.6408 0.573 V715 Her
ROTSE1 J170711.48+454926.0 rrab 14.62 0.7153 0.832 V716 Her
ROTSE1 J174002.18+495318.9 c 10.88 38.466 0.220 IRAS F17388+4954
ROTSE1 J172429.80+460801.7 m 11.07 0.0000 1.490 WW Her = IRAS 17230+4610
ROTSE1 J173258.21+441045.5 lpv 10.49 0.0000 0.555 V740 Her = IRAS 17314+4412 = StM 388
ROTSE1 J173234.68+383821.7 c 10.11 44.467 0.186 GSC 03087-01260 = IRAS F17308+3840
ROTSE1 J172247.68+435142.2 lpv 10.28 0.0000 0.254 IRAS 17212+4354 = StM 362
ROTSE1 J172142.55+405423.5 e 10.21 0.9380 0.153 BD+41 2822
ROTSE1 J170859.02+422135.2 lpv 10.45 0.0000 0.219 IRAS 17074+4225
ROTSE1 J173029.94+423343.3 c 10.65 50.745 0.191 IRAS F17289+4235
ROTSE1 J171039.36+405903.8 lpv 10.61 0.0000 0.294 IRAS 17090+4102 = StM 339
ROTSE1 J173903.05+384138.2 lpv 10.94 0.0000 0.288 NSV 9450 = IRAS F17374+3843
ROTSE1 J171804.31+415039.3 ew 11.11 0.4712 0.400 V728 Her
ROTSE1 J170420.17+392858.0 ew 11.43 1.5934 0.159 1RXS J170420.7+392909
ROTSE1 J165903.53+433050.0 m 11.34 0.0000 0.873 V782 Her = IRAS 16575+4335
ROTSE1 J170952.55+425608.0 ew 12.40 0.4009 0.329 V719 Her
ROTSE1 J171232.71+402826.1 rrab 12.59 0.5772 0.238 V725 Her
ROTSE1 J172018.90+441933.5 rrc 12.76 0.3568 0.166 V732 Her
ROTSE1 J171946.28+435909.4 ew 13.05 0.4263 0.474 V731 Her
ROTSE1 J165734.87+413144.9 rrab 13.31 0.6819 0.567 V863 Her
ROTSE1 J173743.63+440852.2 e 13.25 0.2887 0.749 V742 Her
ROTSE1 J173205.53+394531.1 rrab 14.18 0.5569 1.033 V421 Her
ROTSE1 J171109.78+423403.4 rrab 14.75 0.6402 0.809 V724 Her
ROTSE1 J171450.64+415122.1 rrab 14.67 0.5124 0.917 V759 Her
ROTSE1 J173200.87+450142.4 rrab 14.93 0.4774 1.155 V495 Her
ROTSE1 J171741.26+411943.7 rrab 15.01 0.5706 0.880 V727 Her
ROTSE1 J174111.98+421239.0 rrab 14.68 0.4915 1.359 V743 Her
ROTSE1 J180322.10+440948.1 lpv 9.928 0.0000 0.494 IRAS 18018+4409
ROTSE1 J182109.33+460854.1 m 10.72 0.0000 0.846 MX Lyr = IRAS 18197+4607
ROTSE1 J180328.89+442856.5 lpv 10.12 0.0000 0.242 IRAS 18020+4428
ROTSE1 J175600.48+425222.3 m 11.11 0.0000 1.161 AQ Her
ROTSE1 J174702.36+453941.9 lpv 10.18 0.0000 0.224 NSV 9702 = IRAS 17456+4540
ROTSE1 J181132.10+460855.1 lpv 10.56 0.0000 0.330 IRAS 18101+4608
ROTSE1 J174619.18+382834.8 lpv 10.47 0.0000 0.271 IRAS F17446+3829
ROTSE1 J181027.99+423926.0 lpv 10.51 0.0000 0.352 IRAS 18089+4238
ROTSE1 J175809.11+411945.0 m 9.902 0.0000 0.952 V526 Her = IRAS 17565+4119
ROTSE1 J175156.44+444636.3 c 11.13 88.760 0.383 IRAS F17504+4447
ROTSE1 J175752.23+425931.1 lpv 11.32 0.0000 0.358 IRAS F17563+4259
ROTSE1 J175809.27+412537.6 m 12.26 0.0000 1.046 FV Her = IRAS F17565+4125
ROTSE1 J181549.57+410631.0 e 10.84 0.5287 0.622 TZ Her
ROTSE1 J175633.20+445357.2 lpv 11.53 0.0000 0.337 IRAS 17550+4454
ROTSE1 J180733.25+401530.1 c 12.40 4.5456 0.375 PQ Her
ROTSE1 J174706.93+383253.6 c 13.81 1.9341 0.577 NSV 9697
ROTSE1 J180213.83+470112.3 ew 10.73 0.2943 0.343 1RXS J180214.5+470112
ROTSE1 J181643.38+531447.8 e 12.01 1.1102 1.331 AK Dra
ROTSE1 J175944.12+515301.9 rrab 13.24 0.5551 0.896 AV Dra
ROTSE1 J183338.33+492222.1 m 10.56 0.0000 0.854 SV Dra = IRAS 18323+4919
ROTSE1 J182109.56+460900.3 m 10.80 0.0000 1.029 MX Lyr = IRAS 18197+4607
ROTSE1 J185126.14+461702.4 m 10.90 0.0000 0.926 NSV 11453 = StM 441 = IRAS 18500+4613
ROTSE1 J181625.83+462753.7 m 12.12 0.0000 2.145 HI Lyr = IRAS 18150+4626
ROTSE1 J181132.27+460900.7 c 10.63 68.156 0.319 IRAS 18101+4608
ROTSE1 J182430.32+504450.5 lpv 10.53 0.0000 0.224 IRAS F18232+5043
ROTSE1 J184420.55+535621.2 lpv 11.04 0.0000 0.286 IRAS 18432+5353
ROTSE1 J180242.55+510144.5 lpv 10.43 0.0000 0.390 IRAS 18015+5101
ROTSE1 J184439.25+490038.3 lpv 10.91 0.0000 0.155 IRAS F18432+4857
ROTSE1 J182619.21+473758.0 lpv 10.91 0.0000 0.179 IRAS 18249+4736
ROTSE1 J182954.82+491333.5 lpv 10.91 0.0000 0.202 IRAS F18286+4911
ROTSE1 J181326.47+513809.4 m 11.44 0.0000 0.618 IRAS 18122+5137 = StM 426
ROTSE1 J182148.31+512419.2 lpv 10.86 0.0000 0.532 StM 431 = IRAS F18206+5122
ROTSE1 J183038.76+505710.4 lpv 11.40 0.0000 0.198 IRAS F18294+5054
ROTSE1 J184445.04+515824.6 lpv 11.15 0.0000 0.406 IRAS 18435+5155
ROTSE1 J184633.30+485435.3 c 11.64 5.0912 0.224 1RXS J184632.2+485443
ROTSE1 J183751.21+472324.5 lpv 11.68 0.0000 0.430 NSV 11154 = IRAS 18364+4720
ROTSE1 J184717.62+535644.0 m 12.48 0.0000 1.205 BZ Dra = IRAS 18462+5353
ROTSE1 J185129.80+485444.3 m 12.33 0.0000 2.389 TU Dra = IRAS 18501+4851
ROTSE1 J184704.96+492209.6 lpv 13.50 0.0000 0.832 IRAS F18458+4918
ROTSE1 J181613.28+495205.0 ds 13.70 0.1289 1.402 AM Her
ROTSE1 J185546.43+401056.6 lpv 10.25 0.0000 0.958 NSV 11565 = IRAS 18541+4006
ROTSE1 J185517.25+404640.1 lpv 10.22 0.0000 0.310 IRAS 18536+4042
ROTSE1 J183959.62+445334.0 lpv 10.01 0.0000 0.201 IRAS 18385+4450 = StM 437
ROTSE1 J183734.15+393127.5 lpv 10.27 0.0000 0.312 IRAS 18359+3928
ROTSE1 J184048.99+414313.4 lpv 10.51 0.0000 0.250 IRAS F18391+4140 (ROTSE pos error)
ROTSE1 J183222.99+423920.3 lpv 10.38 0.0000 0.194 IRAS F18308+4237
ROTSE1 J183510.04+423333.8 lpv 9.994 0.0000 0.556 NSV 11081 = IRAS 18336+4231 = StM 435
ROTSE1 J181518.31+420243.2 lpv 10.48 0.0000 0.206 IRAS F18137+4201
ROTSE1 J185258.43+401456.9 lpv 10.48 0.0000 0.226 IRAS 18513+4011
ROTSE1 J185224.43+392618.7 lpv 10.56 117.38 0.199 IRAS 18507+3922
ROTSE1 J183327.02+405925.4 c 10.61 58.690 0.174 IRAS F18318+4057
ROTSE1 J184509.96+433806.5 m 11.51 0.0000 0.755 RW Lyr = [TVH89] 347 = [PCC93] 299
ROTSE1 J185326.30+460843.9 lpv 10.91 0.0000 0.224 IRAS 18520+4604
ROTSE1 J184832.40+403220.1 c 10.87 47.917 0.244 IRAS F18469+4028
ROTSE1 J181541.29+445830.4 lpv 10.64 0.0000 0.280 IRAS F18142+4457
ROTSE1 J184741.41+383826.6 lpv 11.05 0.0000 0.242 IRAS F18459+3835
ROTSE1 J185333.94+452652.3 lpv 10.87 0.0000 0.218 IRAS 18520+4522
ROTSE1 J183950.26+385856.2 lpv 10.92 0.0000 0.250 NSV 11194 = BPM 93362 = IRAS F18382+3856
ROTSE1 J182730.09+412355.2 m 11.32 0.0000 0.616 IRAS 18259+4121
ROTSE1 J184813.04+431441.2 lpv 10.78 0.0000 0.453 IRAS F18466+4311
ROTSE1 J185035.01+450149.2 lpv 11.04 0.0000 0.227 IRAS 18491+4458
ROTSE1 J184632.01+421111.9 lpv 11.16 0.0000 0.293 IRAS 18449+4207
ROTSE1 J184039.90+390012.9 lpv 11.08 0.0000 0.332 IRAS F18389+3857
ROTSE1 J182553.93+420309.3 c 11.20 78.028 0.287 IRAS 18243+4201
ROTSE1 J183536.41+392944.1 m 11.54 0.0000 0.831 LM Lyr = IRAS 18339+3927
ROTSE1 J184506.17+401112.2 ew 11.28 0.5775 0.494 NSV 11321 = GSC 03122-00495
ROTSE1 J184534.76+381732.1 lpv 11.55 0.0000 0.255 IRAS F18438+3814
ROTSE1 J184809.93+453838.3 m 11.67 0.0000 1.204 WX Lyr = IRAS F18467+4535
