COW-TESTING ASSOCIATION.

Stratford Evening Post, Volume XXXIV, Issue 57, 31 October 1912, Page 2

COW-TESTING ASSOCIATION.

SOME MIDHIRST RESULTS. The Cow-Testing Association results for the past month are now to hand, and are interesting, reading. The following .take gives the results of some sixty herds belonging to the Midhirst Association . Herd Averages. Highest Individual Yield Lowest Individual Yield (Best Cow). (Worst Cow) Calculated for Month. Calculated, for Month. No. of Milk, Test Fat Milk Test. Fat. Milk. Test. hat.

Summary. Butter-fat. Highest herd average ... 42.00 Lowest herd average ... 15.18 Average Association cow ... 27.22 The ten highest cows av’gd 51.90 The ten lowest cows ay’gd 11.53 The host cow gave ... 57.00 The worst cow gave ... 9.28 The highest quantity of milk given by one cow was 14171 b., which at a test of 3.6, produced 51.011 b. butter-fat. The lowest quantity of milk given by one cow was 2101 b., which at.a tost of 5.0, produced IO.oOIb. butter-fat. SOME STRATFORD RESULTS. From thirty herds belonging to the Stratford Association, the following results were obtained: —

Summary. Butter-fat, Highest herd average ... 39.62 Lowest herd average ... 19.19 Average Association cow ... 30.69 The ten highest cows av’gd 48.07 The ten lowest cows av’gd 15.71 The best cow gave ... 52.80 The worst cow gave ... 11.52 The highest quantity of milk given by one cow was 13651 b, which, at a 3.5 test, produced 47.771 b. butter-fat. The lowest quantity of milk given by one cow was 3601 b., which, at a test of 3.2, produced 11.521 b, butter-fat. "

Cows. 30 lb. 761 4.43 11). 33.77 lb. 1035 4.2 lb. 43.47 lb. 675 • 3.9 ID. 26.32 J5 866 4.40 38.40 1215 4.4 53.46 555 4.4 5.0 2-1.42 23 678 4.31 29.27 862 4.8 41.37 435 21.75 26 522 1.52 23.61 885 4.4 38.94 210 5.8 13.92 30 688 3.84 26.50 892 4.0 35.68 525 3.0 15.75 11 657 4.22 28.60 930 4.3 39.99 622 3.8 23,63 21 765 3.64 27.89 1080 3.7 39.96 405 4.7 19.03 20 509 3.80 19.40 727 4.4 31,98 232 4.0 9.23 23 540 4.03 21.81 675 4.0 27.00 375 3.7 13.87 9 603 4.08 24.61 645 4.6 29.67 360 4. 8 17.28 14 519 3.50 18.93 757 3.6 27.25 495 2.8 13,86 23 456 3,72 • 16.68 667 3.4 22.67 375 3.4 12.75 12 717 4.91 35.26 795 5,4 42.93 4.95 4.6 22.77 10 530 4.39 23.31 720 5.6 40.32 412 3.4 15.02 6 19 720 4.35 31.20 825 5.0 41.25 525 4.2 22.05 563 843 4.08 22.99 697 5.0 34.85 300 3.6 10.80 s 4.23 35.71 1125 4.4 49.50 510 5.6 28.53 32 432 3.60 15.58 607 3,8 23.06 315 3.0 9.45 7 664 3.70 24.62 847 4.3 36.42 427 3.8 16.22 59 551 3.95 21.83 1820 4.1 54.12 300 4.4 13,20 12 612 3.81 23.37 1080 3.5 37.80 540 3.0 16.20 21 467 4.10 19.20 615 4.6 28.29 4.65 3.5 16.27 29 561 7.71 20.93 900 3.2 28.80 450 3.6 16.20 14 409 3.70 15.18 690 4.8 33.12 270 3.6 4.2 9.72 8 385 4.36 17.14 592 4.6 27.23 225 9.45 11 558 3.54 19.72 765 3.6 27.54 382 3.4 3.3 12.98 11 726 3^63 25.48 690 4.2 28.98 660 21.78 14 724 4.39 31.81 900 4.8 43.20 405 4.0 16.20 17 799 3.96 31.74 1035 4.2 43.37 510 3.8 19.38 33 608 4.07 24-82 ■ 870 5.2 45.24 330 4.2 13.86 29 579 3.65 21.16 682 4.4 30.00 525 3.0 15.75 34 29 805 3.80 30.64 1170* 4.0 46.80 470 3.8 17.86 694 3.97 27.65 907 4.2 38.09 360 4.7 16.92 25 743 4.16 30,92 969 4.6 44.16 637 3.6 22.93 17 742 3.52 26.13 877 3.9 34.20 667 3.2 21.34 23 618 4.06 25.12 600 6.0 36.00 480 4.2 20.16 23 817 3.98 32.55 1155 4.4 50.82 405 4.5 18.22 22 795 3.70 29.48 1057 3.6 38.05 592 3.3 19.53 14 1064 3.89 41.44 1290 4.0 51.60 705 4.0 28.20 33 817 4.76 38.96 975 5.4 52.65 690 4.6 31.74 15 722 3.80 27.46 855 5.0 42.75 450 3.6 16.20 29 695 3.68 22.82 810 4.0 ; 32.40 465 . 6.2 14.88 22 636 3.98 27.20 1035 3.4 35.19 300 5.4 16.20 26 760 843 3.87 29.29 765 5.0 38.25 615 3.4 20.91 19 3.72 31.41 1050 4.4 46.20 480 3.8 18.24 14 654 3.81 24.95 765 4.4 33.66 585 3.6 21.03 18 31 936 4.04 37.83 1080 5.0 54.00 420 4.6 19.32 765 3.86 29.54 1095 3; 6 39.42 570 3 it 19.38 18 1029 4.08 42.00 1140 5.0 57.00 885 6.7 62.74 19 982 3.83 37.70 1260 3i8 * 47.87 720 4.0 23.80 23 844 4.06 34.35 1005 4.0 46.23 630 6.8 23.94 28 944 3.49 ,33.03 1200 3.6 43.20. 660 6.4 22.44 27 877 3.5 i 31.36 1200 4.0 48.00 5 420 4.6 19.62

