Smr's (standardized mortality ratios) of 13 causes of death of males RDA Canonical axes: 4 Covariables: 0 Scaling: 2 Cent./stand. by samples: 0 0 by species: 1 2 Log-transformation Spec: Species scores (adjusted for species variance) N NAME AX1 AX2 AX3 AX4 WEIGHT 1 EIG .5611 .1478 .0345 .0193 1 Stom Ca .8567 -.2493 -.0627 -.0618 1.26 1.00 2 Colo Ca -.6908 .1664 -.0382 -.0453 .51 1.00 3 Lung Ca -.9431 .0483 -.1629 -.0578 2.26 1.00 4 Pros Ca -.6355 .1716 .0725 -.1159 .45 1.00 5 Diab Me .0362 -.3963 -.2922 -.4405 .42 1.00 6 IscH ea -.8924 -.3255 .0186 -.0221 2.26 1.00 7 OthH ea .7261 .1919 -.1227 -.2191 .69 1.00 8 Arte Di .4656 -.1848 -.5328 .2702 .60 1.00 9 COLD -.6604 .0378 -.2302 .2230 .56 1.00 10 Traf fic .0393 -.8974 .1183 .0444 1.33 1.00 11 NonT raf .6391 -.3670 -.2654 -.0701 .66 1.00 Smr's (standardized mortality ratios) of 13 causes of death of males RDA Canonical axes: 4 Covariables: 0 Scaling: 2 Cent./stand. by samples: 0 0 by species: 1 2 Log-transformation Samp: Sample scores N NAME AX1 AX2 AX3 AX4 WEIGHT 1 EIG .5611 .1478 .0345 .0193 1 P:1 R: 1 1.8088 1.1090 .5236 1.2560 1.00 1.00 2 P:1 R: 2 1.9185 1.5426 1.5610 1.6671 1.00 1.00 3 P:1 R: 3 1.4973 .2749 .5135 1.8320 1.00 1.00 4 P:1 R: 4 1.4970 .5511 .8112 -.3724 1.00 1.00 5 P:1 R: 5 1.6941 .5191 2.1666 1.3629 1.00 1.00 6 P:1 R: 6 1.9134 .8710 1.8970 1.0909 1.00 1.00 7 P:1 R: 7 1.9350 .4009 -.0400 4.0357 1.00 1.00 8 P:1 R: 8 2.7145 .2887 1.8806 2.2225 1.00 1.00 9 P:1 R: 9 1.9272 1.0111 1.0146 5.4899 1.00 1.00 10 P:1 R:10 1.8424 .4648 -.1642 1.8349 1.00 1.00 11 P:1 R:11 1.6503 1.7294 -.6891 3.6861 1.00 1.00 12 P:1 R:12 1.3442 .6354 .2040 1.9954 1.00 1.00 13 P:1 R:13 1.4521 -.3166 .4969 .9965 1.00 1.00 14 P:1 R:14 1.5599 1.2842 .0388 .1152 1.00 1.00 15 P:1 R:15 1.1571 .4786 -.7488 -.0917 1.00 1.00 16 P:1 R:16 1.7112 .9751 -.3557 .2011 1.00 1.00 17 P:1 R:17 1.0181 .4673 -1.3732 -1.3537 1.00 1.00 18 P:1 R:18 1.4846 .1161 .5217 -.8534 1.00 1.00 19 P:1 R:19 1.1358 -.6907 -.6840 -1.5620 1.00 1.00 20 P:1 R:20 1.1797 .8245 -1.1947 -.4553 1.00 1.00 21 P:1 R:21 .3733 .9012 -.5796 -1.0062 1.00 1.00 22 P:1 R:22 1.0123 .5359 -.4746 -1.3273 1.00 1.00 23 P:1 R:23 .8691 .6478 -.6897 -2.9288 1.00 1.00 24 P:1 R:24 .6954 .7296 -.0066 -2.9671 1.00 1.00 25 P:1 R:25 .9114 .5207 -1.8153 -.0022 1.00 1.00 26 P:1 R:26 .5098 .8424 .5590 -2.2594 1.00 1.00 27 P:1 R:27 1.3170 .9308 -.8438 -1.9027 1.00 1.00 28 P:1 R:28 1.4450 .6239 -.7585 .2005 1.00 1.00 29 P:1 R:29 1.0092 .4686 -1.4113 -1.5962 1.00 1.00 30 P:1 R:30 1.2390 .5653 -1.2190 .8547 1.00 1.00 31 P:1 R:31 2.1944 .6426 -.0014 .0307 1.00 1.00 32 P:1 R:32 1.6823 .6875 2.2569 -.2772 1.00 1.00 33 P:1 R:33 1.6478 -.3233 -1.2966 .5348 1.00 1.00 34 P:1 R:34 1.2164 .3303 -.5301 .9167 1.00 1.00 35 P:1 R:35 1.8417 .2503 -1.8622 -.8471 1.00 1.00 36 P:1 R:36 1.5576 .4793 -1.0337 -1.9863 1.00 1.00 37 P:1 R:37 1.8169 .3319 -1.4034 -.1422 1.00 1.00 38 P:1 R:38 1.7078 .0563 -.7819 -1.3046 1.00 1.00 39 P:1 R:39 1.4948 -.0075 -1.9695 -1.5307 1.00 1.00 40 P:2 R: 1 .6952 -1.1458 .4973 -.0838 1.00 1.00 41 P:2 R: 2 .7355 -.8353 .6511 .1584 1.00 1.00 42 P:2 R: 3 .3586 -.3064 .5626 -.5948 1.00 1.00 43 P:2 R: 4 .4454 -.6799 2.2626 -1.5020 1.00 1.00 44 P:2 R: 5 .6312 -.5232 .7140 -1.5923 1.00 1.00 45 P:2 R: 6 .8037 -.5930 1.9201 -1.4793 1.00 1.00 46 P:2 R: 7 .6634 -.8107 1.0231 .5603 1.00 1.00 47 P:2 R: 8 .5101 -1.5338 1.0444 .6547 1.00 1.00 48 P:2 R: 9 1.0257 -.8366 3.3274 -1.3899 1.00 1.00 49 P:2 R:10 .5528 -.9241 -.1665 .2766 1.00 1.00 50 P:2 R:11 .1889 .2864 1.5695 .8273 1.00 