ROTSE1 J181853.61+422744.6 m 10.74 0.0000 0.877 IRAS F18173+4226
ROTSE1 J181625.40+404137.2 m 12.19 0.0000 1.141 TX Lyr = IRAS 18148+4040
ROTSE1 J183714.67+424927.5 m 12.73 0.0000 1.185 V479 Lyr = IRAS F18357+4246
ROTSE1 J184326.00+405033.9 m 11.94 0.0000 1.073 MP Lyr
ROTSE1 J183217.40+415047.9 e 11.84 0.8608 0.445 V406 Lyr
ROTSE1 J185343.45+401816.2 m 12.42 0.0000 1.224 WY Lyr = IRAS 18520+4014
ROTSE1 J181724.82+423614.8 m 13.53 0.0000 1.674 IRAS 18158+4235
ROTSE1 J184818.49+401758.2 m 12.58 0.0000 0.915 NSV 11371
ROTSE1 J184023.67+391752.6 m 12.45 0.0000 0.740 IRAS 18387+3914
ROTSE1 J184023.50+435622.4 c 13.07 44.537 0.828 V480 Lyr
ROTSE1 J184257.98+451819.5 lpv 12.89 0.0000 0.564 NSV 11272
ROTSE1 J185231.15+413312.1 lpv 13.38 0.0000 0.444 NSV 11476
ROTSE1 J184023.17+410226.1 rrab 13.77 0.5454 0.747 LX Lyr
ROTSE1 J181258.35+420345.7 rrab 13.39 0.4418 0.778 V442 Her
ROTSE1 J184813.35+401846.0 ew 13.18 0.3890 0.370 _not_ NSV 11371
ROTSE1 J183253.85+430101.5 m 13.00 0.0000 2.093 OP Lyr = IRAS 18313+4258
ROTSE1 J183713.13+435715.9 rrab 13.62 0.5029 0.990 Y Lyr
ROTSE1 J181329.64+453116.3 lpv 14.14 0.0000 1.043 IRAS 18120+4530
ROTSE1 J183044.56+382355.1 rrab 14.05 0.6015 0.598 KN Lyr
ROTSE1 J184241.47+452902.9 ew 14.50 0.3899 0.973 NSV 11259
ROTSE1 J185325.94+430918.7 rrab 14.72 0.4736 1.046 V355 Lyr
ROTSE1 J185612.69+431021.1 lpv 10.57 0.0000 0.238 IRAS 18546+4306
ROTSE1 J185626.98+385251.5 lpv 11.15 0.0000 0.246 IRAS F18547+3848
ROTSE1 J185649.90+433023.2 lpv 10.43 0.0000 0.102 IRAS F18552+4326
ROTSE1 J185641.24+382235.3 lpv 10.62 0.0000 0.187 IRAS 18549+3818
ROTSE1 J192637.41+422337.7 lpv 10.11 0.0000 0.578 IRAS 19249+4217
ROTSE1 J191725.42+424849.8 m 10.64 0.0000 0.992 HN Lyr
ROTSE1 J192357.96+411417.7 lpv 9.945 0.0000 0.444 IRAS 19223+4108
ROTSE1 J190734.07+431636.2 lpv 10.34 0.0000 0.419 V482 Lyr (not EB*) = IRAS 19060+4311 = StM 449
ROTSE1 J191209.50+454231.3 lpv 10.13 0.0000 0.256 IRAS F19106+4537
ROTSE1 J192128.98+410843.4 lpv 10.22 0.0000 0.212 IRAS F19198+4102
ROTSE1 J192351.77+425833.4 lpv 10.46 0.0000 0.353 IRAS 19222+4252
ROTSE1 J191551.06+415210.8 lpv 10.51 0.0000 0.339 IRAS 19141+4146
ROTSE1 J192633.33+423236.5 m 11.59 0.0000 1.431 HQ Lyr
ROTSE1 J192008.97+414053.7 m 11.59 0.0000 1.450 HO Lyr = IRAS 19185+4135
ROTSE1 J192428.22+390459.5 lpv 10.62 0.0000 0.315 IRAS 19227+3858
ROTSE1 J192219.06+441508.9 lpv 10.13 0.0000 0.434 NSV 11964 = IRAS 19207+4409
ROTSE1 J192054.69+392320.2 lpv 10.62 0.0000 0.263 IRAS 19192+3917
ROTSE1 J191533.92+443704.9 e 10.54 0.5308 0.588 1RXS J191533.7+443704
ROTSE1 J192257.60+452607.9 lpv 11.03 0.0000 0.508 IRAS 19214+4520
ROTSE1 J193001.86+394245.3 lpv 10.62 0.0000 0.250 IRAS 19283+3936
ROTSE1 J191109.09+453234.6 lpv 10.90 0.0000 0.292 IRAS F19096+4527
ROTSE1 J192557.52+435445.1 m 10.83 0.0000 0.637 IRAS 19243+4348
ROTSE1 J193328.41+403035.4 m 10.61 0.0000 0.632 HP Cyg = IRAS 19317+4024
ROTSE1 J191953.20+434541.0 m 11.84 0.0000 1.302 V1503 Cyg = IRAS 19183+4340
ROTSE1 J190807.51+403309.3 lpv 10.75 0.0000 0.495 IRAS 19064+4028
ROTSE1 J192446.42+442851.0 m 11.91 0.0000 1.322 V734 Cyg
ROTSE1 J193247.37+430701.5 m 10.13 0.0000 0.691 V461 Cyg = IRAS 19311+4300
ROTSE1 J192424.21+451613.6 c 11.13 105.28 0.400 IRAS F19228+4510
ROTSE1 J191609.19+452900.7 c 10.85 68.304 0.444 IRAS 19146+4523
ROTSE1 J191645.93+391149.3 c 11.15 62.434 0.312 IRAS F19150+3906
ROTSE1 J193902.27+401526.3 m 11.96 0.0000 1.118 V935 Cyg
ROTSE1 J191111.38+384053.0 c 11.20 63.493 0.243 IRAS F19094+3835
ROTSE1 J192220.49+444814.3 lpv 11.16 0.0000 0.455 IRAS 19208+4442
ROTSE1 J191159.94+435725.7 lpv 11.65 0.0000 0.460 IRAS 19104+4352
ROTSE1 J191935.72+430225.7 lpv 11.66 0.0000 0.434 IRAS F19180+4256
ROTSE1 J192917.73+391759.3 lpv 11.19 0.0000 0.480 IRAS F19275+3911
ROTSE1 J190932.16+422013.6 c 11.33 69.207 0.445 NSV 11780
ROTSE1 J190945.63+433651.4 m 11.16 0.0000 1.772 ST Lyr = IRAS 19082+4331
ROTSE1 J193842.56+404650.0 lpv 11.79 0.0000 0.925 IRAS 19370+4039
ROTSE1 J192523.87+385521.4 lpv 11.78 0.0000 0.456 IRAS F19236+3849
ROTSE1 J193310.27+385830.6 m 11.55 0.0000 0.822 IRAS 19314+3851
ROTSE1 J193908.32+432345.2 lpv 11.56 0.0000 0.558 IRAS 19375+4316
ROTSE1 J192549.37+390830.9 lpv 11.36 0.0000 0.360 IRAS 19241+3902
ROTSE1 J192205.52+443201.8 lpv 12.12 0.0000 0.471 IRAS F19205+4426
ROTSE1 J192838.56+450547.1 m 12.84 0.0000 1.427 IRAS 19271+4459
ROTSE1 J193244.34+394305.3 lpv 12.17 0.0000 0.540 V1262 Cyg
ROTSE1 J193150.88+424504.9 lpv 11.56 0.0000 0.517 IRAS F19302+4238
ROTSE1 J191200.56+402553.7 lpv 12.40 0.0000 0.513 IRAS F19103+4020
ROTSE1 J192512.90+421455.2 lpv 12.05 0.0000 0.423 IRAS 19235+4208
ROTSE1 J193521.02+391246.1 lpv 12.00 0.0000 0.413 IRAS 19336+3906
ROTSE1 J191857.81+445729.8 lpv 11.72 0.0000 0.554 V1253 Cyg (ROTSE pos poor)
ROTSE1 J192202.53+383137.4 lpv 12.17 0.0000 0.273 IRAS F19202+3825
ROTSE1 J191905.85+382159.5 e 12.02 0.3653 0.760 V404 Lyr
ROTSE1 J193417.93+425513.0 m 12.23 0.0000 1.011 V1133 Cyg
ROTSE1 J191520.86+395900.7 m 12.22 0.0000 1.138 IRAS F19136+3953
ROTSE1 J192325.53+415832.9 lpv 12.56 0.0000 0.811 FP Lyr = IRAS 19217+4152
ROTSE1 J191540.09+432157.1 lpv 12.64 0.0000 0.384 NSV 24729
ROTSE1 J191853.61+434930.0 c 12.69 4.1229 0.627 1RXS J191854.7+434927
ROTSE1 J191021.93+422734.2 rrab 13.07 0.5274 1.135 FN Lyr
ROTSE1 J193233.48+404510.7 lpv 12.63 0.0000 0.519 IRAS 19308+4038
ROTSE1 J193135.66+390123.2 ew 12.44 0.4050 0.427 V1763 Cyg
ROTSE1 J192755.21+413327.4 e 12.63 3.7251 0.703 V461 Lyr
ROTSE1 J190827.56+384842.2 rrab 12.76 0.6817 0.612 NR Lyr
ROTSE1 J191210.42+415347.0 lpv 12.88 0.0000 0.895 IRAS 19105+4148
ROTSE1 J190350.47+460144.8 rrc 13.81 0.3657 0.693 NSV 11717
ROTSE1 J185950.87+452145.9 lpv 13.26 0.0000 0.875 V396 Lyr
ROTSE1 J193425.54+451829.5 lpv 10.27 0.0000 0.502 V1621 Cyg = IRAS 19328+4511
ROTSE1 J192530.95+455238.3 lpv 10.51 0.0000 0.373 IRAS 19240+4546 = StM 482
ROTSE1 J194059.06+442743.6 lpv 10.70 0.0000 0.405 IRAS 19394+4420
ROTSE1 J193642.70+445832.8 lpv 11.76 0.0000 0.262 IRAS F19351+4451
ROTSE1 J194041.31+450740.1 lpv 11.73 0.0000 1.020 IRAS F19391+4500
ROTSE1 J193327.66+383202.4 lpv 11.55 0.0000 0.479 HO Cyg
ROTSE1 J194111.35+444315.3 lpv 12.18 0.0000 0.421 IRAS F19396+4436
ROTSE1 J191352.55+380653.3 ew 12.86 0.2533 0.696 V400 Lyr
ROTSE1 J190359.49+491641.4 m 11.11 0.0000 1.175 XX Dra = IRAS 19026+4912
ROTSE1 J193628.94+493416.3 m 11.08 0.0000 0.593 IRAS 19351+4927
ROTSE1 J191838.59+482731.1 m 11.77 0.0000 1.370 V540 Cyg