41 927 3.8 35.42 ' 1035 4.4 45.54 750 3.4 25.50 ‘J2 780 4.1 32.16 990 4.4 43.56 525 4.7 24.60 12 472 4.0 19.19 735 4.3 31.60 420 3.6 15.12 30 693 4.0 28.08 1035 4.6 47.61 600 2.6 15.60 18 735 3.8 27.95 825 4,3 35.47 450 4.4 19.80 4 712 3.9 28.11 795 4.2 33.39 465 4.0 18.60 18 755 4.2 31.93 1005 4.8 48.24 615 3.5 21.52 20 742 3.8 28.74 2020 4.9 49.98 480 3.5 16.80 45 741 3.7 27.99 1020 4.0 40.80 495 3.0 14.85 2G 817 3.6 30.13 922 4.2 38.73 435 4.4 19.14 33 888 3.8 33.77 945 5.2 49.14 585 4.2 22.57 43 894 3.7 33.29 930 4.8 44.64 360 4.8 17.28 22. 946 t .‘4.5 -33.91 1355 ■ -3.5--47.42 . 690 3.0 20.70 45 717 3.8 27.83 1170 3.7 “43.29 345 4.4 15.18 21 975 .3.8 37.55 1162 4.0 46.49 720 3.4 24.48 34 811 .3.5 29.08 915 4.2 38.43 660 3.5 23.10 29 875 3.6 31.65 1230 3.7 45.51 585 3.4 28.56 37 1065 3; 7 39.62 1320 4.0 52.80 772 3.8 29.34 18 989 3.5 35.06 1365 3.5 47.77 810 3.3 26.73 23 951 3.6 34.45 1095 4.2 45.99 570 3.8 21.66 24 ■ 836 3.4 28.81 1072 4.0 42.90 555 3.0 16.65 19 832 3.6 30.53 1305 3.4 44.37 585 3.4 19.89 25 716 3.3 23.94 1005 3.2 32.16 360 3.2 11.52 33 800 3.4 27.55 1080 3.5 35.40 555 2.8 15.51