MACROALGAE FORSMARK - 1 TO 9 SCALE data Snoeijs & Prentice (1989) CCA Canonical axes: 4 Covariables: 0 Scaling: -1 No transformation Spec: Species scores (Hill's scaling) N NAME AX1 AX2 AX3 AX4 WEIGHT N2 EIG .2576 .1766 .1343 .0888 1 ANAB VAR -2.9594 -1.9139 2.0901 -.6524 11.00 7.12 2 CALO SCO -1.2430 1.4112 .5331 .2825 209.00 75.97 3 CALO SP. -1.1226 -3.7381 -.3941 .6703 6.00 3.00 4 CHAM SP1 .0010 4.4248 -1.1001 -1.9970 1.00 1.00 5 CHAM SP2 -2.4595 .3143 5.9634 4.9357 1.00 1.00 6 CHRO DIM -1.9328 -1.7560 3.0074 -.8454 18.00 14.73 7 GLOE CRE -1.2982 1.4372 .7203 .0014 158.00 68.21 8 GOMP APO -4.9306 -3.5335 4.2065 .7347 2.00 2.00 9 GOMP LAC -3.9460 .1934 2.7724 -.8174 3.00 3.00 10 LYNG AES -1.6542 -.6086 2.5397 1.2129 92.00 47.55 11 LYNG MAJ -2.8799 -.8839 2.0676 -1.0815 22.00 14.24 12 LYNG K@T -.2355 -.4623 -.7431 .2184 132.00 80.67 13 LYNG SEM -1.4928 -3.8364 -6.0632 1.6428 1.00 1.00 14 MERI PUN -2.4733 -2.2132 2.7093 2.5681 2.00 2.00 15 MICR CHT -3.4776 -.6748 3.0682 1.0581 14.00 9.80 16 MICR REI -1.8688 -2.6817 3.7896 -.9006 14.00 9.80 17 NODU SPU -1.2975 .0390 -.2904 -3.1551 7.00 7.00 18 OSCI SP1 -4.2398 1.2728 5.1837 1.1339 1.00 1.00 19 OSCI SP2 -3.1341 1.5682 -.1372 .7485 1.00 1.00 20 OSCI SP3 1.7594 -3.6542 2.8469 -2.7042 1.00 1.00 21 PHOR AMB -2.7608 -.5094 2.1887 1.1676 64.00 21.79 22 PHOR AUT -1.3092 2.9917 .0905 -1.4723 47.00 13.89 23 PHOR COR -1.2891 .7328 .3873 -.8059 52.00 37.56 24 PHOR FRA -1.3514 1.4830 .6764 .0673 159.00 67.42 25 PHOR TEN -1.3968 -.3916 -.8603 -1.8296 53.00 33.84 26 PSEU SP. -.6578 4.4382 1.7365 .0019 1.00 1.00 27 RIVU ATR -.0613 -1.3140 .6707 .0779 186.00 58.24 28 SCHI VAG -.9448 -2.3776 3.5169 -1.4596 12.00 4.50 29 TOLY DIS -.1196 -.1705 1.7319 .4190 30.00 21.43 30 ASTE ORN -1.8608 -2.4538 -.6781 -.5742 52.00 33.80 31 AGLA ROS 2.5176 2.5819 -1.4813 -1.4798 1.00 1.00 32 CERA TEN 1.4308 -.8348 -.1597 -.4949 316.00 68.58 33 HILD RUB .6540 -2.3931 5.6513 1.7202 9.00 2.79 34 POLY NIG -.3297 -2.1070 .7672 -2.0581 10.00 4.17 35 POLY VIO .3996 .8407 -.1386 -.5751 97.00 34.98 36 RHOD PUR .6115 3.2258 -.5464 .3118 14.00 7.00 37 CHRY HIE -2.5063 -3.3442 .5529 -.3537 1.00 1.00 38 CHOR FIL -.4408 -2.3116 -2.4884 -4.1370 10.00 3.85 39 ECTO SIL -.7971 1.0621 -2.0347 .0076 52.00 23.31 40 PILA LIT 2.1864 -.3688 .5986 -.2061 235.00 58.81 41 PORT FLU -.9746 -.0218 -1.5273 1.3004 37.00 17.33 42 LITH SUB 3.1049 -.3026 1.1615 -2.8185 58.00 20.02 43 SPHA ARC .2661 3.1747 -.5361 -1.6737 12.00 12.00 44 SPHA RAD .4824 1.6340 -.1959 -1.3159 45.00 29.35 45 STIC TOR .6796 -2.0211 -1.2126 -1.1924 3.00 3.00 46 STRE OLI -2.7899 -.7975 .4825 .2942 1.00 1.00 47 ACHN BRE -.1288 .6363 1.1380 1.3417 46.00 17.63 48 BACI PAX -.4281 .5470 .0694 -1.9363 32.00 11.13 49 AMPH RUT 2.0302 -.0238 .6009 .2592 284.00 63.71 50 BREB BOE 1.5132 .9015 -.4949 3.8745 77.00 26.12 51 COCC PED -1.0465 -.7533 -2.0010 -.0757 104.00 49.61 52 CYMB CAE -.8742 -.9785 -3.5644 2.8569 5.00 2.78 53 CYMB LAC 2.7990 -.7301 .0924 8.5918 30.00 6.82 54 DIAT SPP 1.5678 -.5804 .8798 -2.1086 72.00 22.74 55 EPIT SPP -.6965 -.5593 2.5582 -.5145 37.00 17.33 56 GOMP OLI 1.9878 -1.1291 -.8823 -.1909 145.00 37.34 57 LICM DEB -.5102 1.0046 -3.1682 -.1553 3.00 1.80 58 MAST SPP -1.9188 -2.0707 -1.0998 -.0077 39.00 10.35 59 MELO SPP .7750 .9829 .7016 .1114 392.00 94.39 60 NAVI LAN 1.1951 1.9315 .0692 .5024 14.00 2.97 61 NITZ FIL -.2199 3.5230 .2632 -.5050 119.00 30.85 62 RHOI ABB -.3683 -.3788 -1.8833 .5791 159.00 58.93 63 SYNE TAB .2926 .3084 -.6119 -.9099 249.00 90.25 64 APHA REP -1.1740 1.1246 .5381 .5000 9.00 3.86 65 BULB SP. -.6392 .7177 .1118 2.2975 4.00 2.67 66 CAPS FUL -1.1404 -1.3938 -1.5850 1.2734 116.00 34.33 67 CHAE BOT .3120 -4.4477 1.7154 -1.9088 1.00 1.00 68 CHLO DER .1438 3.7448 -.4553 -1.1151 5.00 5.00 69 CLAD AEG 1.0881 -2.3456 -1.9775 .4035 3.00 3.00 70 CLAD FRA -1.7744 -2.1192 .9714 -.9075 127.00 33.81 71 CLAD GLO .1004 .1646 -.3338 .1495 1027.00 149.42 72 CLAD RUP -1.5349 2.3503 -2.2548 -5.6525 5.00 2.27 73 ENTE AHL -.2072 1.0682 -.6686 .0333 608.00 109.63 74 ENTE CLA -1.1911 -2.9575 -6.0860 1.4215 20.00 4.76 75 ENTE FLE -1.4563 -.3091 -1.2830 .2694 226.00 50.17 76 ENTE C+I .2533 -.4689 -.6359 .6471 430.00 104.46 77 ENTE PRO 1.7989 -2.3988 3.3232 2.9081 36.00 11.37 78 MOUG SP. -1.7517 -1.3647 1.1337 -3.6500 3.00 3.00 79 OEDO SPP -1.2762 -1.1294 .8673 .1805 88.00 52.32 80 PERC PER -1.7627 -2.4835 .5959 .0753 9.00 9.00 81 RHIZ R+I -.7288 -.3683 1.2777 .5728 310.00 92.76 82 SPIR SPP -.9899 -1.1797 .1910 -1.6463 89.00 42.82 83 STIG TEN -.9023 -.0226 -2.1035 -5.3537 8.00 6.40 84 ULOT PSE 1.4927 -.5424 .8674 -.9649 51.00 32.11 85 ULOT SUB .6581 -.1213 .7394 -.9654 237.00 80.59 86 ULOT ZON .3537 -2.1071 -1.2845 -1.7463 94.00 38.42 87 UROS PEN 3.1411 .5210 2.4813 -1.7618 4.00 2.67 88 ZYGN SP. -2.2289 -2.9773 -.5785 .7500 6.00 4.50 MACROALGAE FORSMARK - 1 TO 9 SCALE data Snoeijs & Prentice (1989) CCA Canonical axes: 4 Covariables: 0 Scaling: -1 No transformation Samp: Sample scores (Hill's scaling) N NAME AX1 AX2 AX3 AX4 WEIGHT N2 EIG .2576 .1766 .1343 .0888 1 A 840228 1.1806 -.3468 .1013 -.3718 45.00 9.78 2 A 840320 1.2418 -.4486 .2185 -.2700 48.00 10.11 3 A 840410 1.1590 -.3558 .1452 -.2343 51.00 11.46 4 A 840502 .7300 -.3318 .1702 -.4109 48.00 13.71 5 A 840523 .7838 -.2897 .1816 -.3369 42.00 10.38 6 A 840612 -.1045 -.5424 -.3648 .0238 35.00 8.22 7 A 840703 -.2467 -.2113 .0958 -.3530 41.00 14.88 8 A 840724 -.3457 .1289 -.3235 .0546 47.00 13.89 9 A 840814 -.2967 -.2846 -.3376 -.1172 52.00 13.13 10 A 840906 -.0972 -.0478 -.6090 -.0762 46.00 11.50 11 A 840926 -.5697 .4633 -.0004 -.1268 36.00 10.13 12 A 841016 -.2356 .5035 -.1825 -.2732 35.00 9.50 13 A 841106 -.3147 1.3178 .2812 -.3954 33.00 8.57 14 A 841127 -.0896 .5068 .1789 -.0398 42.00 10.02 15 A 841218 -.1627 .5380 -.0912 -.0064 42.00 11.16 16 A 850107 -.0157 .5518 -.0074 .0930 53.00 14.26 17 A 850206 .5776 .2570 -.3565 .0789 39.00 9.11 18 A 850307 .8698 -.0480 -.2310 .1350 61.00 12.28 19 B 840410 .5180 -.4027 -.4527 -.1624 29.00 7.44 20 B 840502 .6012 -.7093 -.3596 -.4862 26.00 5.54 21 B 840523 .6772 -.8718 -.4903 -.4413 32.00 5.17 22 B 840612 -.2196 -.2240 -.7073 .0969 24.00 5.65 23 B 840703 -.3005 -.6284 -.7683 -.1037 32.00 11.38 24 B 840724 -.2298 -.4326 -.8106 -.1182 29.00 7.44 25 B 840814 -.3555 -.5109 -.5538 .0701 48.00 12.39 26 B 840906 -.2041 -.5030 -.6164 -.0326 61.00 14.48 27 B 840926 -.0576 .1804 -.7942 .1095 34.00 11.33 28 B 841016 -.1644 .2696 -.5683 .0666 16.00 5.33 29 B 841106 .6748 -.1421 -.2403 .1143 37.00 10.95 30 B 841127 .0985 .0220 -.2300 .1120 59.00 13.44 31 B 841218 .2975 .0303 -.5261 .3363 43.00 12.41 32 C 840228 .3778 .4469 -.0741 .1767 40.00 9.52 33 C 840320 .5559 .4334 -.0452 .1943 47.00 9.91 34 C 840410 .1710 .1976 .3928 .0405 48.00 11.64 35 C 840502 .4771 .5644 .1553 -.2825 34.00 9.63 36 C 840523 .3619 -.1004 .2288 -.2816 42.00 11.31 37 C 840612 -.1313 -.1409 -.3764 -.0197 31.00 8.36 38 C 840703 -.5456 .0891 .1341 .0675 44.00 14.03 39 C 840724 -.4884 -.4195 -.3132 .0713 37.00 10.14 40 C 840814 -.7147 -.3874 -.1792 .0900 50.00 13.02 41 C 840906 -.5652 -.1424 .0597 .0342 38.00 11.28 42 C 840926 -.6845 .7005 -.2373 -.1076 43.00 9.99 43 C 841016 -.6013 .9856 -.2095 -.1400 52.00 10.82 44 C 841106 -.0935 1.2701 .1453 -.0698 39.00 9.94 45 C 841127 -.3462 1.0361 .1211 -.0585 45.00 9.42 46 C 841218 -.4821 1.4404 .0568 -.0313 39.00 7.49 47 C 850107 -.2590 .9582 .1617 .0286 54.00 10.72 48 C 850206 -.0760 .6689 .0823 .0600 36.00 7.90 49 C 850307 .3700 .4431 -.1332 .2945 47.00 9.73 50 D 840228 1.0506 -.2757 .4156 1.3448 62.00 12.48 51 D 840320 .9775 -.2696 .3668 1.0726 62.00 14.34 52 D 840410 .9618 -.1787 .1109 1.1879 52.00 11.56 53 D 840502 .8789 -.3008 .4065 .0956 51.00 10.79 54 D 840523 .5565 -.3775 .3610 .2040 43.00 11.34 55 D 840612 -.0035 .0526 -.2498 .3123 8.00 2.91 56 D 840703 -.0898 -.1347 -.4028 .1462 25.00 7.02 57 D 840724 -.6620 -.2179 -.8695 .1732 20.00 4.88 58 D 840814 -.3694 -.4567 -.3896 .6858 54.00 13.89 59 D 840906 -.5078 -.1567 -.4909 .2500 45.00 12.42 60 D 840926 -.3302 .0757 -.4061 .0574 47.00 13.23 61 D 841016 -.0022 .4528 -.2046 .2048 52.00 13.80 62 D 841106 -.0629 .1395 -.1693 .4896 39.00 11.44 63 D 841127 .3577 .2859 -.0819 1.0179 43.00 10.57 64 D 841218 .3045 .6549 .0974 .4420 36.00 8.42 65 D 850107 .1324 -.0217 -.3024 .9000 39.00 8.69 66 D 850206 .8597 .0446 -.0486 1.0318 39.00 8.59 67 D 850307 .9059 -.0995 -.1936 1.0068 46.00 12.75 68 E 840228 .7113 .0861 .2330 -.2655 46.00 9.89 69 E 840320 .8641 .3439 .2281 .0576 56.00 11.70 70 E 840410 1.0276 .0461 .1811 -.3647 42.00 9.28 71 E 840502 .6829 -.2137 .3625 -.7267 43.00 11.21 72 E 840523 .0798 -.4306 .3929 -.3374 35.00 8.81 73 E 840612 -.1091 -.2435 -.2282 -.1788 35.00 8.57 74 E 840703 -.3184 .7897 .0661 -.1012 34.00 9.03 75 E 840724 -.4511 .2788 .1034 -.2136 43.00 10.33 76 E 840814 -.3837 -.4570 -.2873 -.1513 33.00 7.95 77 E 840906 -.5257 -.0476 -.0412 -.1398 41.00 10.99 78 E 840926 -.6237 .6220 .0510 .0945 46.00 9.98 79 E 841016 -.4717 1.2861 .1429 -.2713 53.00 10.76 80 E 841106 -.1403 .8599 .1551 -.3787 46.00 11.50 81 E 841127 -.2242 1.1263 .2164 .0486 40.00 8.00 82 E 841218 -.0087 1.0817 .1677 -.0501 32.00 6.92 