ROTSE1 J191541.68+460217.5 m 11.35 0.0000 0.604 IRAS 19142+4556 = StM 459
ROTSE1 J194326.64+525153.3 lpv 10.53 0.0000 0.479 IRAS 19421+5244
ROTSE1 J190056.76+465406.2 lpv 10.93 0.0000 0.310 IRAS F18595+4649
ROTSE1 J190355.45+521302.2 lpv 11.06 0.0000 0.288 IRAS F19027+5208
ROTSE1 J191729.72+511052.9 lpv 11.18 0.0000 0.297 IRAS F19162+5105
ROTSE1 J192608.74+522648.1 ew 10.93 0.4131 0.501 V1918 Cyg
ROTSE1 J194249.75+515247.1 m 11.03 0.0000 0.881 V754 Cyg = IRAS 19415+5145
ROTSE1 J193015.41+535632.7 lpv 11.26 0.0000 0.340 IRAS F19291+5350
ROTSE1 J193046.56+494606.2 lpv 11.15 0.0000 0.454 IRAS 19294+4939
ROTSE1 J190703.27+493326.7 lpv 11.05 0.0000 0.332 IRAS 19057+4928
ROTSE1 J193444.97+513137.5 lpv 11.25 0.0000 0.235 IRAS F19334+5125
ROTSE1 J193241.74+521144.6 lpv 11.01 0.0000 0.326 IRAS 19314+5205
ROTSE1 J194653.22+533812.9 lpv 11.53 0.0000 0.395 V988 Cyg
ROTSE1 J185805.21+540853.3 m 12.04 0.0000 0.720 EG Dra = IRAS 18570+5404
ROTSE1 J191304.92+485048.1 c 11.41 67.135 0.211 IRAS F19117+4845
ROTSE1 J190304.48+521222.2 lpv 11.27 0.0000 1.060 IRAS F19018+5207
ROTSE1 J191948.73+461623.7 lpv 11.29 0.0000 0.304 IRAS F19183+4610
ROTSE1 J192246.97+481210.4 e 11.25 0.4762 0.850 V753 Cyg
ROTSE1 J192458.82+471456.6 e 11.28 4.5458 0.891 V850 Cyg
ROTSE1 J193156.57+482726.2 m 12.47 0.0000 1.449 V390 Cyg = IRAS F19305+4821
ROTSE1 J192934.47+491735.3 lpv 11.10 0.0000 0.525 V1123 Cyg = IRAS 19282+4911
ROTSE1 J191518.85+522933.9 e 11.35 0.4858 0.436 1RXS J191518.6+522937
ROTSE1 J193738.09+490751.9 m 12.77 0.0000 1.496 IRAS 19362+4900
ROTSE1 J193952.45+455251.7 lpv 11.71 0.0000 0.736 IRAS 19383+4545
ROTSE1 J192216.45+480311.2 c 11.75 69.373 0.477 IRAS F19208+4757
ROTSE1 J193503.14+494446.4 lpv 12.41 0.0000 0.549 IRAS F19336+4938
ROTSE1 J192640.00+533728.0 lpv 11.93 0.0000 0.457 IRAS F19254+5331
ROTSE1 J193032.71+480327.0 m 11.75 0.0000 1.949 IRAS 19291+4757
ROTSE1 J190102.95+465002.4 lpv 12.09 0.0000 0.260 IRAS F18596+4645
ROTSE1 J192633.96+522908.9 lpv 12.35 0.0000 0.547 NSV 12055 = IRAS F19253+5223 (ROTSE pos poor)
ROTSE1 J192344.95+511611.8 c 12.28 13.409 0.486 1RXS J192345.6+511608
ROTSE1 J190048.09+500530.0 rrab 13.26 0.6873 1.165 AW Dra
ROTSE1 J193340.21+532327.0 lpv 12.26 0.0000 0.494 IRAS 19324+5316
ROTSE1 J193650.52+532833.5 m 11.12 0.0000 2.035 DE Cyg = IRAS 19356+5321
ROTSE1 J192544.43+510929.2 m 13.06 0.0000 1.121 V1119 Cyg
ROTSE1 J194804.79+525117.6 ew 13.55 0.4581 0.888 V997 Cyg
ROTSE1 J185648.48+475729.8 lpv 12.70 0.0000 1.027 IRAS 18554+4753 (ROTSE pos wrong)
ROTSE1 J191957.87+465320.6 rrab 13.78 0.5482 0.609 NSV 11924
ROTSE1 J193437.56+481439.9 lpv 11.49 0.0000 0.312 IRAS F19332+4807
ROTSE1 J191511.50+480511.6 lpv 11.29 0.0000 0.469 IRAS F19137+4759
ROTSE1 J185304.14+515837.4 m 13.06 0.0000 2.043 CC Dra
ROTSE1 J125947.50+365843.6 rrc 10.62 0.3081 0.279 BD+37 2346
ROTSE1 J130316.39+363700.4 ew 10.72 0.3842 0.427 BI CVn
ROTSE1 J124327.98+375736.0 c 10.86 10.960 0.226 GSC 03021-00206
ROTSE1 J124337.15+384415.1 ew 11.00 0.3269 0.454 NSV 5904
ROTSE1 J124058.41+365255.8 ew 11.25 0.3531 0.211 BD+37 2308
ROTSE1 J122809.53+353339.1 ew 11.54 0.3615 0.280 GSC 02530-01069 = UI 36-64
ROTSE1 J122601.84+342108.6 c 11.67 23.467 0.258 BD+35 2338
ROTSE1 J124441.79+355756.1 ew 11.69 0.3290 0.273 GSC 02533-01563 = UI 36-108
ROTSE1 J124855.82+331934.5 rrc 12.51 0.2041 0.190 NSV 19494 = BPS BS 16466-0041 = Case A-F 140
ROTSE1 J124033.39+342255.8 ew 12.39 0.4914 0.421 GSC 02533-01519
ROTSE1 J123556.02+371224.9 rrab 12.98 0.6684 0.721 SV CVn
ROTSE1 J124055.05+370507.0 rrab 13.20 0.4416 0.847 SW CVn
ROTSE1 J125110.42+325808.3 rrab 13.38 0.5746 0.347 AP CVn
ROTSE1 J122907.47+343850.0 rrab 13.17 0.5586 1.022 RR CVn
ROTSE1 J123201.49+352959.7 e 13.62 0.3059 0.917 _not_ IRAS F12295+3546 (blue galaxy)
ROTSE1 J125421.57+321433.3 rrab 14.11 0.5134 0.887 TY CVn
ROTSE1 J130129.21+320512.3 rrab 14.63 0.5519 1.067 TZ CVn = BPS BS 16032-0078
ROTSE1 J124716.30+351206.2 rrab 15.10 0.6184 1.202 Case A-F 791
ROTSE1 J123811.00+385028.0 rrab 13.94 0.5333 1.070 BPS BS 17141-0020
ROTSE1 J130441.18+381805.1 rrab 13.98 0.6863 0.823 BPS BS 16938-0026
ROTSE1 J125838.72+230824.7 m 10.44 0.0000 0.990 T Com = [TVH89] 33 = [PCC93] 148
ROTSE1 J125241.77+261637.4 e 10.61 0.5121 0.215 BD+27 2185 = NSV 19516
ROTSE1 J130236.85+311822.9 lpv 10.74 0.0000 0.685 FQ Com = [KWJ66] 44 = [SIP89] 130014.2+313431
ROTSE1 J130345.94+283719.2 c 10.79 3.1983 0.210 BD+29 2361 = Weis 61473
ROTSE1 J123505.03+232013.2 ew 10.66 0.3385 0.678 RZ Com = [AKS95] 631
ROTSE1 J123300.30+264258.3 e 11.12 0.2373 0.547 RW Com
ROTSE1 J124004.01+273014.0 rrc 11.57 0.2927 0.275 U Com = [SS59] II 188
ROTSE1 J123250.33+292123.6 rrc 11.68 0.2621 0.146 BD+30 2289
ROTSE1 J125121.49+271347.0 ew 12.07 0.2667 0.585 EK Com = [KWJ66] 33
ROTSE1 J123245.60+270145.7 rrab 12.20 0.5866 0.994 S Com
ROTSE1 J123730.26+260451.8 e 12.85 0.3568 0.510 RX J1237.4+2604 (not galaxy)
ROTSE1 J130023.16+280659.8 c 12.89 51.895 0.327 Weis 63250
ROTSE1 J123204.87+262248.1 ew 13.34 0.2863 0.811 Cl* Melotte 111 AV 2059
ROTSE1 J123305.53+270803.4 ew 13.23 0.3379 0.544 Cl* Melotte 111 AV 2139
ROTSE1 J130213.65+241419.6 rrab 13.95 0.6616 0.809 BF Com
ROTSE1 J125952.34+301432.6 rrab 14.75 0.5323 0.935 UW Com = BPS BS 16032-0075
ROTSE1 J125455.50+231526.3 rrab 14.82 0.5417 0.902 BD Com
ROTSE1 J125000.65+310824.4 rrab 14.75 0.5365 1.044 TX Com = BPS BS 16032-0041
ROTSE1 J123757.13+295805.8 rrab 15.02 0.4726 1.329 FV Com = BPS BS 16032-0007
ROTSE1 J124354.34+280114.8 rrab 15.11 0.5408 1.036 DV Com = BPS BS 16032-0027
ROTSE1 J130507.95+231642.8 rrab 13.09 0.4690 0.937 RY Com
ROTSE1 J132855.96+265947.9 lpv 10.06 0.0000 0.122 BD+27 2258
ROTSE1 J132942.14+285248.2 rrc 12.02 0.4251 0.401 VW CVn = BPS BS 16078-0005
ROTSE1 J131759.92+300801.0 e 12.27 0.4069 0.516 NSV 6177 = OMHR J131759.93+300801.7 (not QSO)
ROTSE1 J134241.28+281906.9 ds 12.32 0.1255 0.150 Cl* NGC 5272 KUST 947
ROTSE1 J131226.95+302117.9 rrab 13.64 0.7372 0.529 UZ Com = BPS BS 16027-0049
ROTSE1 J133204.15+385533.7 rrc 11.16 0.2891 0.107 BD+39 2654 = BPS BS 17450-0019
ROTSE1 J134008.41+312020.4 rrc 13.19 0.3493 0.311 Case A-F 981
ROTSE1 J131741.68+323957.6 ew 13.87 0.5331 0.776 VV CVn
ROTSE1 J130441.22+381804.5 rrab 14.03 0.6863 0.910 BPS BS 16938-0026
ROTSE1 J132849.66+360757.1 rrab 14.87 0.5863 0.822 Case A-F 930 = BPS BS 16924-0007
ROTSE1 J131703.38+360656.3 rrab 14.93 0.6778 1.014 Case A-F 882