1.00 51 P:2 R:12 -.0046 -1.2478 -1.1877 -.1752 1.00 1.00 52 P:2 R:13 .4054 -.9221 .1397 -.6058 1.00 1.00 53 P:2 R:14 .3154 -.8963 .1192 .0848 1.00 1.00 54 P:2 R:15 -.0747 -.7129 -.3621 -.9409 1.00 1.00 55 P:2 R:16 .5277 -.8716 -.4450 -.6460 1.00 1.00 56 P:2 R:17 .0277 -.8433 -1.1471 -2.1624 1.00 1.00 57 P:2 R:18 .4200 -1.1452 .4755 -2.9943 1.00 1.00 58 P:2 R:19 -.0540 -.9532 .3164 -2.0890 1.00 1.00 59 P:2 R:20 -.1241 -.5919 -.7070 -.8712 1.00 1.00 60 P:2 R:21 -.3836 .0127 -.7221 -1.4883 1.00 1.00 61 P:2 R:22 .0738 -.3320 -.6647 -3.6777 1.00 1.00 62 P:2 R:23 -.2661 -.0590 -1.6072 -1.7354 1.00 1.00 63 P:2 R:24 -.2885 -.4192 -.5848 -2.5120 1.00 1.00 64 P:2 R:25 -.0975 -.0945 -1.4363 -1.8810 1.00 1.00 65 P:2 R:26 -.5908 .2905 .0638 -1.9350 1.00 1.00 66 P:2 R:27 .0020 -.0949 -.2171 -2.1232 1.00 1.00 67 P:2 R:28 -.0027 -.8775 -.5769 -.8922 1.00 1.00 68 P:2 R:29 -.3535 .0048 -.1587 -.9641 1.00 1.00 69 P:2 R:30 .1063 -.4167 -.6071 -.4235 1.00 1.00 70 P:2 R:31 .8964 -.7145 1.8038 -.8191 1.00 1.00 71 P:2 R:32 .5366 -.7448 2.2727 .2169 1.00 1.00 72 P:2 R:33 .3099 -1.3787 -1.0346 -.2666 1.00 1.00 73 P:2 R:34 .0644 -1.1444 -1.6825 .6939 1.00 1.00 74 P:2 R:35 .4354 -1.5264 -2.0414 -.5624 1.00 1.00 75 P:2 R:36 .1468 -1.4981 -1.2576 1.0334 1.00 1.00 76 P:2 R:37 .1801 -1.1528 -1.4472 .5538 1.00 1.00 77 P:2 R:38 .5308 -1.2254 -.7703 -.3875 1.00 1.00 78 P:2 R:39 -.0557 -1.2974 -2.8025 -.9863 1.00 1.00 79 P:3 R: 1 -.5184 -2.1389 1.2087 .2171 1.00 1.00 80 P:3 R: 2 -.3743 -.6306 .1341 -.4324 1.00 1.00 81 P:3 R: 3 -.6918 -1.0389 .9425 .0874 1.00 1.00 82 P:3 R: 4 -.4792 -1.6028 1.4457 -.2697 1.00 1.00 83 P:3 R: 5 -.3117 -1.2983 .3567 -.0050 1.00 1.00 84 P:3 R: 6 -.3535 -1.4090 2.2835 -.7177 1.00 1.00 85 P:3 R: 7 -.6640 -1.7265 1.9157 .5128 1.00 1.00 86 P:3 R: 8 -.5122 -2.0254 1.4495 -.4931 1.00 1.00 87 P:3 R: 9 -.5713 -1.4336 3.0239 1.9774 1.00 1.00 88 P:3 R:10 -.4487 -1.5557 1.0368 1.3762 1.00 1.00 89 P:3 R:11 -.7485 -.7448 .4277 1.0014 1.00 1.00 90 P:3 R:12 -1.0516 -1.4576 -.2075 2.2162 1.00 1.00 91 P:3 R:13 -.5464 -.9864 -.5741 .0126 1.00 1.00 92 P:3 R:14 -.5363 -1.0354 .2640 .4598 1.00 1.00 93 P:3 R:15 -.8410 -.7085 -1.3808 .2795 1.00 1.00 94 P:3 R:16 -.4222 -1.4879 -.2006 -1.2282 1.00 1.00 95 P:3 R:17 -.7820 -.8200 -1.3443 -.6545 1.00 1.00 96 P:3 R:18 -.6163 -2.0826 -.1369 .3760 1.00 1.00 97 P:3 R:19 -.7029 -1.0031 -.9896 .6350 1.00 1.00 98 P:3 R:20 -.5784 -.3587 -1.6993 .9143 1.00 1.00 99 P:3 R:21 -.9640 .4081 -1.5953 1.8269 1.00 1.00 100 P:3 R:22 -.8342 -.6059 -1.1908 1.3767 1.00 1.00 101 P:3 R:23 -.8513 -.2551 -1.2808 -.1729 1.00 1.00 102 P:3 R:24 -.7801 .2657 -1.2119 -.9702 1.00 1.00 103 P:3 R:25 -.7637 -.0207 -.4607 -1.4677 1.00 1.00 104 P:3 R:26 -.9886 .3220 -1.5512 -.9447 1.00 1.00 105 P:3 R:27 -.8280 .5680 .0707 1.6373 1.00 1.00 106 P:3 R:28 -.8008 -.5537 .2342 .8089 1.00 1.00 107 P:3 R:29 -.9428 -.0396 -1.0558 .1984 1.00 1.00 108 P:3 R:30 -.7542 -.4655 -1.0259 .8287 1.00 1.00 109 P:3 R:31 .1059 -1.5078 .0969 .0305 1.00 1.00 110 P:3 R:32 -.4787 -.8953 3.3214 -.0852 1.00 1.00 111 P:3 R:33 -.7892 -1.2236 -.6234 .9654 1.00 1.00 112 P:3 R:34 -.9462 -1.4815 -2.2323 1.5574 1.00 1.00 113 P:3 R:35 -.7721 -2.0839 -1.0026 1.5092 1.00 1.00 114 P:3 R:36 -.9362 -1.5355 -1.0088 2.5806 1.00 1.00 115 P:3 R:37 -1.0058 -1.2054 .0066 2.7909 1.00 1.00 116 P:3 R:38 -.8606 -1.5164 .1764 3.8861 1.00 1.00 117 P:3 R:39 -.8327 -1.2783 -2.2849 1.0541 1.00 1.00 118 P:4 R: 1 -1.1938 -.0392 1.7319 -1.0127 1.00 1.00 119 P:4 R: 2 -1.1232 1.4394 2.6821 -1.4617 1.00 1.00 120 P:4 