83 E 850107 .0500 .3367 .2784 .1154 35.00 7.90 84 E 850206 .2477 .3078 .1650 .0690 39.00 8.59 85 E 850307 .5782 .2266 .0709 -.0116 32.00 6.40 86 F 840228 1.0355 -.0783 .1405 -.5365 37.00 7.91 87 F 840320 1.0627 -.1176 .2108 -.1085 45.00 8.92 88 F 840410 1.1273 .0084 .1036 -.5103 45.00 9.69 89 F 840502 .9260 .1258 .2220 -.5151 44.00 9.13 90 F 840523 .3668 -.0897 -.3477 -.5284 32.00 9.66 91 F 840612 .0296 .1494 -.3306 -.4438 40.00 10.39 92 F 840703 -.1807 -.0141 -.1918 -.6114 42.00 16.04 93 F 840724 -.2342 -.0447 -.6075 -.6178 27.00 9.47 94 F 840814 -.3696 -.3037 -.3726 -.3936 40.00 10.13 95 F 840906 -.8034 .6489 -.5921 -1.0936 38.00 14.16 96 F 840926 -.5177 .6346 -.2697 -.4021 40.00 10.26 97 F 841016 -.2492 .7426 -.3213 -.1012 45.00 11.57 98 F 841106 -.3247 .9145 -.2114 -.1846 27.00 11.57 99 F 841127 -.4219 .6367 .0409 -.0299 45.00 10.95 100 F 841218 -.2405 .7821 .0353 .0220 46.00 13.39 101 F 850107 -.0381 1.0989 -.2878 -.2656 46.00 11.50 102 F 850206 .1226 .8480 -.1317 .0240 58.00 14.38 103 F 850307 .5830 .8893 -.0542 -.0660 39.00 8.22 104 G 840228 1.2614 -.4168 .0180 -.3091 42.00 8.40 105 G 840320 1.4155 -.4720 .2278 -.3656 40.00 8.89 106 G 840410 1.5016 -.3690 .2496 -.3271 40.00 8.25 107 G 840502 1.1063 -.4289 .3418 -.5120 40.00 9.88 108 G 840523 .9735 -.4728 .3009 -.2141 32.00 9.14 109 G 840612 .8765 -.3482 .2658 -.4689 12.00 6.00 110 G 840703 -.2881 -.0738 .5680 -.3147 27.00 10.57 111 G 840724 -.2313 -.4680 -.8787 -.3962 24.00 9.29 112 G 840814 -.1655 -.3228 -.1673 -.6943 39.00 16.35 113 G 840906 -.1029 -.1298 -.0163 -.7434 54.00 18.00 114 G 840926 -.2021 -.0793 .2892 -.6257 33.00 15.78 115 G 841016 .2633 .4362 .3109 -.3831 44.00 14.24 116 G 841106 .6059 .1300 .1068 -.3996 42.00 12.25 117 G 841127 .2724 .0766 .0113 -.0279 61.00 15.83 118 G 841218 .1909 .7057 .3163 -.1767 31.00 13.93 119 G 850107 .4469 .2948 .0678 -.1588 48.00 14.22 120 G 850206 .4925 .2426 -.1382 .0535 40.00 9.52 121 G 850307 1.0417 -.0574 .1858 -.4675 54.00 12.68 122 H 840410 .8155 -.2460 -.1344 .0223 33.00 6.22 123 H 840502 .4781 -.2529 -.1790 -.2041 42.00 13.16 124 H 840523 .3238 -.4296 -.4437 -.1386 42.00 9.91 125 H 840612 -.0100 -.7028 -.9439 .2802 47.00 10.57 126 H 840703 -.5433 -.6765 -.9229 .2680 49.00 13.41 127 H 840724 -.5093 -.5937 -1.0229 .1884 60.00 16.36 128 H 840814 -.2913 -.4628 -1.0033 .1692 67.00 16.44 129 H 840906 -.3165 -.2457 -.9131 -.1082 48.00 11.18 130 H 840926 -.6241 -.0515 -.3913 -.0029 45.00 14.16 131 H 841016 .0234 .1048 -.6765 .2649 47.00 12.77 132 H 841106 .1381 .1377 -.5056 .3663 48.00 11.88 133 H 841127 .1559 .0142 -.5077 .3217 54.00 12.46 134 H 841218 .0913 .2923 -.5136 .0767 28.00 6.43 135 I 840228 -.2127 -.7097 .7985 .2410 62.00 15.13 136 I 840320 .3422 -.6143 .8498 .2911 68.00 16.17 137 I 840410 -.1056 -.3346 .8263 .1807 44.00 13.63 138 I 840502 .1537 -.3284 .6079 .0526 63.00 15.56 139 I 840523 -.8794 -.4412 .5922 -.0602 63.00 16.75 140 I 840612 -.8050 -.7707 .3345 .1460 52.00 11.96 141 I 840703 -1.1714 -.3687 .8484 -.0404 36.00 14.73 142 I 840724 -1.2240 -.5878 .7516 -.0301 63.00 25.28 143 I 840814 -1.3456 -.5627 .8914 .0133 75.00 19.74 144 I 840906 -1.2330 -.7012 1.0910 -.2934 48.00 17.19 145 I 840926 -1.7352 -.2826 1.3688 .4642 27.00 9.99 146 I 841016 -1.3084 -.1889 .7299 .2248 42.00 18.00 147 I 841106 -.2704 .3373 .8836 -.1159 34.00 9.63 148 I 841127 -1.3324 .8410 .7570 -.1623 16.00 7.11 149 I 841218 -1.1854 .2878 1.3116 .5890 8.00 4.57 150 I 850107 -.7064 .3263 .8552 .2612 34.00 11.80 151 I 850206 -1.0429 .3889 .9982 .4952 28.00 9.12 152 I 850307 -.1773 .0383 .8515 .3290 37.00 10.29 153 J 840502 .1289 -.7535 .7051 -.0821 58.00 17.89 154 J 840523 -.1658 -.8144 .2593 -.1980 67.00 20.31 155 J 840612 -.4216 -.4644 -.0979 .0897 40.00 15.69 156 J 840703 -1.0446 -.6670 .2273 -.0964 44.00 16.13 157 J 840724 -.4800 -.8165 -.3705 -.1476 50.00 12.50 158 J 840814 -.5062 -.8084 -.0449 -.0413 73.00 18.44 159 J 840906 -.2486 -.4399 -.0499 -.1893 44.00 12.10 160 J 840926 -.1249 .0491 -.1847 .1583 32.00 11.91 161 J 841016 -.1683 -.0235 -.3817 -.0405 38.00 12.67 162 J 841106 -.2645 -.1546 .1824 .2669 22.00 10.08 163 J 841127 -.4680 .0379 .1570 .2524 8.00 5.33 164 K 840228 .3287 -.0726 .1824 .1967 54.00 12.46 165 K 840320 .8279 .0453 .4430 -.4074 36.00 8.88 166 K 840410 .6553 -.0173 .1631 .2072 37.00 10.29 167 K 840502 .2839 -.3005 .2247 -.3571 42.00 13.16 168 K 840523 -.4480 -.2936 -.0971 .0472 17.00 7.41 169 K 840612 -.4200 -.2736 -.2330 .0831 43.00 12.08 170 K 840703 -.7195 -.1267 -.3338 .0771 40.00 9.52 171 K 840724 -.4267 -.5382 .0984 -.0551 47.00 13.39 172 K 840814 -.6939 -.7044 -.0764 -.0033 56.00 14.00 173 K 840906 -.7489 -.1913 -.2657 .0254 48.00 17.45 174 K 840926 -.8073 .2880 -.0496 .2473 49.00 12.70 175 K 841016 -.4144 .3018 -.1623 .3001 48.00 14.05 176 K 841106 -.2037 .2475 .3874 .1480 27.00 10.27 177 K 841127 -.3230 .7791 .1157 .2183 34.00 7.05 178 K 841218 -.3832 .7111 -.0217 .1779 35.00 8.45 179 K 850107 -.3004 .3869 .0069 .3068 38.00 8.30 180 K 850206 -.1959 .3765 .1992 .4123 33.00 8.07 181 K 850307 .1965 .2095 -.0577 .4111 41.00 9.95 MACROALGAE FORSMARK - 1 TO 9 SCALE data Snoeijs & Prentice (1989) CCA Canonical axes: 4 Covariables: 0 Scaling: -1 No transformation Tol : Species tolerance (root mean squared deviation for species) N NAME AX1 AX2 AX3 AX4 RMSTOL N2 FR FITTED .0725 .0497 .0378 .0250 1 ANAB VAR 2.2634 1.5940 1.8570 .6217 169.55 7.12 2 CALO SCO 1.0185 1.2681 .5954 .3805 88.67 75.97 3 CALO SP. .9483 3.0791 .7064 .6324 167.92 3.00 4 CHAM SP1 .0007 3.6432 .9524 1.8196 209.11 1.00 5 CHAM SP2 1.8259 .2588 5.1627 4.4974 354.54 1.00 6 CHRO DIM 1.5532 1.4946 2.6443 .7848 175.03 14.73 7 GLOE CRE 1.0628 1.2897 .7179 .2671 91.92 68.21 8 GOMP APO 3.6604 2.9099 3.6420 .6698 298.24 2.00 9 GOMP LAC 2.9401 .3455 2.4336 .7570 195.31 3.00 10 LYNG AES 1.3844 .6420 2.2469 1.1426 147.33 47.55 11 LYNG MAJ 2.2036 .8489 1.8376 1.0169 158.01 14.24 12 LYNG K@T .4881 .5997 .7596 .3300 56.65 80.67 13 LYNG SEM 1.1083 3.1588 5.2490 1.4969 320.15 1.00 14 MERI PUN 1.8361 1.8762 2.3858 2.3495 212.74 2.00 15 MICR CHT 2.6201 .6731 2.6940 .9800 197.08 9.80 16 MICR REI 1.6096 2.2277 3.2959 .8551 218.79 9.80 17 NODU SPU 1.0806 .4195 .4498 2.8806 156.88 7.00 18 OSCI SP1 3.1475 1.0480 4.4876 1.0332 283.77 1.00 19 OSCI SP2 2.3267 1.2913 .1188 .6820 137.48 1.00 20 OSCI SP3 1.3061 3.0087 2.4646 2.4640 239.29 1.00 21 PHOR AMB 2.1226 .6229 1.9536 1.0852 157.22 21.79 22 PHOR AUT 1.0345 2.4814 .3958 1.3690 152.14 13.89 23 PHOR COR 1.1011 .7720 .5503 .7770 82.38 37.56 24 PHOR FRA 1.0998 1.3209 .6866 .2670 93.50 67.42 25 PHOR TEN 1.0920 .4746 .8594 1.6897 111.93 33.84 26 PSEU SP. .4883 3.6543 1.5033 .0018 199.07 1.00 27 RIVU ATR .6028 1.1615 .7625 .2780 76.99 58.24 28 SCHI VAG .8980 1.9849 3.0687 1.3366 199.68 4.50 29 TOLY DIS .5325 .5150 1.5897 .4498 90.53 21.43 30 ASTE ORN 1.4480 2.0402 .7098 .5503 132.91 33.80 31 AGLA ROS 1.8690 2.1258 1.2823 1.3484 169.37 1.00 32 CERA TEN 1.2154 .7904 .3939 .5320 79.69 68.58 33 HILD RUB .8027 1.9752 4.9063 1.5739 278.81 2.79 34 POLY NIG .4645 1.8327 .6927 1.8756 137.59 4.17 35 POLY VIO .6169 .8273 .2491 .5931 60.80 34.98 36 RHOD PUR .5949 2.6623 .5375 .4046 140.49 7.00 37 CHRY HIE 1.8606 2.7535 .4786 .3222 168.65 1.00 38 CHOR FIL .3690 1.9060 2.1778 3.7766 238.61 3.85 39 ECTO SIL .6677 1.0305 1.7947 .2004 109.19 23.31 40 PILA LIT 1.6998 .5002 .5861 .4313 95.77 58.81 41 PORT FLU .8724 .4300 1.3801 1.2263 104.34 17.33 42 LITH SUB 2.3375 .3213 1.0173 2.5739 181.85 20.02 43 SPHA ARC .4143 2.6385 .4805 1.5382 155.96 12.00 44 SPHA RAD .5009 1.4369 .3006 1.2303 98.99 29.35 45 STIC TOR .8476 1.6880 1.0630 1.0881 121.26 3.00 46 STRE OLI 2.0711 .6566 .4177 .2681 111.43 1.00 47 ACHN BRE .6887 .7164 1.0353 1.2487 95.11 17.63 48 BACI PAX .4536 .5740 .3734 1.8085 99.32 11.13 49 AMPH RUT 1.5768 .3204 .6047 .4784 89.21 63.71 50 BREB BOE 1.2040 .7817 .5035 3.5501 193.12 26.12 51 COCC PED .8698 .7288 1.7714 .2600 105.98 49.61 52 CYMB CAE .6497 .8741 3.0931 2.6220 209.93 2.78 53 CYMB LAC 2.1288 .6692 .1422 7.8292 407.11 6.82 54 DIAT SPP 1.3151 .5820 .8124 1.9385 127.34 22.74 55 EPIT SPP .8112 .6787 2.2639 .5125 127.54 17.33 56 GOMP OLI 1.5632 .9925 .8467 .3639 103.42 37.34 57 LICM DEB .4570 .8952 2.7491 .1437 146.53 1.80 58 MAST SPP 1.5117 1.7439 1.0648 .1360 127.27 10.35 59 MELO SPP .7737 .9042 .6741 .3560 70.66 94.39 60 NAVI LAN 1.0126 1.6309 .3222 .4740 100.17 2.97 61 NITZ FIL .4033 2.9167 .3014 .4997 150.09 30.85 62 RHOI ABB .5693 .4939 1.6737 .6044 96.63 58.93 63 SYNE TAB .6177 .4690 .6183 .8788 66.26 90.25 64 APHA REP .9413 .9540 .6025 .4881 77.42 3.86 65 BULB SP. .5563 .7241 .1090 2.1037 114.80 2.67 66 CAPS FUL .9323 1.2231 1.4412 1.1889 120.99 34.33 67 CHAE BOT .2316 3.6621 1.4851 1.7393 216.19 1.00 68 CHLO DER .2853 3.0942 .4141 1.0231 164.88 5.00 69 CLAD AEG .8833 1.9720 1.7774 .3989 141.31 3.00 70 CLAD FRA 1.3965 1.7701 .9539 .8456 129.51 33.81 71 CLAD GLO .5355 .4793 .4683 .3396 46.13 149.42 72 CLAD RUP 1.1431 1.9529 1.9528 5.1513 297.78 2.27 73 ENTE AHL .4588 .9954 .6758 .2954 66.05 109.63 74 ENTE CLA .8960 2.4400 5.2698 1.2964 300.86 4.76 75 ENTE FLE 1.1455 .5620 1.1583 .4290 88.80 50.17 76 ENTE C+I .6037 .5812 .6657 .6681 63.08 104.46 77 ENTE PRO 1.4294 1.9832 2.9073 2.6728 232.23 11.37 78 MOUG SP. 1.4185 1.1595 1.0153 3.3368 196.99 3.00 79 OEDO SPP 1.0881 1.0028 .8882 .2974 87.57 52.32 80 PERC PER 1.3794 2.0981 .6356 .2843 130.29 9.00 81 RHIZ R+I .7783 .5432 1.1977 .5926 81.95 92.76 82 SPIR SPP .9572 1.0307 .4239 1.5244 105.85 42.82 83 STIG TEN .7168 .2366 1.8268 4.8790 263.21 6.40 84 ULOT PSE 1.2639 .5602 .8190 .9771 94.03 32.11 85 ULOT SUB .7595 .4486 .7441 .9362 74.30 80.59 86 ULOT ZON .6011 1.7574 1.1880 1.6207 136.82 38.42 87 UROS PEN 2.3362 .4292 2.1486 1.6157 179.37 2.67 88 ZYGN SP. 1.6949 2.4742 .5912 .6970 156.76 4.50 MACROALGAE FORSMARK - 1 TO 9 SCALE data Snoeijs & Prentice (1989) CCA Canonical axes: 4 Covariables: 0 Scaling: -1 No transformation Het : Sample heterogeneity (root mean squared deviation for samples) N NAME AX1 AX2 AX3 AX4 RMSTOL N2 FR FITTED .0725 .0497 .0378 .0250 1 A 840228 .8835 .6902 .6148 .7506 74.13 9.78 2 A 840320 .9520 .6910 1.0080 .8919 89.38 10.11 3 A 840410 .9435 .6843 1.0075 .8255 87.39 11.46 4 A 840502 1.1612 .8817 .8681 .7822 93.42 13.71 5 A 840523 1.0719 .7483 .6833 .8564 85.28 10.38 6 A 840612 1.0313 .8452 .9156 .5581 85.55 8.22 7 A 840703 1.0036 1.1013 1.0670 .6825 97.78 14.88 8 A 840724 .9500 1.2347 1.0939 .8452 104.14 13.89 9 A 840814 .9336 .8501 1.0418 .7045 89.11 13.13 10 A 840906 .7753 .8406 .8461 .8501 82.86 11.50 11 A 840926 1.0125 .7583 .9635 .7422 87.74 10.13 12 A 841016 .8623 1.2700 .8968 .7224 95.95 9.50 13 A 841106 1.3731 1.6226 .6868 .6623 116.50 8.57 14 A 841127 .6437 1.2438 .9179 .4676 86.93 10.02 15 A 841218 .8031 1.0861 1.0913 .5817 91.57 11.16 16 A 850107 .7480 1.2329 .7761 .5993 87.20 14.26 17 A 850206 .8858 1.2624 .7222 1.0884 101.05 9.11 18 A 850307 .9154 .7532 .8266 1.0596 89.60 12.28 19 B 840410 .9506 .6225 .6387 .6247 72.27 7.44 20 B 840502 .8383 .8543 .7156 .8332 81.22 5.54 21 B 840523 1.1537 .8192 .6168 .6892 84.52 5.17 22 B 840612 .9479 .9600 .8403 .7012 86.86 5.65 23 B 840703 .7961 .9029 .7810 .8872 84.35 11.38 24 B 840724 .6843 .9517 .7469 .8124 80.49 7.44 25 B 840814 1.0114 .8235 .9607 .5217 85.09 12.39 26 B 840906 1.0029 .7230 .8584 .7028 83.06 14.48 27 B 840926 1.0781 .8889 .9552 1.0833 100.48 11.33 28 B 841016 .7576 .8716 .8462 .5123 76.03 5.33 29 B 841106 1.2909 .7995 .9508 1.1899 107.54 10.95 30 B 841127 1.1393 1.1473 .8472 .3652 93.08 13.44 31 B 841218 .9687 .7749 .8469 .9666 89.31 12.41 32 C 840228 .7096 1.0279 .6598 .9742 85.80 9.52 33 C 840320 .9255 .9258 .6632 1.2946 97.85 9.91 34 C 840410 1.0915 1.0561 .6388 .5193 86.38 11.64 35 C 840502 1.0732 1.1290 .6455 .6982 91.25 9.63 36 C 840523 1.1357 .8393 .7027 .7530 87.39 11.31 37 C 840612 .7284 .9920 .7280 .5586 76.76 8.36 38 C 840703 .8879 1.1428 1.1398 .5202 95.71 14.03 39 C 840724 .9748 1.0494 .9914 .5900 91.96 10.14 40 C 840814 .8076 1.0626 .9950 .6366 89.12 13.02 41 C 840906 1.0710 .9167 1.1930 .8522 101.70 11.28 42 C 840926 .8961 1.0826 .8224 .7242 89.10 9.99 43 C 841016 .6865 1.1989 .7451 .6428 84.81 10.82 44 C 841106 .8162 1.3073 .6029 .5455 87.12 9.94 45 C 841127 .8333 1.2237 .6777 .4989 85.15 9.42 46 C 841218 .7364 1.2764 .6021 .4582 82.82 7.49 47 C 850107 .7948 1.1822 .6060 .4078 80.04 10.72 48 C 850206 .7845 .9817 .5818 .4780 73.25 7.90 49 C 850307 .8857 1.1205 .8284 .8642 93.18 9.73 50 D 840228 1.1230 .8193 1.0544 2.7303 162.01 12.48 51 D 840320 1.1842 .7857 1.0612 2.7139 162.10 14.34 52 D 840410 1.1200 .7635 .9950 2.6523 157.02 11.56 53 D 840502 1.0359 .7768 1.0337 .9470 95.42 10.79 54 D 840523 1.1535 .9392 1.2893 1.1355 113.62 11.34 55 D 840612 .3266 .6834 .6077 .4175 52.85 2.91 56 D 840703 1.2674 .4673 1.0063 .5368 88.40 7.02 57 D 840724 .8355 .3639 1.0269 .5598 74.14 4.88 58 D 840814 1.1071 .8006 1.2433 1.7103 125.88 13.89 59 D 840906 .8057 .9372 1.0188 .8342 90.30 12.42 60 D 840926 .9071 .8112 .9879 .9987 92.93 13.23 61 D 841016 1.0319 1.1957 .7976 1.2126 107.25 13.80 62 D 841106 1.3369 1.0407 .9738 .9603 108.87 11.44 63 D 841127 1.2390 .8147 .6917 2.3219 142.02 10.57 64 D 841218 1.1549 .6673 .6430 1.1120 92.59 8.42 65 D 850107 1.3311 .8477 .8878 2.2696 145.17 8.69 66 D 850206 1.1725 .6097 .7456 2.1855 133.03 8.59 67 D 850307 1.2114 .6541 .8055 2.3688 142.79 12.75 68 E 840228 1.1311 .9637 .8614 1.1529 103.43 9.89 69 E 840320 1.0528 .9152 .7626 1.1806 99.01 11.70 70 E 840410 1.0538 .6240 .6523 1.3838 97.98 9.28 71 E 840502 1.3225 .8039 .7567 1.0628 101.21 11.21 72 E 840523 1.3461 1.0324 .8359 .8838 104.38 8.81 73 E 840612 1.0090 .8300 .9528 .7921 90.03 8.57 74 E 840703 .8306 1.2790 .7408 .5240 88.73 9.03 75 E 840724 .9388 .9173 .9453 .8005 90.24 10.33 76 E 840814 .8656 1.0622 .8656 .6164 86.70 7.95 77 E 840906 1.0170 1.0108 .9566 .6881 92.80 10.99 78 E 840926 .8650 .8733 .8152 1.0354 90.11 9.98 79 E 841016 .7999 1.2801 .6332 .5715 86.69 10.76 80 E 841106 .7290 1.3548 .6205 .6799 89.64 11.50 81 E 841127 .8014 1.2921 .7185 .3667 86.06 8.00 82 E 841218 .7840 1.0956 .6166 .3921 76.63 6.92 83 E 850107 .7873 .8776 .8005 .4846 75.26 7.90 84 E 850206 .9637 .8170 .6363 .3519 72.88 8.59 85 E 850307 .8261 .6197 .6125 .3929 63.17 6.40 86 F 840228 1.1369 .6890 .9911 1.0320 97.65 7.91 87 F 840320 .9781 .8835 .9069 1.0194 94.86 8.92 88 F 840410 1.0648 .6798 .6702 1.0049 87.39 9.69 89 F 840502 1.0093 .6980 .7029 .9099 84.08 9.13 90 F 840523 .7846 1.0944 .8061 1.4014 105.20 9.66 91 F 840612 .7336 1.1753 .7532 1.0433 94.54 10.39 92 F 840703 1.0215 .9519 .9539 1.1330 101.78 16.04 93 F 840724 .9010 .9593 .9100 1.2418 101.27 9.47 94 F 840814 1.0827 .9426 .8945 1.1169 101.34 10.13 95 F 840906 .9034 1.3442 .9983 1.9773 137.20 14.16 96 F 840926 .8718 1.1570 .8058 1.0388 97.82 10.26 97 F 841016 .8478 1.1407 .8373 1.0417 97.54 11.57 98 F 841106 1.0069 1.2039 .8010 .6784 94.41 11.57 99 F 841127 .9487 1.1500 1.0353 .5718 95.15 10.95 100 F 841218 .8565 1.0133 1.0733 .6664 91.60 13.39 101 F 850107 .6474 1.4020 .8143 .6678 93.46 11.50 102 F 850206 .8965 1.1493 1.0069 .5852 93.29 14.38 103 F 850307 .7995 1.3216 .6452 .4609 86.81 8.22 104 G 840228 1.1034 .4191 .7725 .9455 84.91 8.40 105 G 840320 .9733 .4978 .7381 .8224 77.72 8.89 106 G 840410 .9554 .5502 .6684 .9210 79.22 8.25 107 G 840502 1.1216 .8901 .9087 .8116 94.00 9.88 108 G 840523 1.0102 .7013 .8160 .8402 84.92 9.14 109 G 840612 .9110 .9797 .8766 .7423 88.17 6.00 110 G 840703 1.5005 1.1622 1.1171 .7462 116.26 10.57 111 G 840724 .9121 .7869 1.1196 1.3133 105.23 9.29 112 G 840814 .9815 1.0648 1.1389 1.4206 116.32 16.35 113 G 840906 1.0984 1.0587 1.0648 1.2667 112.54 18.00 114 G 840926 1.1215 .9507 .8835 1.1451 103.12 15.78 115 G 841016 1.2288 .9756 .7769 .8917 98.24 14.24 116 G 841106 .8390 .6976 .6886 .8655 77.68 12.25 117 G 841127 1.0941 .9778 .7500 .9491 95.09 15.83 118 G 841218 1.1977 1.0928 .6733 .7309 95.08 13.93 119 G 850107 1.0438 1.0394 .8203 .5953 89.40 14.22 120 G 850206 1.0288 .7366 .6472 .5680 76.53 9.52 121 G 850307 .9857 .8104 .9085 .8502 89.12 12.68 122 H 840410 .8945 .6342 .6561 .4379 67.54 6.22 123 H 840502 1.2218 .8748 .7611 .7775 92.76 13.16 124 H 840523 1.0975 1.0133 .7256 .8115 92.42 9.91 125 H 840612 .9169 1.2958 1.7237 .7711 123.35 10.57 126 H 840703 .8289 1.3404 2.0060 .8196 133.97 13.41 127 H 840724 .9301 1.2073 1.7596 .7398 122.13 16.36 128 H 840814 .8780 1.1471 1.7197 .6545 116.97 16.44 129 H 840906 .5894 .9803 1.2404 1.2099 103.82 11.18 130 H 840926 1.0166 1.0466 1.4881 .9123 113.75 14.16 131 H 841016 1.0257 1.0617 1.0403 1.1685 107.55 12.77 132 H 841106 1.1142 .9609 .8523 1.2638 105.93 11.88 133 H 841127 1.1029 .8765 .9070 .9716 96.84 12.46 134 H 841218 1.2143 .9448 .9715 .4325 93.51 6.43 135 I 840228 .9941 .9548 1.4739 .9127 110.74 15.13 136 I 840320 1.0513 1.0548 1.7915 .9427 125.66 16.17 137 I 840410 1.0771 .9261 1.0605 .8216 97.69 13.63 138 I 840502 1.1735 .9971 1.2329 .9297 109.04 15.56 139 I 840523 .8351 1.2514 1.2794 .7519 105.66 16.75 140 I 840612 .8654 1.1292 1.2050 .7639 100.74 11.96 141 I 840703 .9034 1.1251 1.2377 .7803 102.75 14.73 142 I 840724 1.2865 1.2611 1.4935 .9870 126.99 25.28 143 I 840814 1.0916 1.3276 1.3943 .8535 118.60 19.74 144 I 840906 1.1751 .9980 1.3816 1.0815 116.78 17.19 145 I 840926 1.0986 1.0354 1.5525 .8315 115.98 9.99 146 I 841016 1.1509 1.1451 1.6692 .8336 123.66 18.00 147 I 841106 1.3388 1.0817 .8456 .9801 107.68 9.63 148 I 841127 .6731 1.6262 1.1378 1.1350 119.17 7.11 149 I 841218 .6104 .9318 1.1171 .6099 84.57 4.57 150 I 850107 1.1175 .9707 1.0453 .6545 96.33 11.80 151 I 850206 .9748 1.0316 1.3963 1.1178 114.17 9.12 152 I 850307 1.2597 .6831 .9737 .5403 90.74 10.29 153 J 840502 1.1854 1.2689 1.5170 1.1536 128.91 17.89 154 J 840523 1.2922 1.3373 1.1360 .8448 116.86 20.31 155 J 840612 1.1450 1.1645 .9696 .7008 101.22 15.69 156 J 840703 .9261 1.3936 1.1187 .8285 108.83 16.13 157 J 840724 1.1093 1.0326 .9123 1.0062 101.76 12.50 158 J 840814 1.1774 .9882 1.1341 .8108 103.76 18.44 159 J 840906 .9982 1.1287 .8018 .8461 95.25 12.10 160 J 840926 1.2485 .7646 .9374 .5918 91.82 11.91 161 J 841016 .8435 .9885 .9220 .7134 87.29 12.67 162 J 841106 .7908 .8593 .9735 .5949 81.63 10.08 163 J 841127 .6767 1.1376 .6481 .2437 74.69 5.33 164 K 840228 .9375 .7839 1.0142 1.0549 95.32 12.46 165 K 840320 .9494 .6132 .6167 1.0918 