ROTSE1 J134844.63+334335.3 lpv 11.73 0.0000 1.423 RT CVn = IRAS 13465+3358
ROTSE1 J135412.39+341226.6 rrc 10.68 0.2985 0.108 BD+34 2469
ROTSE1 J140628.00+374941.5 rrab 10.98 0.5517 0.682 W CVn
ROTSE1 J140205.83+340239.1 ew 11.91 0.2607 0.674 BPS BS 16089-0088 = StKM 1-1115
ROTSE1 J134503.02+323916.3 rrab 12.07 0.5673 0.746 RZ CVn
ROTSE1 J135933.20+313903.6 rrab 12.50 0.5732 0.944 RY CVn
ROTSE1 J135044.22+373707.4 rrab 13.43 0.5497 0.763 SZ CVn
ROTSE1 J135052.79+364202.5 c 14.08 3.3141 0.485 PG 1348+369 = FBS 1348+369 = CBS 379
ROTSE1 J135338.35+344635.7 rrab 14.40 0.6030 0.712 Case A-F 1025
ROTSE1 J133048.36+335353.8 rrc 14.30 0.3529 0.704 BPS BS 16924-0010 = Case A-F 938
ROTSE1 J135556.59+321634.5 rrc 14.46 0.3756 0.685 Case A-F 1035
ROTSE1 J135733.93+295127.1 rrc 11.53 0.3290 0.375 ST CVn
ROTSE1 J140458.09+300002.0 ew 11.58 0.3242 0.765 TU Boo = BSD 58-328
ROTSE1 J135648.91+284419.9 e 12.83 1.1755 0.830 YZ CVn
ROTSE1 J134811.11+245520.4 ew 12.82 0.3448 0.535 AR Boo
ROTSE1 J140601.69+243413.2 rrab 13.53 0.5533 0.849 CS Boo = BPS BS 15623-0011
ROTSE1 J134018.16+281822.1 ew 13.86 0.2695 0.893 RV CVn = Cl* NGC 5272 SAW V141
ROTSE1 J134942.40+290540.4 rrc 14.14 0.3281 0.679 XZ CVn = BPS BS 16078-0109 = BPS BS 16082-0027
ROTSE1 J140049.51+281954.0 rrab 14.64 0.6315 1.084 UV CVn = BPS BS 16082-0085
ROTSE1 J134801.66+291140.7 rrc 14.83 0.3571 1.033 XY CVn = BPS BS 16078-0106 = BPS BS 16082-0018
ROTSE1 J133430.88+291815.5 rrab 15.38 0.5235 1.178 WW CVn = BPS BS 16078-0030
ROTSE1 J133455.38+262700.2 rrab 15.30 0.5735 1.259 BT Com
ROTSE1 J140258.07+253211.8 rrab 15.14 0.6010 1.310 BH Boo
ROTSE1 J134159.98+282257.0 lpv 10.94 0.0000 0.132 Cl* NGC 5272 KUST 107
ROTSE1 J141249.51+243202.9 ds 10.24 0.1355 0.078 BD+25 2741
ROTSE1 J141630.86+265524.8 c 10.44 7.0209 0.138 1RXS J141630.7+265523
ROTSE1 J143155.00+260207.4 c 10.61 165.22 0.176 IRAS F14296+2615
ROTSE1 J142019.68+275856.1 c 10.82 7.8677 0.319 1RXS J142019.9+275851
ROTSE1 J141803.16+305407.7 c 11.38 27.989 0.103 BD+31 2602
ROTSE1 J143859.69+250841.6 rrab 14.01 0.5910 0.929 VX Boo
ROTSE1 J141939.17+254723.2 rrab 15.03 0.5916 1.047 KUV 14174+2601
ROTSE1 J142735.00+360244.8 rrab 12.97 0.5135 0.864 SW Boo = BPS BS 17138-0034
ROTSE1 J143406.15+390633.3 rrab 13.58 0.5814 0.676 SV Boo
ROTSE1 J143753.84+345924.8 rrab 13.78 0.5643 0.750 BPS BS 17138-0048
ROTSE1 J142208.40+335321.3 rrc 13.95 0.2538 0.488 BPS BS 17138-0012 (ROTSE pos poor)
ROTSE1 J143820.24+363225.5 e 10.35 0.2388 0.271 CCDM J14383+3632AB (wide dbl, which?)
ROTSE1 J150246.09+375436.7 e 10.60 0.9062 0.360 EW Boo
ROTSE1 J150047.01+350756.0 ew 11.46 0.3171 0.641 TY Boo
ROTSE1 J145137.57+292126.7 rrab 12.32 0.5814 0.646 XX Boo
ROTSE1 J144213.40+281220.6 rrab 13.01 0.5227 0.819 SZ Boo
ROTSE1 J144546.37+234844.9 rrc 12.92 0.2307 0.275 WW Boo
ROTSE1 J144944.90+242910.3 rrab 13.65 0.6616 0.862 VY Boo
ROTSE1 J150950.25+265104.7 rrab 13.67 0.6816 0.449 NSV 6969
ROTSE1 J150209.33+242941.2 rrab 14.37 0.5774 1.114 WZ Boo
ROTSE1 J144600.27+231843.4 rrab 14.33 0.4926 1.235 RU Boo
ROTSE1 J144739.80+255828.6 rrab 14.71 0.5616 0.912 NSV 6808
ROTSE1 J145120.07+233231.2 ew 12.78 0.6786 0.633 DD Boo = NSV 6836
ROTSE1 J153845.50+260318.0 m 10.03 0.0000 0.363 IRAS 15366+2612 = StM 241
ROTSE1 J154143.94+275234.9 lpv 10.06 0.0000 0.140 IRAS F15396+2802
ROTSE1 J151846.68+304945.0 lpv 10.16 0.0000 0.263 NSV 20296 = IRAS 15167+3100
ROTSE1 J152704.83+294205.9 lpv 10.12 0.0000 0.225 NSV 20314 = IRAS 15250+2952 = StM 234
ROTSE1 J152221.33+265236.3 rrab 12.33 0.5846 0.820 TV CrB
ROTSE1 J154725.73+293942.9 rrab 13.95 0.4485 0.696 SZ CrB = SV* WR 87
ROTSE1 J152406.95+365200.9 ds 10.99 0.1040 0.341 YZ Boo
ROTSE1 J152619.52+365852.4 e 10.92 0.4234 0.754 CV Boo
ROTSE1 J153039.26+354704.4 rrab 11.46 0.6221 0.972 ST Boo
ROTSE1 J153657.74+375817.2 lpv 13.42 0.0000 1.280 CLS 91
ROTSE1 J154853.70+361452.5 m 10.50 0.0000 1.316 X CrB
ROTSE1 J154805.70+370701.0 lpv 10.38 0.0000 0.143 IRAS F15462+3716
ROTSE1 J155601.57+370620.4 lpv 10.47 0.0000 0.256 IRAS 15541+3715
ROTSE1 J160003.50+345820.8 rrab 14.56 0.5190 1.083 VX CrB
ROTSE1 J160611.57+332215.4 rrab 14.83 0.4629 1.137 VY CrB
ROTSE1 J155859.06+274605.2 lpv 10.26 0.0000 0.262 IRAS 15569+2754
ROTSE1 J155757.51+290957.6 lpv 10.27 0.0000 0.135 IRAS F15559+2918
ROTSE1 J161724.95+295601.9 lpv 10.30 0.0000 0.164 IRAS F16154+3003
ROTSE1 J161423.82+235956.7 lpv 10.48 0.0000 0.166 IRAS F16122+2407
ROTSE1 J160650.67+271634.7 ew 10.47 0.5887 0.820 TW CrB
ROTSE1 J161935.70+232755.5 lpv 10.51 0.0000 0.209 IRAS F16174+2335
ROTSE1 J161229.60+245358.6 m 10.65 0.0000 1.000 VV Her
ROTSE1 J161820.99+285603.8 lpv 10.78 0.0000 0.120 IRAS F16163+2903
ROTSE1 J154953.16+284637.0 lpv 11.11 0.0000 0.185 IRAS 15478+2855
ROTSE1 J161925.87+294247.4 rrc 11.61 0.3315 0.439 RV CrB
ROTSE1 J155332.17+274416.7 c 11.57 40.647 0.175 IRAS F15514+2753
ROTSE1 J160826.33+302443.1 c 11.75 114.36 0.242 CLS 99
ROTSE1 J161021.28+250325.9 lpv 11.90 0.0000 0.264 RU Her = NSV 7509
ROTSE1 J155700.68+273607.6 lpv 12.30 0.0000 0.324 IRAS F15549+2744
ROTSE1 J161139.19+250101.0 e 12.35 0.5792 0.202 V681 Her
ROTSE1 J160621.80+280703.8 rrab 13.26 0.9290 0.764 UY CrB
ROTSE1 J155731.78+283800.4 rrab 12.77 0.6653 0.766 NSV 7366 = SV* WR 103
ROTSE1 J161406.62+235315.4 lpv 14.16 0.0000 1.854 V538 Her
ROTSE1 J161421.54+234237.5 ew 13.54 0.3214 0.785 V687 Her
ROTSE1 J160126.57+300221.7 rrab 14.68 0.5869 0.836 NSV 7397
ROTSE1 J162506.53+300225.7 c 9.800 28.430 0.296 1RXS J162506.5+300218
ROTSE1 J162544.54+272824.2 lpv 9.944 0.0000 0.268 AG+27 1526
ROTSE1 J163040.88+232730.1 m 10.57 0.0000 1.930 DO Her = IRAS 16285+2333
ROTSE1 J165018.07+271016.8 ew 10.32 0.5346 0.283 BD+27 2699
ROTSE1 J163205.56+302310.1 e 10.72 2.1704 0.888 GU Her
ROTSE1 J164409.33+251503.7 c 13.19 2.0950 1.470 AH Her
ROTSE1 J162919.92+310953.6 lpv 13.72 0.0000 1.650 HU Her
ROTSE1 J162218.12+262233.6 rrab 14.38 0.7370 0.665 V692 Her
ROTSE1 J163630.25+263213.0 rrab 14.54 0.7506 0.856 V599 Her
ROTSE1 J163742.32+270001.5 rrab 14.71 0.5241 0.767 V852 Her
ROTSE1 J163849.33+245146.8 rrab 14.82 0.5982 1.071 V545 Her
ROTSE1 J162406.76+363548.7 lpv 10.60 0.0000 0.155 SV CrB
ROTSE1 J164409.43+341225.7 e 10.85 0.9123 0.369 V450 Her = BD+34 2831
ROTSE1 J164653.54+383859.3 ds 10.92 0.1911 0.267 V857 Her = NSV 7968
ROTSE1 J162751.58+344810.7 lpv 10.95 0.0000 0.488 V697 Her = [TVH89] 50 = [PCC93] 177
ROTSE1 J165322.19+331629.9 lpv 11.66 0.0000 0.190 HX Her