R: 3 -1.0239 .8487 .4758 -.8559 1.00 1.00 121 P:4 R: 4 -.8522 .6722 1.0905 -1.6074 1.00 1.00 122 P:4 R: 5 -.9489 .6626 3.9004 -2.4842 1.00 1.00 123 P:4 R: 6 -.8308 .5432 2.1973 -.3289 1.00 1.00 124 P:4 R: 7 -1.2240 .9583 1.9397 -2.7047 1.00 1.00 125 P:4 R: 8 -1.1508 .2243 1.9747 .1920 1.00 1.00 126 P:4 R: 9 -.8501 .8708 2.9461 .0118 1.00 1.00 127 P:4 R:10 -.8954 .6152 .8204 .7101 1.00 1.00 128 P:4 R:11 -.8009 1.1694 .7694 .5339 1.00 1.00 129 P:4 R:12 -1.2028 1.0547 -.8026 1.1683 1.00 1.00 130 P:4 R:13 -1.0234 1.2703 .5985 .1359 1.00 1.00 131 P:4 R:14 -.9699 .4840 .5522 .8290 1.00 1.00 132 P:4 R:15 -1.2451 1.4553 -1.3620 .3381 1.00 1.00 133 P:4 R:16 -.9281 .8475 .0602 -.2191 1.00 1.00 134 P:4 R:17 -1.0463 1.5613 -.6183 -.1501 1.00 1.00 135 P:4 R:18 -1.0187 .3259 1.0015 .4373 1.00 1.00 136 P:4 R:19 -.9289 1.2717 1.4296 .2697 1.00 1.00 137 P:4 R:20 -1.0250 2.0988 -1.3070 -.1817 1.00 1.00 138 P:4 R:21 -1.1332 2.2146 -1.6253 .7185 1.00 1.00 139 P:4 R:22 -1.0837 2.3615 .7291 2.7542 1.00 1.00 140 P:4 R:23 -.9286 2.0104 -1.3509 -.2057 1.00 1.00 141 P:4 R:24 -.9636 2.1826 -.3372 .3223 1.00 1.00 142 P:4 R:25 -1.0657 1.3550 -.0316 -.6072 1.00 1.00 143 P:4 R:26 -1.0243 2.0734 -1.1124 -.2041 1.00 1.00 144 P:4 R:27 -1.0162 2.5641 .6126 .1949 1.00 1.00 145 P:4 R:28 -1.0363 1.7768 .3555 -.5269 1.00 1.00 146 P:4 R:29 -1.1363 1.7893 -.4523 -.2745 1.00 1.00 147 P:4 R:30 -.9723 1.6313 -.9606 .3024 1.00 1.00 148 P:4 R:31 -.5487 1.0530 1.0117 .5368 1.00 1.00 149 P:4 R:32 -.6349 1.1388 1.4750 -.8450 1.00 1.00 150 P:4 R:33 -.9428 .7395 -.1622 1.0035 1.00 1.00 151 P:4 R:34 -1.0225 .8879 -.9688 .9627 1.00 1.00 152 P:4 R:35 -.9976 .3052 -.4901 .3911 1.00 1.00 153 P:4 R:36 -1.0857 .8716 -.8938 1.9827 1.00 1.00 154 P:4 R:37 -1.2280 .4663 -.5574 1.1733 1.00 1.00 155 P:4 R:38 -1.2783 .6564 .7525 .6406 1.00 1.00 156 P:4 R:39 -1.1202 1.2420 -1.0670 1.5488 1.00 1.00 157 ORIGIN -.3755 -.2518 -.6035 -.5115 .00 .00 Smr's (standardized mortality ratios) of 13 causes of death of males RDA Canonical axes: 4 Covariables: 0 Scaling: 2 Cent./stand. by samples: 0 0 by species: 1 2 Log-transformation CFit: Cumulative fit per species as fraction of variance of species N NAME AX1 AX2 AX3 AX4 VAR(y) % EXPL FR FITTED .5611 .1478 .0345 .0193 1 Stom Ca .7339 .7961 .8000 .8038 1.00 82.02 2 Colo Ca .4771 .5048 .5063 .5083 1.00 55.72 3 Lung Ca .8895 .8918 .9184 .9217 1.00 93.08 4 Pros Ca .4039 .4333 .4386 .4520 1.00 49.43 5 Diab Me .0013 .1584 .2437 .4378 1.00 46.12 6 IscH ea .7963 .9023 .9026 .9031 1.00 90.74 7 OthH ea .5272 .5641 .5791 .6271 1.00 67.07 8 Arte Di .2168 .2510 .5349 .6079 1.00 61.99 9 COLD .4361 .4376 .4905 .5403 1.00 59.25 10 Traf fic .0015 .8068 .8208 .8228 1.00 83.01 11 NonT raf .4084 .5431 .6135 .6184 1.00 65.91 Smr's (standardized mortality ratios) of 13 causes of death of males RDA Canonical axes: 4 Covariables: 0 Scaling: 2 Cent./stand. by samples: 0 0 by species: 1 2 Log-transformation SqRL: Squared residual length per sample with s axes (s=1...4) N NAME AX1 AX2 AX3 AX4 SQLENG % FIT FR FITTED .5611 .1478 .0345 .0193 1 P:1 R: 1 .3731 .2142 .2217 .2420 2.12 88.60 2 P:1 R: 2 1.0479 .7801 .7133 .6597 3.10 78.73 3 P:1 R: 3 .2163 .2312 .2222 .1752 1.47 88.05 4 P:1 R: 4 .2078 .1678 .1451 .2266 1.43 84.10 5 P:1 R: 5 .6255 .5905 .5062 .4721 2.22 78.72 6 P:1 R: 6 .3375 .2271 .1362 .1268 2.39 94.70 7 P:1 R: 7 .4630 .4636 .4803 .3298 2.50 86.81 8 P:1 R: 8 .9410 .9419 .8479 .7562 4.87 84.48 9 P:1 R: 9 .9151 .7722 .7368 .3725 3.00 87.58 10 P:1 R:10 .1664 .1424 .1577 .0993 2.06 95.18 