2003IAUC.8103....1A

Additional discoveries of apparent supernovae have been reported from unfiltered CCD images – SN 2003cp in MCG +10-12-78 by M. Armstrong (cf. IAUC 8074); SN 2003cq in NGC 3978 by R. Arbour (cf. IAUC 8097); SN 2003cr in UGC 9639 by T. Boles (cf. IAUC 8093); and SNe 2003cs and 2003ct by W. M. Wood-Vasey et al. (NEAT images; cf. IAUC 8102). SN 2003 UT R.A. (2000.0) Decl. Mag. Offset 2003cp Mar. 30.86 8 09 11.13 +57 41 14.0 16.2 3" W, 9" N 2003cq Mar. 30.84 11 56 14.17 +60 31 19.1 17.0 32".0 E, 2".3 S 2003cr Mar. 31.18 14 58 35.53 +44 53 06.4 17.7 4".7 W, 5".0 N 2003cs Feb. 3.49 11 20 37.52 - 4 54 32.7 17.9 0".3 W, 5".7 N 2003ct Mar. 27.19 11 22 56.20 - 2 56 59.9 19.0 12".5 E, 2".9 S Additional approximate CCD magnitudes (from the respective discoverers unless noted otherwise): SN 2003cp, 2000 Dec. 30 UT, [19.0; 2003 Mar. 14, [18.5; 31.786, 16.2. SN 2003cq, Mar. 14, [17.4; 31.816, 17.9 (Boles); 31.830, 17.0. SN 2003cr, Feb. 24, [19.0; 31.894, 17.5. SN 2003cs, 2002 Apr. 18.14, [20.8; 2003 Feb. 9.44, 17.1; Mar. 27.19, 19.4; 31.22, 19.6. SN 2003ct, Feb. 9.44, [20.6; Mar. 25.20, 19.1; 31.22, 19.1. Nothing is visible at the locations of SNe 2003cp, 2003cq, or 2003cr on Palomar Sky Survey red or blue plates. Arbour adds that a CCD image by D. Briggs on Mar. 30.885 yields position end figures 14s.11, 19".3 for SN 2003cq, while Boles measured position end figures 14s.20, 19".6 from his own image taken on Mar. 31.816.