ROTSE1 J162908.11+341344.2 lpv 13.15 0.0000 1.105 HT Her
ROTSE1 J165038.21+352704.0 rrab 13.08 0.6237 0.856 CW Her = BPS BS 16552-0024
ROTSE1 J163817.93+374805.9 rrab 13.14 0.5241 0.911 GY Her
ROTSE1 J163136.87+343221.9 ew 13.91 0.7349 0.696 V848 Her
ROTSE1 J165123.66+353113.0 o 14.09 0.2003 0.469 BPS BS 16552-0037
ROTSE1 J163018.58+342738.2 rrab 14.26 0.6137 0.956 GT Her
ROTSE1 J163831.30+330229.9 rrab 14.27 0.4829 1.322 GZ Her
ROTSE1 J162826.51+320806.7 rrab 14.69 0.5846 1.059 GS Her
ROTSE1 J163707.31+345654.1 rrab 15.11 0.5492 1.293 GX Her
ROTSE1 J171804.46+312929.6 m 10.41 0.0000 0.391 IRAS 17161+3132 = CLS 118
ROTSE1 J170207.62+341251.2 lpv 10.40 0.0000 0.193 IN Her = IRAS F17002+3417
ROTSE1 J172448.11+335508.8 lpv 10.55 0.0000 0.131 IRAS F17229+3357
ROTSE1 J170711.85+361809.4 m 10.89 0.0000 0.499 NSV 8224 = IRAS 17054+3621
ROTSE1 J172350.83+352936.6 lpv 10.58 0.0000 0.224 IRAS F17220+3532
ROTSE1 J171142.83+322136.7 lpv 10.61 0.0000 0.193 CLS 114 = IRAS F17098+3225
ROTSE1 J165319.42+330958.3 lpv 10.86 0.0000 0.227 KO Her = IRAS F16514+3314
ROTSE1 J165911.16+380348.8 lpv 10.72 0.0000 0.247 II Her = IRAS F16575+3808
ROTSE1 J170033.29+311326.5 m 11.24 0.0000 1.569 RV Her
ROTSE1 J171304.03+355842.9 rrab 12.08 0.4404 0.834 VZ Her
ROTSE1 J172617.51+343131.1 m 11.70 0.0000 1.641 WX Her
ROTSE1 J172339.92+352759.3 c 11.65 23.675 0.315 1RXS J172339.8+352757
ROTSE1 J165002.21+335903.2 lpv 11.81 0.0000 0.173 CLS 109
ROTSE1 J165749.74+352032.4 c 13.67 1.7019 1.192 HZ Her = BPS BS 16552-0071 = FBS 1656+354
ROTSE1 J170621.17+315318.2 ds 14.73 0.1132 1.119 V619 Her
ROTSE1 J171858.13+282444.7 m 11.62 0.0000 1.553 KR Her = IRAS 17169+2827
ROTSE1 J170412.89+262019.6 lpv 10.28 0.0000 0.207 V454 Her = IRAS F17021+2624
ROTSE1 J165658.46+244154.8 lpv 10.45 0.0000 0.319 IRAS 16548+2446
ROTSE1 J171330.93+232026.3 c 10.59 2.7559 0.154 1RXS J171331.0+232021
ROTSE1 J170236.60+255134.1 lpv 10.91 0.0000 0.383 V452 Her = IRAS 17005+2555
ROTSE1 J172124.88+302321.8 c 11.02 67.798 0.262 IRAS F17194+3026
ROTSE1 J172136.53+301112.1 c 11.12 63.909 0.269 IRAS F17196+3014
ROTSE1 J165031.34+272652.4 c 11.29 65.100 0.193 StM 306 = IRAS F16484+2732
ROTSE1 J171134.10+233632.1 c 11.49 83.573 0.317 V464 Her
ROTSE1 J170839.74+295028.8 m 11.78 0.0000 0.601 IRAS 17067+2954
ROTSE1 J170757.98+291914.9 c 11.56 3.0777 0.221 1RXS J170757.4+291922
ROTSE1 J170416.97+264032.7 lpv 11.68 0.0000 0.133 _not_ IRAS 17022+2644
ROTSE1 J165453.04+245542.0 lpv 11.81 0.0000 0.221 StM 314
ROTSE1 J171110.02+230011.1 lpv 11.93 0.0000 0.180 V462 Her
ROTSE1 J171839.51+281228.3 m 11.64 0.0000 2.004 KQ Her = IRAS 17166+2815
ROTSE1 J170704.91+273746.1 e 12.25 2.7553 1.647 V366 Her
ROTSE1 J172051.17+263215.8 rrab 13.27 0.5297 0.666 V392 Her
ROTSE1 J172638.42+265616.5 rrab 13.51 0.8056 0.497 V486 Her
ROTSE1 J165720.79+302128.6 rrab 13.76 0.4727 0.855 HO Her
ROTSE1 J172057.81+261820.9 ew 14.20 0.3252 0.586 V477 Her
ROTSE1 J171249.56+250150.5 rrab 14.34 0.6843 0.607 V467 Her
ROTSE1 J172741.29+274503.5 e 12.14 1.5768 0.666 _not_ IRAS 17257+2748
ROTSE1 J172747.64+304209.6 lpv 10.74 0.0000 0.100 IRAS F17258+3044
ROTSE1 J174847.73+280718.5 lpv 9.685 0.0000 0.325 IRAS 17468+2808
ROTSE1 J175355.81+281326.0 m 10.27 0.0000 0.861 EO Her = IRAS 17519+2813
ROTSE1 J174509.68+252014.8 lpv 10.04 0.0000 0.264 LY Her = IRAS 17431+2521
ROTSE1 J174706.51+273223.3 lpv 10.00 0.0000 0.228 IRAS F17451+2733
ROTSE1 J175151.19+262227.3 lpv 9.905 0.0000 0.229 GSC 02098-03326 = IRAS 17498+2623
ROTSE1 J175114.09+273123.8 lpv 10.17 0.0000 0.239 IRAS 17492+2732 = StM 407
ROTSE1 J180045.66+262812.8 lpv 10.48 0.0000 0.235 IRAS 17587+2628
ROTSE1 J174410.10+235930.6 lpv 10.42 0.0000 0.283 IRAS 17420+2400
ROTSE1 J180147.49+273907.4 c 10.33 6.0707 0.187 HD 335490 = 1RXS J180147.5+2739
ROTSE1 J175458.68+232944.8 c 10.48 55.499 0.243 IRAS F17529+2330
ROTSE1 J174940.82+280325.7 lpv 10.49 0.0000 0.243 IRAS F17476+2804
ROTSE1 J175554.84+311032.3 lpv 10.72 0.0000 0.249 IRAS 17540+3110
ROTSE1 J174904.43+230949.9 lpv 10.63 0.0000 0.254 IRAS 17469+2310
ROTSE1 J174917.62+245908.9 lpv 10.68 0.0000 0.294 EK Her
ROTSE1 J173621.16+303212.7 e 10.82 1.6578 0.168 BD+30 3032
ROTSE1 J173837.73+244854.2 lpv 10.84 0.0000 0.181 StM 394 = IRAS F17365+2450
ROTSE1 J175435.79+282634.5 lpv 10.97 0.0000 0.153 IRAS F17526+2827
ROTSE1 J175249.30+243236.6 lpv 10.65 0.0000 0.414 IRAS 17507+2433
ROTSE1 J174544.94+292733.0 lpv 10.94 0.0000 0.227 IRAS 17438+2928
ROTSE1 J175338.23+263922.9 lpv 11.04 0.0000 0.280 EN Her = IRAS 17516+2639
ROTSE1 J174506.08+285320.2 lpv 11.17 0.0000 0.209 IRAS F17431+2854
ROTSE1 J175659.71+294711.1 lpv 11.26 0.0000 0.147 GSC 02102-01349
ROTSE1 J173016.44+233719.0 lpv 11.34 0.0000 0.200 V493 Her
ROTSE1 J174753.92+264121.3 m 11.15 0.0000 1.619 BK Her = IRAS 17458+2642
ROTSE1 J175053.48+295110.4 ew 11.62 0.4341 0.722 AG+29 1748
ROTSE1 J173235.69+261225.9 m 10.74 0.0000 1.133 LU Her
ROTSE1 J180300.95+231437.7 lpv 11.96 0.0000 0.454 IRAS F18009+2314
ROTSE1 J175201.83+294008.1 lpv 12.14 0.0000 0.402 EM Her = IRAS 17500+2940
ROTSE1 J174820.33+244227.7 c 12.19 87.630 0.315 EI Her
ROTSE1 J174605.20+312104.1 rrc 12.25 0.3787 0.199 1RXS J174604.8+312058
ROTSE1 J173640.43+231812.0 lpv 12.15 0.0000 0.342 V503 Her
ROTSE1 J180221.57+231835.5 lpv 13.29 0.0000 0.569 XX Her
ROTSE1 J175510.34+263618.2 rrab 13.15 0.4256 0.726 EP Her
ROTSE1 J175148.02+263845.2 lpv 13.77 0.0000 0.770 EL Her
ROTSE1 J174056.11+240252.8 rrab 13.51 0.6337 0.509 V514 Her
ROTSE1 J174148.75+250924.4 rrc 13.60 0.3222 0.534 LW Her
ROTSE1 J173030.42+255411.5 ew 13.93 0.3361 0.817 V412 Her
ROTSE1 J174413.83+251453.9 rrab 14.57 0.4616 1.357 FS Her
ROTSE1 J174318.65+281514.6 rrab 15.08 0.6289 1.087 LX Her
ROTSE1 J173926.41+291733.8 rrab 15.28 0.4831 1.214 EG Her
ROTSE1 J174252.68+230104.4 c 11.23 1.0223 0.301 IRAS 17407+2302
ROTSE1 J173219.79+374414.3 lpv 10.65 0.0000 0.224 FQ Her
ROTSE1 J172833.25+365252.2 lpv 10.69 0.0000 0.167 IRAS 17268+3655 = CLS 120
ROTSE1 J175104.11+324256.9 lpv 11.07 0.0000 0.306 IRAS 17492+3243
ROTSE1 J173903.25+384135.6 lpv 11.01 0.0000 0.278 IRAS F17374+3843
ROTSE1 J175502.87+381048.2 lpv 11.25 0.0000 0.370 IRAS 17533+3811
ROTSE1 J173203.22+343308.7 c 10.97 34.586 0.142 CLS 122 = IRAS F17302+3435
ROTSE1 J174556.16+325133.2 lpv 11.32 0.0000 0.188 EH Her = IRAS F17441+3252
ROTSE1 J172953.12+322319.3 lpv 11.77 0.0000 0.297 CLS 121 = IRAS F17280+3225
ROTSE1 J172927.28+352403.0 c 11.55 13.708 0.332 1RXS J172927.2+352402