11 P:1 R:11 1.1717 .9230 .9160 .9052 2.67 66.10 12 P:1 R:12 .2686 .2119 .2146 .1852 1.26 85.33 13 P:1 R:13 .3486 .4857 .4776 .4594 1.53 70.01 14 P:1 R:14 .4826 .3098 .3102 .3124 1.84 83.06 15 P:1 R:15 .1816 .1501 .1313 .1375 .92 85.07 16 P:1 R:16 .3004 .1803 .1979 .2350 1.91 87.70 17 P:1 R:17 .1930 .1633 .1241 .0919 .77 88.14 18 P:1 R:18 .3835 .4123 .4268 .4253 1.62 73.75 19 P:1 R:19 .3508 .5071 .4911 .4505 1.07 57.92 20 P:1 R:20 .3920 .3004 .2583 .2642 1.17 77.39 21 P:1 R:21 .2748 .1721 .1657 .1696 .34 49.56 22 P:1 R:22 .8476 .8077 .8042 .7917 1.41 43.66 23 P:1 R:23 .3203 .2590 .2439 .1355 .73 81.51 24 P:1 R:24 .3058 .2275 .2534 .0994 .58 82.76 25 P:1 R:25 .3798 .3400 .2938 .2974 .77 61.49 26 P:1 R:26 .2402 .1456 .2219 .1242 .38 66.97 27 P:1 R:27 .4975 .3891 .3684 .3292 1.47 77.54 28 P:1 R:28 .1872 .1298 .1281 .1273 1.36 90.63 29 P:1 R:29 .4398 .4105 .4063 .3951 1.01 60.87 30 P:1 R:30 .3995 .3568 .3932 .3802 1.24 69.41 31 P:1 R:31 .3160 .2592 .2636 .2659 2.90 90.85 32 P:1 R:32 .5623 .4927 .4219 .4590 2.15 78.66 33 P:1 R:33 .3173 .3472 .2899 .3073 1.84 83.30 34 P:1 R:34 .2240 .2098 .2102 .2289 .99 76.81 35 P:1 R:35 .3956 .3866 .2773 .2643 2.29 88.44 36 P:1 R:36 .3545 .3307 .3012 .2321 1.68 86.18 37 P:1 R:37 .6586 .6454 .5775 .5846 2.50 76.60 38 P:1 R:38 .4038 .4064 .3942 .3748 2.04 81.59 39 P:1 R:39 .3999 .4066 .2903 .2626 1.64 83.96 40 P:2 R: 1 .3243 .1313 .1519 .1522 .58 73.78 41 P:2 R: 2 .2464 .1457 .1457 .1650 .54 69.48 42 P:2 R: 3 .1707 .1596 .1493 .1430 .22 35.58 43 P:2 R: 4 .3784 .3104 .1870 .1605 .49 66.95 44 P:2 R: 5 .2996 .2779 .2631 .2347 .52 55.14 45 P:2 R: 6 .2869 .2415 .1279 .0998 .64 84.37 46 P:2 R: 7 .3064 .2172 .1822 .2369 .54 56.01 47 P:2 R: 8 .7109 .3938 .3599 .3520 .85 58.35 48 P:2 R: 9 .7030 .5997 .3467 .3232 1.23 73.82 49 P:2 R:10 .1770 .0549 .0869 .1053 .35 69.63 50 P:2 R:11 .5933 .7197 .7185 .7680 .61 -25.39 51 P:2 R:12 .4613 .2586 .2371 .2374 .43 45.36 52 P:2 R:13 .2860 .1820 .1866 .1814 .37 50.76 53 P:2 R:14 .3543 .2356 .2362 .2539 .40 36.74 54 P:2 R:15 .2248 .1513 .1700 .1570 .23 30.83 55 P:2 R:16 .6127 .5053 .5410 .5355 .76 29.57 56 P:2 R:17 .3081 .2390 .2135 .1319 .30 55.91 57 P:2 R:18 .6508 .4766 .4755 .3735 .74 49.72 58 P:2 R:19 .4012 .2813 .2931 .2155 .39 44.20 59 P:2 R:20 .2376 .1870 .1742 .1721 .23 26.31 60 P:2 R:21 .2042 .2044 .1906 .1506 .28 45.83 61 P:2 R:22 .3909 .3757 .3815 .2214 .39 43.79 62 P:2 R:23 .1896 .1892 .1215 .0662 .22 69.52 63 P:2 R:24 .1897 .1806 .1705 .0489 .24 79.22 64 P:2 R:25 .2742 .3117 .2892 .2311 .26 9.68 65 P:2 R:26 .1694 .1608 .2130 .1412 .36 61.21 66 P:2 R:27 .3969 .4302 .4287 .3548 .39 9.77 67 P:2 R:28 .2848 .1769 .1976 .1841 .22 15.61 68 P:2 R:29 .1422 .1555 .1552 .1373 .18 25.50 69 P:2 R:30 .2862 .2614 .3075 .3156 .27 -16.18 70 P:2 R:31 .6853 .6300 .6464 .6349 1.03 38.25 71 P:2 R:32 .6631 .5813 .4623 .4887 .82 40.74 72 P:2 R:33 .3921 .1146 .0816 .0805 .44 81.63 73 P:2 R:34 .4854 .2920 .1954 .1939 .49 60.19 74 P:2 R:35 .6132 .2733 .1444 .1410 .71 80.02 75 P:2 R:36 .5723 .2750 .2293 .2541 .56 54.73 76 P:2 R:37 .4449 .2548 .1826 .1876 .46 59.21 77 P:2 R:38 .5154 .3011 .2897 .2880 .66 56.36 78 P:2 R:39 .7271 .4785 .2738 .2697 .68 60.29 79 P:3 R: 1 .8809 .2105 .1756 .1747 1.02 82.95 80 P:3 R: 2 .4045 .4011 .4509 .4506 .48 6.23 81 P:3 R: 3 .2800 .1255 .1149 .1157 .55 78.91 82 P:3 R: 4 .4996 .1323 .0646 .0649 .63 89.66 83 P:3 R: 5 .6490 .4034 .4234 .4250 .69 38.33 84 P:3 R: 6 .5353 .2420 .0866 .0884 .60 85.31 85 P:3 R: 7 .7614 .4064 .3041 .3054 .99 69.04 86 P:3 R: 8 .7659 .1600 .0900 .0994 .91 89.09 87 P:3 R: 9 .8018 .4985 .2558 .2546 .97 73.82 88 P:3 R:10 .4689 .1269 .0908 .0796 .58 86.23 89 P:3 R:11 .2451 .1669 .1699 .1549 .56 72.16 90 P:3 R:12 .5180 .2150 .2135 .1644 1.09 84.89 91 P:3 R:13 .2906 .1478 .1665 .1665 .45 63.28 92 P:3 R:14 .4127 .2573 .2554 .2524 .57 56.00 93 P:3 R:15 .2473 .1832 .1185 .1294 .64 79.84 94 P:3 R:16 .5906 .2672 .3167 .3533 .69 48.55 95 P:3 R:17 .2237 .1615 .1070 .1175 .57 79.26 96 P:3 R:18 .9271 .4718 .4719 .4714 1.14 58.65 97 P:3 R:19 .2360 .1124 .0845 .0773 .51 84.94 98 P:3 R:20 .2621 .2434 .1773 .1627 .44 62.93 99 P:3 R:21 .3358 .3145 .2304 .2160 .86 74.78 100 P:3 R:22 .5317 .4785 .4600 .4506 .91 50.59 101 P:3 R:23 .1557 .1527 .0984 .0987 .55 82.10 102 P:3 R:24 .1545 .1442 .0936 .1025 .50 79.34 103 P:3 R:25 .1231 .1937 .1863 .2256 .45 49.82 104 P:3 R:26 .2152 .2046 .1354 .1381 .76 81.87 105 P:3 R:27 .3199 .4822 .4948 .4639 .70 33.60 106 P:3 R:28 .1819 .1537 .1519 .1419 .51 72.40 107 P:3 R:29 .0788 .1075 .0725 .0724 .57 87.39 108 P:3 R:30 .2296 .2134 .2543 .2542 .53 52.35 109 P:3 R:31 .7389 .4044 .4041 .4262 .46 7.19 110 P:3 R:32 .8045 .6948 .5049 .5061 .93 45.76 111 P:3 R:33 .2943 .0796 .0719 .0652 .64 89.85 112 P:3 R:34 .7170 .3931 .2575 .2108 1.22 82.70 113 P:3 R:35 .7674 .1707 .1362 .0962 1.10 91.27 114 P:3 R:36 .5464 .2366 .2168 .1045 1.04 89.93 115 P:3 R:37 .5340 .3332 .3715 .2331 1.08 78.38 116 P:3 R:38 .8187 .4822 .5101 .2837 1.23 76.85 117 P:3 R:39 .6500 .4173 .2943 .2863 1.04 72.45 118 P:4 R: 1 .2091 .2243 .1307 .1119 .98 88.62 119 P:4 R: 2 .7827 .5127 .2845 .2513 1.47 82.92 120 P:4 R: 3 .2354 .1531 .1456 .1361 .82 83.47 121 P:4 R: 4 .2402 .1786 .1433 .1114 .64 82.54 122 P:4 R: 5 .8895 .8259 .4609 .4129 1.39 70.40 123 P:4 R: 6 .3299 .2947 .1299 .1319 .71 81.41 124 P:4 R: 7 .6415 .5149 .3866 .3165 1.43 77.88 125 P:4 R: 8 .3202 .3127 .1950 .2001 1.06 81.12 126 P:4 R: 9 .5143 .4057 .1321 .1464 .91 83.99 127 P:4 R:10 .1364 .0972 .0853 .1031 .58 82.32 128 P:4 R:11 .3382 .1372 .1204 .1200 .68 82.24 129 P:4 R:12 .3025 .1392 .1426 .1326 1.10 87.98 130 P:4 R:13 .4150 .1769 .1654 .1703 1.00 83.01 131 P:4 R:14 .1777 .1860 .1847 .1877 .71 73.40 132 P:4 R:15 .4719 .1712 .1140 .1164 1.33 91.26 133 P:4 R:16 .2889 .1936 .2693 .2685 .77 65.15 134 P:4 R:17 .4090 .0560 .0450 .0465 1.02 95.46 135 P:4 R:18 .1424 .2449 .2134 .2126 .72 70.61 136 P:4 R:19 .4464 .2206 .2013 .1999 .93 78.50 137 P:4 R:20 .7543 .1225 .1265 .1289 1.34 90.39 138 P:4 R:21 .8803 .1564 .0656 .0566 1.60 96.46 139 P:4 R:22 1.1365 .3990 .3875 .4028 1.79 77.50 140 P:4 R:23 .7394 .1423 .0795 .0842 1.21 93.03 141 P:4 R:24 .7944 .0955 .0916 .0907 1.32 93.11 142 P:4 R:25 .3370 .0666 .0672 .0716 .97 92.64 143 P:4 R:26 .7487 .1410 .1176 .1264 1.34 90.54 144 P:4 R:27 1.0714 .2619 .2589 .2582 1.65 84.36 145 P:4 R:28 .5646 .1346 .1438 .1403 1.16 87.94 146 P:4 R:29 .5086 .0414 .0350 .0355 1.23 97.11 147 P:4 R:30 .4872 .1057 .2072 .2178 1.02 78.60 148 P:4 R:31 .5376 .3825 .3486 .3446 .59 42.02 149 P:4 R:32 .4566 .2661 .1918 .1793 .63 71.55 150 P:4 R:33 .1942 .1136 .1177 .0985 .68 85.53 151 P:4 R:34 .2309 .1171 .0848 .0677 .81 91.65 152 P:4 R:35 .0671 .0765 .0692 .0780 .62 87.47 153 P:4 R:36 .2657 .1642 .1403 .0738 .93 92.04 154 P:4 R:37 .2207 .1980 .1880 .1615 1.05 84.66 155 P:4 R:38 .1924 .1295 .1322 .1291 1.08 88.05 156 P:4 R:39 .5354 .3506 .3243 .2807 1.24 77.34 Smr's (standardized mortality ratios) of 13 causes of death of males RDA Canonical axes: 4 Covariables: 0 Scaling: 2 Cent./stand. by samples: 0 0 by species: 1 2 Log-transformation