84.40 8.88 166 K 840410 1.1017 .7957 .7245 .9846 91.39 10.29 167 K 840502 1.1131 .9085 .8408 .8503 93.46 13.16 168 K 840523 .8976 .9854 .8983 .6137 86.03 7.41 169 K 840612 .8490 .8177 1.0906 .5786 85.35 12.08 170 K 840703 .7999 1.1063 .9731 .4702 87.06 9.52 171 K 840724 .9468 .9285 1.2107 .6657 95.75 13.39 172 K 840814 .9399 .9857 1.1013 .7283 94.85 14.00 173 K 840906 .8734 1.0798 1.1996 .6564 97.45 17.45 174 K 840926 .9456 1.1232 1.2035 .6270 99.97 12.70 175 K 841016 .9059 .8812 1.0405 1.0025 95.98 14.05 176 K 841106 .9611 .8631 1.0397 .3883 85.15 10.27 177 K 841127 .6955 .6595 .8512 .3237 66.10 7.05 178 K 841218 .6982 .7644 .8298 .2030 67.11 8.45 179 K 850107 .6709 .7538 .9201 .3542 70.54 8.30 180 K 850206 .7077 .7307 .7908 .6373 71.87 8.07 181 K 850307 .9351 .7440 .9411 1.0484 92.37 9.95 MACROALGAE FORSMARK - 1 TO 9 SCALE data Snoeijs & Prentice (1989) CCA Canonical axes: 4 Covariables: 0 Scaling: -1 No transformation CFit: Cumulative fit per species as fraction of variance of species N NAME AX1 AX2 AX3 AX4 VAR(y) % EXPL FR FITTED .0725 .0497 .0378 .0250 1 ANAB VAR .0700 .0923 .1135 .1149 23.93 29.91 2 CALO SCO .2086 .4130 .4363 .4409 1.42 54.89 3 CALO SP. .0053 .0498 .0502 .0510 45.66 27.12 4 CHAM SP1 .0000 .0174 .0183 .0202 163.70 18.16 5 CHAM SP2 .0043 .0043 .0197 .0270 269.57 12.07 6 CHRO DIM .0795 .1293 .2463 .2527 8.99 37.65 7 GLOE CRE .2050 .3960 .4343 .4343 1.57 54.83 8 GOMP APO .0856 .1190 .1569 .1577 54.32 26.96 9 GOMP LAC .0507 .0508 .0660 .0669 58.73 20.52 10 LYNG AES .1328 .1464 .3367 .3669 3.94 43.34 11 LYNG MAJ .1364 .1461 .1889 .1970 11.63 29.67 12 LYNG K@T .0087 .0342 .0869 .0900 1.22 29.45 13 LYNG SEM .0038 .0229 .0610 .0630 112.07 20.43 14 MERI PUN .0126 .0203 .0295 .0353 92.59 15.05 15 MICR CHT .1327 .1365 .1992 .2044 17.44 38.38 16 MICR REI .0536 .1376 .2716 .2769 12.46 40.01 17 NODU SPU .0133 .0133 .0137 .0469 24.25 31.43 18 OSCI SP1 .0192 .0205 .0379 .0385 179.38 13.38 19 OSCI SP2 .0122 .0146 .0146 .0149 153.61 16.74 20 OSCI SP3 .0046 .0195 .0268 .0314 129.62 21.85 21 PHOR AMB .2056 .2109 .2894 .3050 7.09 44.05 22 PHOR AUT .0234 .1166 .1166 .1292 13.98 29.75 23 PHOR COR .0751 .0935 .0977 .1101 4.23 32.44 24 PHOR FRA .2102 .4027 .4347 .4349 1.66 55.99 25 PHOR TEN .0828 .0877 .1068 .1669 4.51 38.96 26 PSEU SP. .0004 .0156 .0175 .0175 188.40 13.65 27 RIVU ATR .0005 .1675 .2023 .2027 1.50 52.04 28 SCHI VAG .0059 .0342 .0837 .0896 29.04 18.82 29 TOLY DIS .0004 .0010 .0522 .0543 6.81 18.59 30 ASTE ORN .1775 .4122 .4265 .4337 3.73 63.29 31 AGLA ROS .0063 .0113 .0126 .0135 193.26 15.33 32 CERA TEN .2676 .3368 .3388 .3524 1.46 59.99 33 HILD RUB .0020 .0228 .1152 .1212 40.16 31.54 34 POLY NIG .0006 .0201 .0221 .0324 33.23 36.36 35 POLY VIO .0076 .0332 .0338 .0404 4.01 47.48 36 RHOD PUR .0031 .0692 .0707 .0711 22.89 38.16 37 CHRY HIE .0070 .0165 .0167 .0168 171.18 18.44 38 CHOR FIL .0008 .0176 .0332 .0631 46.23 23.65 39 ECTO SIL .0207 .0487 .1308 .1308 5.86 39.41 40 PILA LIT .4949 .5056 .5281 .5300 1.85 73.03 41 PORT FLU .0193 .0193 .0481 .0626 9.42 16.69 42 LITH SUB .2336 .2353 .2551 .3366 7.89 45.97 43 SPHA ARC .0010 .1109 .1134 .1304 13.34 32.08 44 SPHA RAD .0089 .0869 .0878 .1159 4.98 48.85 45 STIC TOR .0016 .0123 .0154 .0175 55.47 15.30 46 STRE OLI .0063 .0067 .0068 .0069 235.75 13.52 47 ACHN BRE .0004 .0082 .0281 .0473 7.58 22.04 48 BACI PAX .0023 .0051 .0052 .0250 15.29 32.51 49 AMPH RUT .4518 .4519 .4759 .4790 1.74 58.45 50 BREB BOE .0823 .1046 .1099 .3383 5.32 39.94 51 COCC PED .0804 .1121 .2907 .2909 2.61 39.50 52 CYMB CAE .0027 .0053 .0328 .0451 53.69 13.37 53 CYMB LAC .0762 .0802 .0802 .3840 19.66 52.35 54 DIAT SPP .0727 .0802 .0941 .1497 6.47 29.11 55 EPIT SPP .0112 .0166 .1082 .1108 8.31 28.92 56 GOMP OLI .1930 .2403 .2634 .2642 3.92 48.46 57 LICM DEB .0004 .0017 .0121 .0121 112.55 15.16 58 MAST SPP .0631 .1190 .1316 .1316 11.16 34.93 59 MELO SPP .1214 .2698 .3303 .3314 .95 50.96 60 NAVI LAN .0056 .0168 .0168 .0173 48.49 16.71 61 NITZ FIL .0019 .3792 .3809 .3852 4.78 48.84 62 RHOI ABB .0137 .0247 .2419 .2562 1.90 39.17 63 SYNE TAB .0177 .0327 .0797 .1522 .92 34.55 64 APHA REP .0060 .0103 .0110 .0115 43.61 14.61 65 BULB SP. .0010 .0020 .0020 .0076 76.09 14.56 66 CAPS FUL .0661 .1412 .2188 .2537 3.76 41.77 67 CHAE BOT .0002 .0258 .0289 .0315 112.07 25.76 68 CHLO DER .0001 .0609 .0616 .0646 33.55 18.96 69 CLAD AEG .0052 .0237 .0342 .0345 43.27 19.94 70 CLAD FRA .1649 .3438 .3739 .3921 3.65 55.84 71 CLAD GLO .0087 .0264 .0848 .0930 .22 49.23 72 CLAD RUP .0053 .0147 .0217 .0521 85.08 18.13 73 ENTE AHL .0124 .2625 .3409 .3410 .66 49.32 74 