ROTSE1 J174311.03+334948.1 c 11.43 6.3307 0.352 1RXS J174311.5+334950
ROTSE1 J175642.48+325230.1 ew 13.16 0.5618 0.793 ES Her
ROTSE1 J180350.26+332303.1 lpv 13.15 0.0000 0.685 EW Her = IRAS F18020+3322
ROTSE1 J173548.85+322045.7 ew 13.05 0.3693 0.485 V502 Her
ROTSE1 J173836.84+351904.7 lpv 13.42 0.0000 0.310 IRAS F17368+3520
ROTSE1 J180029.90+344045.1 ew 13.88 0.3392 0.593 OS Her
ROTSE1 J175245.38+353921.5 lpv 10.91 0.0000 0.608 NSV 9817 = IRAS 17509+3539
ROTSE1 J180931.19+311235.2 lpv 10.33 0.0000 0.370 BD+31 3189 (IRAS ID OK, yet blue)
ROTSE1 J175237.10+333313.6 lpv 10.86 0.0000 0.442 IRAS 17507+3333
ROTSE1 J175555.01+311037.7 lpv 10.80 0.0000 0.265 IRAS 17540+3110
ROTSE1 J182905.77+335457.3 c 10.62 65.001 0.212 IRAS 18272+3352
ROTSE1 J181125.90+373743.1 lpv 10.78 0.0000 0.142 IRAS F18097+3736
ROTSE1 J180841.90+320206.0 lpv 10.93 0.0000 0.296 PS Her
ROTSE1 J181700.08+344856.0 lpv 10.71 0.0000 0.153 HX Lyr = IRAS F18152+3447
ROTSE1 J181147.53+312823.6 m 11.46 0.0000 0.738 IRAS 18099+3127
ROTSE1 J182255.58+323115.1 lpv 11.08 0.0000 0.239 IRAS 18210+3229
ROTSE1 J180939.11+350939.5 lpv 11.42 0.0000 0.569 PT Her = IRAS 18078+3508
ROTSE1 J182559.91+312952.2 m 11.10 0.0000 1.237 IT Lyr = IRAS F18241+3128
ROTSE1 J180202.43+331705.7 lpv 10.89 0.0000 0.216 IRAS F18001+3316
ROTSE1 J181904.21+384024.5 lpv 11.01 0.0000 0.259 IM Lyr = IRAS F18173+3839
ROTSE1 J180438.84+324141.5 lpv 11.77 0.0000 0.547 EY Her = IRAS 18027+3241
ROTSE1 J182442.79+344029.3 lpv 11.21 0.0000 0.263 IRAS F18229+3438
ROTSE1 J182518.38+371202.4 lpv 11.38 0.0000 0.177 IRAS F18235+3710 = FBS 1823+371
ROTSE1 J181431.19+370835.0 lpv 11.34 0.0000 0.142 IRAS F18128+3707
ROTSE1 J180445.41+340929.1 lpv 11.34 0.0000 0.309 IRAS 18029+3409
ROTSE1 J182230.54+351628.8 lpv 11.27 0.0000 0.207 IRAS F18206+3514
ROTSE1 J183013.41+372936.8 m 12.95 0.0000 1.789 KL Lyr
ROTSE1 J182308.58+380327.8 lpv 11.47 0.0000 0.493 IRAS F18214+3801
ROTSE1 J182855.38+321513.8 lpv 11.12 0.0000 0.514 IX Lyr = IRAS 18270+3212
ROTSE1 J180442.79+345749.0 lpv 11.46 0.0000 0.348 NSV 10179
ROTSE1 J175224.43+341112.7 m 13.27 0.0000 1.587 IRAS 17506+3411
ROTSE1 J181848.06+342234.6 c 12.02 8.3552 0.187 1RXS J181848.1+342237
ROTSE1 J181339.13+372834.2 c 11.93 15.371 0.252 V676 Her
ROTSE1 J180853.47+370708.1 c 12.06 8.2147 0.168 1RXS J180853.5+370702
ROTSE1 J182238.11+325733.0 rrab 12.23 0.5770 0.669 IO Lyr
ROTSE1 J180924.24+344558.3 lpv 12.91 0.0000 0.301 IRAS 18076+3445 = [PCC93] 225
ROTSE1 J180012.86+343851.1 rrab 12.66 0.3962 0.241 OS Her
ROTSE1 J180211.29+352616.2 ew 12.82 0.4760 0.360 _not_ V667 Her
ROTSE1 J181210.81+305512.9 e 12.69 0.5619 0.629 NSV 10369
ROTSE1 J180955.10+312147.2 m 13.51 0.0000 1.260 FI Her = IRAS 18080+3121
ROTSE1 J182529.14+313304.1 m 13.78 0.0000 0.916 IS Lyr = IRAS 18236+3131
ROTSE1 J180442.64+232238.9 m 11.02 0.0000 1.104 FX Her = IRAS 18026+2322
ROTSE1 J182138.81+302750.0 m 11.83 0.0000 1.730 TV Lyr
ROTSE1 J182933.17+291710.0 lpv 10.29 0.0000 0.364 IRAS F18275+2915
ROTSE1 J181816.94+231620.9 ew 10.36 1.1161 0.177 HD 341886
ROTSE1 J182306.07+240945.5 lpv 10.38 0.0000 0.192 IRAS 18210+2408
ROTSE1 J182434.54+244036.5 lpv 10.25 0.0000 0.225 IRAS 18225+2438
ROTSE1 J175809.77+290256.7 lpv 10.63 0.0000 0.285 ET Her = IRAS 17562+2903
ROTSE1 J182359.39+290642.5 lpv 10.59 53.738 0.309 IRAS 18220+2905
ROTSE1 J181132.88+235512.3 e 10.52 4.2140 0.787 V836 Her
ROTSE1 J180800.96+265641.0 lpv 10.56 0.0000 0.212 IRAS F18060+2656
ROTSE1 J182412.89+250449.5 e 10.63 0.8516 0.591 V342 Her
ROTSE1 J183114.61+242838.8 c 10.66 25.469 0.114 IRAS F18291+2426
ROTSE1 J180004.07+233538.3 m 10.69 0.0000 1.118 WY Her = IRAS 17579+2355 = [PCC93] 208
ROTSE1 J181627.34+263508.7 lpv 10.75 0.0000 0.229 IRAS 18144+2633
ROTSE1 J180853.12+292427.7 lpv 10.83 0.0000 0.229 IRAS F18069+2923
ROTSE1 J183045.11+260946.7 lpv 10.82 0.0000 0.198 IRAS 18287+2607
ROTSE1 J180832.85+231257.4 lpv 10.84 0.0000 0.243 IRAS 18064+2312
ROTSE1 J182723.04+243417.6 lpv 10.85 0.0000 0.147 IRAS F18253+2432
ROTSE1 J183018.90+234743.0 lpv 11.08 0.0000 0.325 IRAS F18282+2345
ROTSE1 J175819.46+230336.7 lpv 11.02 0.0000 0.152 IRAS F17562+2303
ROTSE1 J182432.69+300652.9 lpv 11.48 0.0000 0.396 IRAS 18226+3005
ROTSE1 J181855.69+272627.9 lpv 11.07 0.0000 0.336 EM* StHA 149 = IRAS F18168+2725
ROTSE1 J182050.64+241224.6 lpv 11.09 0.0000 0.190 IRAS 18188+2410
ROTSE1 J181704.17+282343.1 lpv 11.62 0.0000 0.498 IRAS 18151+2822
ROTSE1 J181453.28+291633.9 lpv 11.10 0.0000 0.237 IRAS F18129+2915
ROTSE1 J182444.17+285214.7 lpv 11.02 0.0000 0.242 IRAS 18227+2850
ROTSE1 J182933.33+265619.7 m 11.49 0.0000 1.265 IRAS 18275+2654
ROTSE1 J180930.57+272051.8 lpv 11.24 0.0000 0.283 MY Her = IRAS 18075+2720
ROTSE1 J182809.21+272403.7 m 10.47 0.0000 1.022 NSV 10876 = IRAS 18262+2722
ROTSE1 J182240.62+293115.0 m 11.39 0.0000 1.293 NSV 10725
ROTSE1 J181543.02+242549.0 lpv 11.29 0.0000 0.298 IRAS 18136+2424
ROTSE1 J182816.33+311031.0 lpv 11.42 0.0000 0.220 IRAS F18263+3108
ROTSE1 J183059.51+263322.4 lpv 11.60 0.0000 0.488 IRAS F18290+2631
ROTSE1 J175635.42+244850.8 lpv 11.53 0.0000 0.237 EQ Her = IRAS 17545+2449
ROTSE1 J182623.02+250133.4 m 11.35 0.0000 1.667 SV Her
ROTSE1 J181505.87+242913.1 ew 11.38 0.8637 0.327 HD 335799 = CCDM J18151+2429A
ROTSE1 J182848.09+285642.0 lpv 11.31 0.0000 0.386 AP Lyr = IRAS F18267+2854
ROTSE1 J181606.57+241147.6 lpv 11.66 0.0000 0.212 IRAS F18140+2410
ROTSE1 J181811.72+230535.2 ew 11.61 0.7638 0.618 HD 341909
ROTSE1 J182310.75+254111.0 m 13.14 0.0000 1.495 IRAS 18211+2539
ROTSE1 J182627.40+233309.5 lpv 11.82 0.0000 0.190 IRAS F18243+2331
ROTSE1 J175824.59+232639.0 m 13.23 0.0000 1.591 FU Her
ROTSE1 J175648.63+255417.7 lpv 11.49 0.0000 0.568 ER Her = IRAS F17547+2554
ROTSE1 J182413.72+260027.5 lpv 12.56 0.0000 0.703 IRAS F18222+2558
ROTSE1 J182626.95+254144.9 lpv 11.76 0.0000 0.312 IRAS F18244+2539
ROTSE1 J182233.25+284429.5 m 11.99 0.0000 0.828 AZ Her
ROTSE1 J181140.62+262612.3 lpv 12.47 0.0000 0.559 CG Her = IRAS F18096+2625
ROTSE1 J182748.80+301840.9 lpv 12.28 0.0000 0.339 IRAS F18258+3016
ROTSE1 J182534.56+234754.8 lpv 13.22 0.0000 0.474 IRAS F18234+2346
ROTSE1 J181653.46+273945.4 ew 12.75 0.8679 0.583 MS Her
ROTSE1 J182937.84+271835.9 m 12.32 0.0000 1.480 IRAS F18275+2716
ROTSE1 J182812.31+275205.4 m 13.83 0.0000 1.337 IRAS F18261+2750
ROTSE1 J180507.69+300538.9 m 10.83 0.0000 0.600 FF Her = IRAS 18032+3005
ROTSE1 J184131.05+262556.2 rrab 10.35 0.9815 0.367 IRAS 18394+2622 (very close match!)