Regr: Regression/canonical coefficients for standardized variables N NAME AX1 AX2 AX3 AX4 EIG .5611 .1478 .0345 .0193 1 P2 -.5295 -.5608 .0513 -.4250 2 P3 -.9299 -.6706 .0313 .2012 3 P4 -1.0712 .2654 .2497 -.0230 4 P1 .0000 .0000 .0000 .0000 8 SES*P1 -.1597 .0170 -.1766 -.4903 9 SES*P2 -.0975 .1195 -.0894 -.3299 10 SES*P3 -.0192 .2544 -.2372 -.0427 11 SES*P4 .0143 .2401 -.1624 .0257 12 URB*P1 -.0644 -.0195 -.0267 -.0772 13 URB*P2 -.0856 .0496 -.1667 .0778 14 URB*P3 -.0579 .0502 -.2128 -.0399 15 URB*P4 -.0263 .0331 -.3189 .0831 16 CAT*P1 -.0079 -.0902 -.3464 -.3677 17 CAT*P2 -.0432 -.1070 -.4082 .0894 18 CAT*P3 -.0473 -.0474 -.3412 .3193 19 CAT*P4 -.0168 -.0382 -.3189 .3070 Smr's (standardized mortality ratios) of 13 causes of death of males RDA Canonical axes: 4 Covariables: 0 Scaling: 2 Cent./stand. by samples: 0 0 by species: 1 2 Log-transformation tVal: t-values of regression coefficients N NAME AX1 AX2 AX3 AX4 FR EXPLAINED .7180 .1891 .0441 .0247 1 P2 -29.7529 -14.3069 .6152 -4.0569 2 P3 -52.2551 -17.1096 .3755 1.9203 3 P4 -60.1954 6.7712 2.9956 -.2192 4 P1 .0000 .0000 .0000 .0000 8 SES*P1 -9.0230 .4353 -2.1307 -4.7070 9 SES*P2 -5.5124 3.0652 -1.0788 -3.1665 10 SES*P3 -1.0855 6.5262 -2.8621 -.4096 11 SES*P4 .8101 6.1609 -1.9589 .2468 12 URB*P1 -3.6346 -.5002 -.3222 -.7411 13 URB*P2 -4.8357 1.2718 -2.0101 .7468 14 URB*P3 -3.2705 1.2880 -2.5661 -.3829 15 URB*P4 -1.4835 .8494 -3.8450 .7976 16 CAT*P1 -.5392 -2.8083 -5.0704 -4.2831 17 CAT*P2 -2.9625 -3.3320 -5.9760 1.0414 18 CAT*P3 -3.2453 -1.4751 -4.9948 3.7192 19 CAT*P4 -1.1548 -1.1907 -4.6686 3.5754 Smr's (standardized mortality ratios) of 13 causes of death of males RDA Canonical axes: 4 Covariables: 0 Scaling: 2 Cent./stand. by samples: 0 0 by species: 1 2 Log-transformation StBi: Species coordinates for t-value biplot N NAME AX1 AX2 AX3 AX4 VAR(y) % EXPL EIG .5611 .1478 .0345 .0193 1 Stom Ca .0771 -.0224 .0000 .0000 1.00 82.02 2 Colo Ca -.1539 .0371 .0000 .0000 1.00 55.72 3 Lung Ca -.0470 .0024 .0000 .0000 1.00 93.08 4 Pros Ca -.1763 .0476 .0000 .0000 1.00 49.43 5 Diab Me .0284 -.3105 .0000 .0000 1.00 46.12 6 IscH ea -.0509 -.0186 .0000 .0000 1.00 90.74 7 OthH ea .1249 .0330 .0000 .0000 1.00 67.07 8 Arte Di .1933 -.0767 .0000 .0000 1.00 61.99 9 COLD -.1629 .0093 .0000 .0000 1.00 59.25 10 Traf fic .0034 -.0775 .0000 .0000 1.00 83.01 11 NonT raf .1161 -.0667 .0000 .0000 1.00 65.91 Smr's (standardized mortality ratios) of 13 causes of death of males RDA Canonical axes: 4 Covariables: 0 Scaling: 2 Cent./stand. by samples: 0 0 by species: 1 2 Log-transformation EtBi: Environmental coordinates for t-value biplot N NAME AX1 AX2 AX3 AX4 EIG .5611 .1478 .0345 .0193 1 P2 -.4323 -.4579 .0000 .0000 2 P3 -.7593 -.5475 .0000 .0000 3 P4 -.8747 .2167 .0000 .0000 4 P1 .0000 .0000 .0000 .0000 8 SES*P1 -.1311 .0139 .0000 .0000 9 SES*P2 -.0801 .0981 .0000 .0000 10 SES*P3 -.0158 .2089 .0000 .0000 11 SES*P4 .0118 .1972 .0000 .0000 12 URB*P1 -.0528 -.0160 .0000 .0000 13 URB*P2 -.0703 .0407 .0000 .0000 14 URB*P3 -.0475 .0412 .0000 .0000 15 URB*P4 -.0216 .0272 .0000 .0000 16 CAT*P1 -.0078 -.0899 .0000 .0000 17 CAT*P2 -.0430 -.1066 .0000 .0000 18 CAT*P3 -.0472 -.0472 .0000 .0000 19 CAT*P4 -.0168 -.0381 .0000 .0000 Smr's (standardized mortality ratios) of 13 causes of death of males RDA Canonical axes: 4 Covariables: 0 Scaling: 2 Cent./stand. by samples: 0 0 by species: 1 2 Log-transformation CorE: Inter set correlations of environmental variables with axes N NAME AX1 AX2 AX3 AX4 FR EXTRACTED .0817 .0734 .0479 .0380 1 P2 .1356 -.3981 -.0330 -.3405 2 P3 -.3906 -.5351 -.0538 .2463 3 P4 -.5763 .6321 .1730 .0363 4 P1 .8314 .3011 -.0863 .0578 8 SES*P1 -.1931 .0083 -.1405 -.3669 9 SES*P2 -.1426 .1414 -.1329 -.2029 10 SES*P3 -.0498 .2660 -.2701 -.0533 11 SES*P4 .0000 .2433 -.2593 .0441 12 URB*P1 -.1531 -.0132 -.1115 -.2620 13 URB*P2 -.1409 .1051 -.1843 -.0740 14 URB*P3 -.0700 .1799 -.2831 -.0346 15 URB*P4 -.0187 .1568 -.3318 .0788 16 CAT*P1 -.0055 -.0857 -.2662 -.2497 17 CAT*P2 -.0434 -.1016 -.3217 .0730 18 CAT*P3 -.0487 -.0499 -.2674 .2241 19 CAT*P4 -.0183 -.0417 -.2559 .2179 Smr's (standardized mortality ratios) of 13 causes of death of males RDA Canonical axes: 4 Covariables: 0 Scaling: 2 Cent./stand. by samples: 0 0 by species: 1 2 Log-transformation BipE: Biplot scores of environmental variables N NAME AX1 AX2 AX3 AX4 R(SPEC,ENV) .9855 .9352 .7789 .7029 1 P2 .1376 -.4257 -.0424 -.4844 2 P3 -.3964 -.5722 -.0690 .3505 3 P4 -.5848 .6759 .2222 .0516 4 P1 .8436 .3220 -.1108 .0823 8 SES*P1 -.1959 .0089 -.1804 -.5221 9 SES*P2 -.1447 .1511 -.1706 -.2886 10 SES*P3 -.0505 .2844 -.3468 -.0758 11 SES*P4 .0000 .2602 -.3329 .0628 12 URB*P1 -.1554 -.0141 -.1432 -.3728 13 URB*P2 -.1430 .1124 -.2366 -.1052 14 URB*P3 -.0710 .1924 -.3635 -.0492 15 URB*P4 -.0189 .1677 -.4260 .1121 16 CAT*P1 -.0056 -.0917 -.3418 -.3552 17 CAT*P2 -.0440 -.1086 -.4131 .1039 18 CAT*P3 -.0494 -.0534 -.3434 .3188 19 CAT*P4 -.0185 -.0446 -.3285 .3100 Smr's (standardized mortality ratios) of 13 causes of death of males RDA Canonical axes: 4 Covariables: 0 Scaling: 2 Cent./stand. by samples: 0 0 by species: 1 2 Log-transformation CenE: Centroids of environmental variables (mean.gt.0) in ordination diagram N NAME AX1 AX2 AX3 AX4 R(SPEC,ENV) .9855 .9352 .7789 .7029 1 P2 .2383 -.7373 -.0734 -.8390 2 P3 -.6865 -.9910 -.1196 .6071 3 P4 -1.0128 1.1706 .3848 .0894 4 P1 1.4611 .5577 -.1918 .1425 8 SES*P1 .0000 .0000 .0000 .0000 9 SES*P2 .0000 .0000 .0000 .0000 10 SES*P3 .0000 .0000 .0000 .0000 11 SES*P4 .0000 .0000 .0000 .0000 12 URB*P1 .0000 .0000 .0000 .0000 13 URB*P2 .0000 .0000 .0000 .0000 14 URB*P3 .0000 .0000 .0000 .0000 15 URB*P4 .0000 .0000 .0000 .0000 16 CAT*P1 .0000 .0000 .0000 .0000 17 CAT*P2 .0000 .0000 .0000 .0000 18 CAT*P3 .0000 .0000 .0000 .0000 19 CAT*P4 .0000 .0000 .0000 .0000 Smr's (standardized mortality ratios) of 13 causes of death of males RDA Canonical axes: 4 Covariables: 0 Scaling: 2 Cent./stand. by samples: 0 0 by species: 1 2 Log-transformation SamE: Sample scores which are linear combinations of environmental variables N NAME AX1 AX2 AX3 AX4 WEIGHT % FIT EIG .5611 .1478 .0345 .0193 1 P:1 R: 1 2.2007 .7156 1.2254 2.8765 1.00 88.60 2 P:1 R: 2 1.7716 .7895 .8558 1.6656 1.00 78.73 3 P:1 R: 3 1.3809 .6952 .5144 .8724 1.00 88.05 4 P:1 R: 4 1.7630 .7325 .8237 1.7177 1.00 84.10 5 P:1 R: 5 1.8685 .6993 .6666 1.6617 1.00 78.72 6 P:1 R: 6 1.8751 .7637 .9156 1.9279 1.00 94.70 7 P:1 R: 7 1.5971 .8066 .6573 1.1242 1.00 86.81 8 P:1 R: 8 2.1105 .5871 .9803 2.6455 1.00 84.48 9 P:1 R: 9 1.9229 .7754 1.0304 2.1375 1.00 87.58 10 P:1 R:10 1.7063 .6965 .5204 1.2541 1.00 95.18 11 P:1 R:11 1.4202 .5859 -.1682 .0767 1.00 66.10 12 P:1 R:12 1.5327 .4938 -.1415 .4280 1.00 85.33 13 P:1 R:13 1.4538 .6975 .3979 .7717 1.00 70.01 14 P:1 R:14 1.6427 .5914 -.0724 .4704 1.00 83.06 15 P:1 R:15 1.3042 .3512 -.8602 -.6667 1.00 85.07 16 P:1 R:16 1.9559 .6034 .4422 1.6032 1.00 87.70 17 P:1 R:17 1.0012 .5984 -.5074 -.9552 1.00 88.14 18 P:1 R:18 1.4818 .5728 -.3111 -.0475 1.00 73.75 19 P:1 R:19 1.2210 .5482 -.7535 -.9839 1.00 57.92 20 P:1 R:20 1.0946 .5793 -.7407 -1.1708 1.00 77.39 21 P:1 R:21 .5463 .5590 -.9644 -2.1089 1.00 49.56 22 P:1 R:22 1.1883 .6657 -.1203 -.2730 1.00 43.66 23 P:1 R:23 .7294 .5755 -.4983 -1.2096 1.00 81.51 24 P:1 R:24 .6656 .6788 -.8727 -2.0643 1.00 82.76 25 P:1 R:25 1.2740 .5625 -.4166 -.4301 1.00 61.49 26 P:1 R:26 .3755 .5789 -1.0301 -2.4463 1.00 66.97 27 P:1 R:27 1.2228 .5660 -.5120 -.6433 1.00 77.54 28 P:1 R:28 1.4743 .6541 -.0334 .2136 1.00 90.63 29 P:1 R:29 1.0651 .6138 -.0437 -.1949 1.00 60.87 30 P:1 R:30 1.4179 .7409 .3747 .6095 1.00 69.41 31 P:1 R:31 1.7450 .4735 -.3561 .3809 1.00 90.85 32 P:1 R:32 1.6787 .7349 .5139 1.1371 1.00 78.66 33 P:1 R:33 1.6078 .2310 -1.1683 -.5576 1.00 83.30 34 P:1 R:34 1.5616 .2151 -1.0713 -.4297 1.00 76.81 35 P:1 R:35 1.6894 .2048 -1.3172 -.6423 1.00 88.44 36 P:1 R:36 1.3046 .2176 -1.4929 -1.3825 1.00 86.18 37 P:1 R:37 1.6681 .1882 -1.4003 -.7629 1.00 76.60 38 P:1 R:38 1.7955 .2017 -1.2885 -.4697 1.00 81.59 39 P:1 R:39 1.6677 .2050 -1.2590 -.5778 1.00 83.96 40 P:2 R: 1 .8587 -1.0641 1.4168 .0622 1.00 73.78 41 P:2 R: 2 .6085 -.7079 1.3020 -.8571 1.00 69.48 42 P:2 R: 3 .1653 -.4414 .4230 -.7530 1.00 35.58 43 P:2 R: 4 .5313 -.7272 1.0219 -.5644 1.00 66.95 44 P:2 R: 5 .6340 -.8796 1.0018 -.5641 1.00 55.14 45 P:2 R: 6 .6655 -.8037 1.2945 -.6261 1.00 84.37 46 P:2 R: 7 .5013 -.5792 1.1978 -1.2159 1.00 56.01 47 P:2 R: 8 .6545 -1.0798 .7182 .5010 1.00 58.35 48 P:2 R: 9 .7017 -.8187 1.3954 -.5469 1.00 73.82 49 P:2 R:10 .4998 -.7572 .8116 -.7397 1.00 69.63 50 P:2 R:11 .2282 -.6819 .0112 -.9758 1.00 -25.39 51 P:2 R:12 .2138 -.8175 -.3004 -.3979 1.00 45.36 52 P:2 R:13 .2722 -.5397 .5315 -.9115 1.00 50.76 53 P:2 R:14 .4404 -.8741 .2904 -.8777 1.00 36.74 54 P:2 R:15 -.0341 -.8169 -1.1834 -.4822 1.00 30.83 55 P:2 R:16 .6508 -1.0523 .6668 -.2833 1.00 29.57 56 P:2 R:17 -.1014 -.3497 -.3888 -1.4965 1.00 55.91 57 P:2 R:18 .3094 -.7809 .0351 -1.0778 1.00 49.72 58 P:2 R:19 .1180 -.6410 -.3472 -1.5049 1.00 44.20 59 P:2 R:20 .0266 -.5036 -.3481 -1.6762 1.00 26.31 60 P:2 R:21 -.5084 -.0290 -1.0691 -1.8632 1.00 45.83 61 P:2 R:22 .0851 -.4160 .1164 -1.3925 1.00 43.79 62 P:2 R:23 -.4136 -.0901 -.8196 -1.3618 1.00 69.52 63 P:2 R:24 -.2480 -.0816 -.3629 -2.4443 1.00 79.22 64 P:2 R:25 .1083 -.6069 -.2486 -1.1599 1.00 9.68 65 P:2 R:26 -.6408 .1290 -1.1681 -2.0703 1.00 61.21 66 P:2 R:27 .0839 -.5786 -.2831 -1.3030 1.00 9.77 67 P:2 R:28 .3419 -.6784 .3893 -1.2030 1.00 15.61 68 P:2 R:29 -.1299 -.2954 -.2848 -.9964 1.00 25.50 69 P:2 R:30 .2992 -.4951 .6993 -1.1964 1.00 -16.18 70 P:2 R:31 .4578 -1.0835 -.1270 -.5420 1.00 38.25 71 P:2 R:32 .5245 -.7184 .9641 -.9743 1.00 40.74 72 P:2 R:33 .1929 -1.2293 -1.3727 -.1557 1.00 81.63 73 P:2 R:34 .1002 -1.1665 -1.5129 .0587 1.00 60.19 74 P:2 R:35 .2784 -1.3538 -1.3879 -.1874 1.00 80.02 75 P:2 R:36 -.0561 -1.0159 -1.7624 -.5009 1.00 54.73 76 P:2 R:37 .2550 -1.3588 -1.4842 -.1966 1.00 59.21 77 P:2 R:38 .3762 -1.4516 -1.2806 -.1287 1.00 56.36 78 P:2 R:39 .2420 -1.3186 -1.4182 -.1156 1.00 60.29 79 P:3 R: 1 -.4052 -1.9453 1.8780 .1961 1.00 82.95 80 P:3 R: 2 -.4424 -1.2431 1.3429 -.0185 1.00 6.23 81 P:3 R: 3 -.7123 -.8562 .1795 -.1273 1.00 78.91 82 P:3 R: 4 -.5226 -1.3146 1.0912 .0271 1.00 89.66 83 P:3 R: 5 -.4715 -1.4501 1.1977 .2895 1.00 38.33 84 P:3 R: 6 -.4375 -1.4177 1.4433 .0612 1.00 85.31 85 P:3 R: 7 -.4642 -.9661 1.0784 -.0600 1.00 69.04 86 P:3 R: 8 -.5812 -1.9826 1.1878 .3608 1.00 89.09 87 P:3 R: 9 -.4232 -1.4827 1.5748 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