ROTSE1 J185915.84+243404.7 m 10.49 0.0000 1.184 AL Vul
ROTSE1 J185955.69+251039.7 m 11.62 0.0000 1.199 AC Vul = IRAS 18578+2506
ROTSE1 J190211.96+293538.4 m 11.30 0.0000 0.741 YY Lyr = IRAS F19002+2931
ROTSE1 J185659.56+240129.2 lpv 10.71 0.0000 0.583 BZ Her = IRAS 18548+2357
ROTSE1 J190234.05+255026.2 m 10.83 0.0000 1.330 BL Lyr = IRAS 19005+2545
ROTSE1 J185737.68+232631.9 m 11.25 0.0000 0.541 BY Vul
ROTSE1 J190542.19+280458.3 m 11.59 0.0000 0.973 UU Lyr
ROTSE1 J183856.81+235824.4 m 10.78 0.0000 0.680 CL Her = IRAS 18368+2355
ROTSE1 J183904.53+262821.5 m 11.49 0.0000 0.891 AU Lyr = IRAS 18370+2625
ROTSE1 J183652.99+280417.6 m 10.86 0.0000 1.295 CE Lyr = IRAS 18348+2801
ROTSE1 J184453.48+270405.7 lpv 10.71 0.0000 0.386 IRAS 18428+2700
ROTSE1 J184552.36+250157.1 lpv 11.05 0.0000 0.251 BR Her
ROTSE1 J185841.70+302042.8 lpv 11.52 0.0000 0.590 IRAS 18567+3016
ROTSE1 J190628.91+281150.8 lpv 10.86 0.0000 0.416 IRAS 19044+2807
ROTSE1 J183617.20+291701.9 m 11.28 0.0000 0.828 IRAS F18343+2914
ROTSE1 J185013.02+283706.5 lpv 11.42 0.0000 0.399 IRAS F18482+2833
ROTSE1 J183645.20+261330.0 lpv 11.37 0.0000 0.331 IRAS 18347+2610
ROTSE1 J184413.82+231230.0 m 12.44 0.0000 1.295 DW Her = IRAS 18421+2309
ROTSE1 J190918.55+293243.9 m 11.32 0.0000 0.775 VZ Lyr = IRAS 19073+2928
ROTSE1 J190427.39+242113.0 lpv 11.49 0.0000 0.611 AE Vul
ROTSE1 J184116.17+284322.8 rrab 11.56 0.4117 0.338 CN Lyr
ROTSE1 J190831.01+304319.5 lpv 10.82 0.0000 0.872 XZ Lyr
ROTSE1 J185746.86+240444.0 rrc 11.60 0.2381 0.255 HD 343476
ROTSE1 J185444.73+271849.4 m 12.27 0.0000 0.970 BE Lyr
ROTSE1 J185213.63+245311.9 lpv 11.71 0.0000 0.701 KK Her = IRAS F18502+2449
ROTSE1 J184129.39+301154.0 lpv 11.83 0.0000 0.296 IRAS F18395+3009
ROTSE1 J183437.69+251734.9 lpv 11.87 0.0000 0.322 IRAS 18325+2515
ROTSE1 J190402.42+271629.8 m 12.81 0.0000 1.053 BM Lyr
ROTSE1 J185958.57+250703.8 lpv 12.01 0.0000 0.689 BZ Vul = IRAS 18579+2502
ROTSE1 J185111.05+250459.8 lpv 12.19 0.0000 0.537 CS Her
ROTSE1 J184547.01+251959.8 rrc 12.19 0.2573 0.367 IT Her
ROTSE1 J183710.79+260919.3 ew 12.18 0.7173 0.514 EX Lyr
ROTSE1 J185523.75+290537.2 lpv 13.05 0.0000 0.753 BG Lyr
ROTSE1 J185751.64+283619.2 m 12.31 0.0000 1.755 BI Lyr = IRAS F18558+2832
ROTSE1 J185457.16+230902.6 lpv 13.14 0.0000 0.748 IRAS 18528+2305
ROTSE1 J183345.31+281716.4 lpv 13.46 0.0000 1.503 FR Lyr
ROTSE1 J184510.01+293110.9 m 13.51 0.0000 1.463 IRAS F18431+2928
ROTSE1 J190800.54+254933.2 m 12.60 0.0000 1.363 AC Lyr
ROTSE1 J183615.60+242928.9 lpv 12.64 0.0000 0.790 CI Her = IRAS 18342+2426
ROTSE1 J185238.56+285809.1 lpv 12.72 0.0000 0.838 CZ Lyr
ROTSE1 J185117.19+284744.4 rrab 13.18 1.6080 0.930 CX Lyr
ROTSE1 J183924.49+271916.9 m 12.40 0.0000 1.364 CH Lyr = IRAS F18374+2716
ROTSE1 J190702.08+241717.6 m 11.32 0.0000 0.974 AQ Vul
ROTSE1 J183534.10+260357.7 m 11.70 0.0000 1.329 BN Her = IRAS 18335+2601
ROTSE1 J183228.63+341441.0 lpv 10.48 0.0000 0.202 IRAS F18306+3412
ROTSE1 J184159.61+321019.4 lpv 10.79 0.0000 0.218 IRAS F18400+3207
ROTSE1 J190113.68+320900.4 lpv 10.80 0.0000 0.266 IRAS 18593+3204
ROTSE1 J184740.70+355929.8 rrab 10.95 0.5251 0.361 EZ Lyr = IDS 18442+3553 A (poor ROTSE1 pos, SErn of close pair, HIP wrong)
ROTSE1 J190514.21+341655.7 lpv 11.45 0.0000 0.520 NP Lyr = IRAS 19034+3412
ROTSE1 J190019.79+354213.6 lpv 10.97 0.0000 0.273 DP Lyr
ROTSE1 J190720.23+381033.4 lpv 11.18 0.0000 0.355 IRAS 19055+3805
ROTSE1 J183507.95+313233.4 lpv 11.56 0.0000 0.494 V464 Lyr = IRAS F18332+3130
ROTSE1 J185913.44+305849.5 m 12.56 0.0000 1.067 BK Lyr = IRAS 18573+3054
ROTSE1 J190312.55+335812.5 lpv 12.01 0.0000 0.737 V494 Lyr
ROTSE1 J190558.30+355718.3 m 11.44 0.0000 0.770 IRAS F19041+3552
ROTSE1 J190324.03+321205.5 lpv 11.80 0.0000 0.399 IRAS F19015+3207
ROTSE1 J190725.76+354627.1 lpv 11.21 0.0000 0.402 V496 Lyr = IRAS F19056+3541
ROTSE1 J184046.68+353508.9 lpv 11.48 0.0000 0.299 LY Lyr
ROTSE1 J184017.38+344013.2 c 11.59 35.856 0.236 LV Lyr
ROTSE1 J184241.41+353506.4 m 13.05 0.0000 1.616 AX Lyr = SV* R 53 = IRAS 18409+3532
ROTSE1 J185507.82+350119.4 m 11.18 0.0000 0.582 NO Lyr = IRAS F18533+3457
ROTSE1 J190733.43+345003.6 m 10.82 0.0000 1.174 AD Lyr = IRAS F19057+3445
ROTSE1 J184131.25+325859.9 lpv 11.87 0.0000 0.275 LZ Lyr
ROTSE1 J185653.48+320355.0 lpv 12.23 0.0000 0.463 IRAS F18549+3159
ROTSE1 J184301.01+321951.3 lpv 12.99 0.0000 0.931 CQ Lyr
ROTSE1 J183946.45+343341.0 lpv 12.20 0.0000 0.384 LU Lyr
ROTSE1 J184023.86+391748.9 lpv 12.15 0.0000 0.495 IRAS 18387+3914
ROTSE1 J184337.97+324751.4 rrab 12.16 0.5114 0.553 RZ Lyr
ROTSE1 J190659.64+334330.5 m 12.39 0.0000 0.930 AB Lyr = IRAS 19051+3338
ROTSE1 J183934.50+314544.3 lpv 12.04 0.0000 0.603 LT Lyr
ROTSE1 J185410.14+324957.4 m 12.29 0.0000 1.825 RX Lyr
ROTSE1 J185038.09+311427.2 lpv 12.17 0.0000 0.627 CW Lyr = IRAS F18487+3110
ROTSE1 J185337.90+363041.2 m 12.43 0.0000 1.917 SU Lyr
ROTSE1 J183412.88+323540.2 m 12.53 0.0000 1.712 KZ Lyr (double ROTSE entry)
ROTSE1 J183412.62+323533.4 lpv 12.51 0.0000 0.720 KZ Lyr (double ROTSE entry)
ROTSE1 J164604.64+202655.7 lpv 10.26 0.0000 0.386 IRAS 16438+2032
ROTSE1 J164005.81+184112.7 m 10.26 0.0000 0.576 V604 Her
ROTSE1 J164153.47+170440.1 lpv 10.40 0.0000 0.404 StM 295 = IRAS 16396+1710
ROTSE1 J163040.95+232725.5 m 12.13 0.0000 2.544 DO Her = IRAS 16285+2333
ROTSE1 J162752.30+154605.1 lpv 10.28 0.0000 0.192 IRAS 16255+1552
ROTSE1 J165236.04+165050.1 c 10.42 76.865 0.225 IRAS F16503+1655
ROTSE1 J165416.38+183733.9 lpv 10.50 0.0000 0.257 IRAS F16520+1842
ROTSE1 J164659.02+234232.3 lpv 10.84 0.0000 0.165 IRAS F16448+2347
ROTSE1 J162851.53+204157.5 lpv 11.10 0.0000 0.260 IRAS F16267+2048
ROTSE1 J163040.73+182159.5 rrab 11.26 0.4553 1.049 VX Her
ROTSE1 J164353.15+164949.4 lpv 11.33 0.0000 0.260 IRAS F16416+1655
ROTSE1 J162907.77+190620.7 rrab 14.64 0.5191 1.164 V650 Her
ROTSE1 J162558.43+174246.7 rrab 14.47 0.6792 0.785 V695 Her
ROTSE1 J165827.66+213248.4 rrab 14.54 0.4925 1.107 SW Her
ROTSE1 J162931.15+182944.5 rrab 15.11 0.5362 1.161 V698 Her
ROTSE1 J164657.99+132353.3 lpv 10.19 0.0000 0.315 IRAS F16446+1329
ROTSE1 J165619.06+154242.3 lpv 10.35 0.0000 0.230 IRAS F16540+1547
ROTSE1 J165416.94+082032.2 lpv 10.31 0.0000 0.134 IRAS 16518+0825
ROTSE1 J163932.89+141837.1 lpv 10.25 0.0000 0.302 IRAS 16372+1424
ROTSE1 J162647.49+154733.9 lpv 10.41 0.0000 0.136 BD+16 2944 (A2)
ROTSE1 J165842.62+122352.5 c 10.42 53.851 0.192 IRAS 16563+1228
ROTSE1 J162604.62+154359.0 lpv 10.51 0.0000 0.156 IRAS F16237+1550
ROTSE1 J165013.00+085912.2 lpv 10.53 0.0000 0.220 NSV 7989 = IRAS 16478+0904
ROTSE1 J164815.89+100724.1 lpv 10.79 0.0000 0.294 IRAS 16458+1012
ROTSE1 J163945.40+091637.2 m 11.82 0.0000 1.126 NSV 7891
ROTSE1 J165020.37+095652.2 e 10.87 1.0831 0.411 LT Her = HD 151973
ROTSE1 J164428.28+091941.2 c 10.49 100.25 0.516 IRAS 16420+0925
ROTSE1 J163117.94+115952.4 rrab 10.86 0.1486 0.359 DY Her
ROTSE1 J164720.66+133415.2 m 11.61 0.0000 0.868 IRAS F16449+1339
ROTSE1 J165124.98+081853.8 m 10.37 0.0000 1.236 NSV 8001 = EIC 521 = IRAS 16490+0823
ROTSE1 J165505.96+113304.1 e 11.24 0.9114 0.510 V1125 Oph = GSC 00983-01883
ROTSE1 J163839.34+105710.8 c 11.00 88.690 0.364 IRAS F16363+1102
ROTSE1 J164406.52+080731.8 m 10.58 0.0000 1.405 V548 Her = IRAS F16416+0813
ROTSE1 J164501.33+084831.3 e 11.74 3.1789 0.769 V651 Her
ROTSE1 J163738.34+083721.6 m 13.00 0.0000 0.571 NSV 7865
ROTSE1 J164121.67+122501.7 rrab 14.42 0.4671 0.830 V546 Her
ROTSE1 J163906.52+094756.2 lpv 13.90 0.0000 1.978 NSV 7883
ROTSE1 J171843.60+130622.3 c 9.597 83.909 0.584 NSV 8503 = IRAS 17164+1309
ROTSE1 J172812.34+102626.2 m 10.43 0.0000 0.805 V2074 Oph = IRAS 17258+1028
ROTSE1 J172050.80+102340.3 lpv 10.08 0.0000 0.342 V748 Oph = IRAS 17184+1026
ROTSE1 J171903.53+144435.0 m 10.47 0.0000 0.714 V799 Her
ROTSE1 J171043.16+142635.7 m 9.863 0.0000 0.733 IRAS 17084+1430
ROTSE1 J172014.64+142636.8 lpv 10.38 0.0000 0.289 IRAS 17179+1429
ROTSE1 J172846.25+110800.8 lpv 10.35 0.0000 0.251 IRAS F17264+1110
ROTSE1 J171307.30+094531.9 lpv 10.14 0.0000 0.291 NSV 8339 = IRAS 17107+0948
ROTSE1 J171708.50+083929.5 lpv 10.65 0.0000 0.277 V740 Oph = IRAS 17147+0842
ROTSE1 J171359.91+153926.0 lpv 10.42 0.0000 0.239 IRAS F17117+1542
ROTSE1 J170304.48+104828.8 lpv 10.48 0.0000 0.251 IRAS F17007+1052
ROTSE1 J172502.43+103818.5 lpv 10.70 0.0000 0.370 NSV 8622 = IRAS 17226+1040
ROTSE1 J172157.11+141113.3 m 9.522 0.0000 1.412 AG Oph
ROTSE1 J170840.29+082552.8 lpv 10.63 0.0000 0.260 EIC 542 = IRAS 17062+0829
ROTSE1 J171204.75+085431.9 m 11.61 0.0000 0.906 NSV 8293 = IRAS 17096+0857
ROTSE1 J171814.50+140814.3 lpv 11.07 0.0000 0.309 IRAS 17159+1411
ROTSE1 J171015.52+082502.8 lpv 11.14 0.0000 0.376 IRAS F17078+0828
ROTSE1 J170717.77+130553.7 lpv 10.75 0.0000 0.427 NSV 8217 = IRAS F17049+1309
ROTSE1 J170817.10+110601.7 lpv 11.16 0.0000 0.290 IRAS 17059+1109
ROTSE1 J171547.91+081722.0 lpv 11.06 0.0000 0.211 IRAS F17133+0820
ROTSE1 J170913.29+143807.7 c 10.94 117.36 0.322 NSV 8243 = IRAS F17069+1441
ROTSE1 J172119.36+095439.1 c 11.28 80.593 0.420 V750 Oph
ROTSE1 J172139.30+101823.6 lpv 11.50 0.0000 0.307 V754 Oph
ROTSE1 J173243.61+152728.6 lpv 11.31 0.0000 0.261 StM 382 = IRAS F17304+1529
ROTSE1 J173137.58+122524.7 lpv 11.41 0.0000 0.217 V769 Oph
ROTSE1 J172119.20+083726.6 lpv 11.24 0.0000 0.496 NSV 8555 = IRAS F17189+0840
ROTSE1 J173254.71+111831.1 m 11.50 0.0000 0.713 V776 Oph
ROTSE1 J170326.36+092245.4 lpv 11.57 0.0000 0.412 IRAS F17010+0926
ROTSE1 J170829.47+104628.2 lpv 11.22 0.0000 0.336 V2046 Oph = IRAS F17061+1050
ROTSE1 J173351.40+111540.8 lpv 11.71 0.0000 0.449 V778 Oph = IRAS F17314+1117
ROTSE1 J171826.11+093216.9 lpv 11.51 0.0000 0.461 IRAS F17160+0935
ROTSE1 J171904.36+082951.3 m 10.31 0.0000 1.988 V744 Oph = IRAS 17166+0832
ROTSE1 J171830.15+092245.3 lpv 12.13 0.0000 0.317 NSV 8495
ROTSE1 J171538.18+090557.6 m 12.14 0.0000 1.091 V737 Oph
ROTSE1 J171446.79+100455.7 m 13.52 0.0000 1.820 V905 Oph = IRAS 17124+1008
ROTSE1 J171806.51+090802.1 lpv 12.08 0.0000 0.502 NSV 8484
ROTSE1 J173042.33+103507.5 e 12.36 1.2434 1.181 V449 Oph
ROTSE1 J170621.43+142732.6 m 13.59 0.0000 1.875 IRAS 17041+1431
ROTSE1 J173147.65+111334.4 lpv 12.42 0.0000 0.311 V770 Oph
ROTSE1 J172542.47+123553.2 m 12.41 0.0000 1.533 AI Oph
ROTSE1 J172836.76+153115.0 m 13.34 0.0000 0.919 V658 Her
ROTSE1 J172022.29+143040.6 rrab 12.57 0.5913 0.658 DL Her
ROTSE1 J171759.67+110427.0 rrab 12.71 0.5570 0.969 V452 Oph
ROTSE1 J171419.31+085607.4 lpv 12.48 0.0000 0.458 V2108 Oph = [TVH89] 86 = [PCC93] 184
ROTSE1 J173011.66+142233.5 rrab 13.12 0.3783 0.784 V552 Her
ROTSE1 J173230.09+092334.8 rrab 13.40 0.5855 0.884 V773 Oph
ROTSE1 J171900.13+093026.2 rrab 13.17 0.6382 0.796 V865 Oph
ROTSE1 J172725.98+084314.5 ew 13.22 0.3571 0.769 NSV 8733
ROTSE1 J170641.03+154032.3 rrab 14.05 0.5397 1.145 NSV 8208
ROTSE1 J171049.24+125250.4 rrab 13.67 0.5132 0.709 V461 Her
ROTSE1 J172318.07+145744.8 m 11.96 0.0000 2.275 BI Her
ROTSE1 J171837.58+081334.9 o 14.09 0.3370 0.902 V864 Oph
ROTSE1 J173430.41+150431.4 e 12.69 0.6383 1.701 DP Her
ROTSE1 J171432.90+100536.8 m 11.62 0.0000 1.319 V904 Oph = IRAS 17121+1008
ROTSE1 J172907.86+184239.8 m 11.25 0.0000 1.335 FP Her = IRAS 17269+1844
ROTSE1 J172059.84+222651.3 lpv 10.71 0.0000 0.186 FO Her = IRAS F17188+2229
ROTSE1 J171642.01+212305.9 e 10.83 0.7273 0.377 BD+21 3079
ROTSE1 J173008.04+203157.2 lpv 11.21 0.0000 0.311 IRAS F17280+2034
ROTSE1 J171134.15+233630.5 lpv 11.43 0.0000 0.367 V464 Her
ROTSE1 J173053.98+210200.6 lpv 11.13 0.0000 0.418 IRAS F17287+2104
ROTSE1 J171332.99+161259.8 lpv 11.39 0.0000 0.171 IRAS F17112+1616
ROTSE1 J172817.01+211557.0 e 11.38 1.2978 0.608 _not_ V406 Her
ROTSE1 J171734.05+163531.5 m 12.68 0.0000 1.411 V621 Her = IRAS 17153+1638
ROTSE1 J171110.07+230009.2 lpv 11.84 0.0000 0.208 V462 Her
ROTSE1 J171255.10+193043.8 lpv 11.87 0.0000 0.284 StM 340
ROTSE1 J171847.04+201430.8 e 12.05 0.5894 0.914 V387 Her
ROTSE1 J172530.05+214452.0 lpv 12.12 0.0000 0.416 V485 Her
ROTSE1 J173212.46+181410.0 rrab 12.81 0.6038 0.434 V418 Her
ROTSE1 J171611.33+205125.9 e 12.70 1.3466 0.916 V381 Her
ROTSE1 J173202.27+164750.7 lpv 13.40 0.0000 0.544 V553 Her
ROTSE1 J170539.90+213100.5 rrab 13.53 0.6128 0.898 V365 Her
ROTSE1 J170831.41+183116.7 rrc 13.38 0.3604 0.508 V458 Her
ROTSE1 J172927.78+232531.0 lpv 12.92 0.0000 0.732 V407 Her
ROTSE1 J172238.65+175303.5 rrab 13.39 0.4358 1.165 V394 Her
ROTSE1 J172308.33+223931.4 rrab 14.03 0.5565 1.077 V397 Her
ROTSE1 J172532.50+204649.2 rrab 13.82 0.5942 0.742 V484 Her
ROTSE1 J171435.26+222345.1 rrab 14.68 0.6794 0.896 V397 Her
ROTSE1 J171339.95+205849.5 rrab 15.06 0.5105 1.337 V468 Her
ROTSE1 J171502.46+222547.9 rrab 15.07 0.5910 0.998 V471 Her
ROTSE1 J170548.92+333517.6 rrab 15.26 0.5450 4.604 V646 Her = BPS BS 16552-0143
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