ENTE CLA .0096 .0545 .2064 .2122 28.34 47.31 75 ENTE FLE .1487 .1538 .2239 .2261 2.73 44.32 76 ENTE C+I .0186 .0671 .1384 .1898 .66 38.45 77 ENTE PRO .0566 .1331 .2505 .3131 10.94 44.10 78 MOUG SP. .0110 .0160 .0188 .0390 53.46 18.12 79 OEDO SPP .1443 .2302 .2707 .2720 2.16 47.03 80 PERC PER .0372 .0933 .0959 .0959 15.99 28.69 81 RHIZ R+I .1146 .1369 .3510 .3810 .89 58.33 82 SPIR SPP .0649 .1350 .1364 .2124 2.89 31.34 83 STIG TEN .0050 .0050 .0214 .0955 31.32 30.42 84 ULOT PSE .0916 .1008 .1196 .1358 4.65 24.65 85 ULOT SUB .0636 .0652 .1140 .1719 1.30 49.05 86 ULOT ZON .0050 .1399 .1800 .2316 4.79 43.19 87 UROS PEN .0349 .0356 .0488 .0535 54.13 27.57 88 ZYGN SP. .0287 .0676 .0688 .0702 33.12 33.26 MACROALGAE FORSMARK - 1 TO 9 SCALE data Snoeijs & Prentice (1989) CCA Canonical axes: 4 Covariables: 0 Scaling: -1 No transformation SqRL: Squared residual length per sample with s axes (s=1...4) N NAME AX1 AX2 AX3 AX4 SQLENG % FIT FR FITTED .0725 .0497 .0378 .0250 1 A 840228 1.6860 1.6004 1.5922 1.5693 2.68 41.36 2 A 840320 1.3722 1.2620 1.2259 1.2107 2.51 51.75 3 A 840410 .9029 .8337 .8157 .7752 1.88 58.71 4 A 840502 1.2020 1.1257 1.1011 .9490 1.59 40.46 5 A 840523 1.0682 1.0012 .9891 .8877 1.43 37.95 6 A 840612 4.0963 3.8984 3.7832 3.8067 4.08 6.74 7 A 840703 3.0607 3.0275 3.0572 2.9542 3.10 4.83 8 A 840724 1.2449 1.3681 1.2792 1.3548 1.33 -2.07 9 A 840814 1.4197 1.3625 1.2690 1.2622 1.49 15.00 10 A 840906 2.1068 2.1080 1.8899 1.9645 2.09 5.94 11 A 840926 2.0349 1.8790 1.8918 1.8805 2.25 16.29 12 A 841016 3.4475 3.2388 3.2100 3.1496 3.47 9.34 13 A 841106 7.3761 6.4621 6.4441 6.3416 7.26 12.65 14 A 841127 2.1097 1.8984 1.8880 1.8896 2.11 10.28 15 A 841218 1.7954 1.5727 1.5753 1.5757 1.78 11.70 16 A 850107 4.8826 4.6383 4.6410 4.6371 4.87 4.71 17 A 850206 1.7993 1.7512 1.7081 1.7078 2.01 15.16 18 A 850307 1.4889 1.5158 1.4811 1.4679 2.04 28.21 19 B 840410 1.8291 1.7067 1.5476 1.5685 1.82 14.02 20 B 840502 4.6804 4.2823 4.1828 4.0130 4.90 18.09 21 B 840523 4.8459 4.2419 4.0422 3.9214 5.16 24.00 22 B 840612 3.3180 3.4475 3.0206 3.0138 3.26 7.65 23 B 840703 2.2687 1.9542 1.4853 1.4778 2.33 36.65 24 B 840724 2.5676 2.4517 1.8829 1.8748 2.61 28.06 25 B 840814 1.8016 1.6382 1.3901 1.3907 1.88 26.20 26 B 840906 2.0544 1.8465 1.5236 1.5426 2.09 26.02 27 B 840926 10.6482 10.6708 10.1733 10.1726 10.60 4.06 28 B 841016 2.2702 2.2233 1.9459 1.9448 2.28 14.64 29 B 841106 2.5116 2.5688 2.5396 2.5385 2.72 6.51 30 B 841127 5.6243 5.6323 5.6109 5.6081 5.63 .41 31 B 841218 2.1586 2.2207 1.9909 1.9154 2.19 12.73 32 C 840228 .9470 .8472 .8834 .8592 1.03 16.90 33 C 840320 1.2286 1.1201 1.1749 1.1468 1.43 19.95 34 C 840410 1.2567 1.2258 1.1252 1.1244 1.15 2.26 35 C 840502 1.1687 1.0245 1.0141 .9421 1.33 29.37 36 C 840523 1.2993 1.3086 1.2748 1.2041 1.32 8.45 37 C 840612 1.2596 1.2818 1.1661 1.1663 1.24 6.25 38 C 840703 3.6127 3.6250 3.6365 3.6585 3.82 4.15 39 C 840724 3.9299 4.0133 3.9286 3.9491 4.09 3.38 40 C 840814 1.3542 1.3503 1.3226 1.3338 1.73 23.04 41 C 840906 3.6382 3.7657 3.8184 3.8804 3.87 -.38 42 C 840926 2.5409 2.1370 2.1179 2.1110 2.88 26.79 43 C 841016 2.9052 2.1115 2.0815 2.0731 3.16 34.50 44 C 841106 7.7335 6.5108 6.4936 6.4899 7.73 16.05 45 C 841127 2.1285 1.2652 1.2526 1.2935 2.22 41.65 46 C 841218 4.4491 2.8590 2.8569 2.8753 4.61 37.63 47 C 850107 1.8082 1.0618 1.0603 1.0780 1.86 41.98 48 C 850206 2.2592 1.8938 1.8951 1.9440 2.26 14.06 49 C 850307 1.7540 1.5977 1.5890 1.5155 1.86 18.32 50 D 840228 3.3589 3.3006 3.2614 1.9314 4.17 53.73 51 D 840320 2.9352 2.8773 2.8111 1.8537 3.61 48.70 52 D 840410 2.5107 2.4926 2.4819 1.4523 3.19 54.53 53 D 840502 1.5051 1.4313 1.3324 1.3764 2.08 33.75 54 D 840523 2.4069 2.2965 2.2792 2.2785 2.63 13.41 55 D 840612 2.5322 2.7289 2.6878 2.7036 2.52 -7.20 56 D 840703 2.8225 2.8235 2.7487 2.8734 2.81 -2.31 57 D 840724 5.0254 5.0158 4.5658 4.6686 5.20 10.21 58 D 840814 3.4781 3.3097 3.1897 2.7689 3.57 22.41 59 D 840906 2.5268 2.5121 2.3423 2.3109 2.66 13.26 60 D 840926 1.8112 1.8147 1.7347 2.0016 1.89 -5.79 61 D 841016 1.3022 1.1372 1.1010 1.2107 1.30 6.90 62 D 841106 2.6252 2.6640 2.6718 2.4652 2.56 3.79 63 D 841127 2.0444 1.9821 1.9858 1.0821 2.08 47.91 64 D 841218 1.8699 1.5263 1.5262 1.4404 1.90 24.28 65 D 850107 4.7327 4.8373 4.8013 4.0694 4.74 14.22 66 D 850206 2.5472 2.5697 2.5693 1.6060 2.94 45.44 67 D 850307 2.4607 2.4624 2.4334 1.5287 3.07 50.12 68 E 840228 2.6401 2.6342 2.5883 2.5652 3.02 14.92 69 E 840320 6.9942 6.9449 6.9100 6.9176 7.54 8.30 70 E 840410 2.1521 2.1578 2.1470 2.0680 2.89 28.54 71 E 840502 3.6884 3.7274 3.6144 3.1924 4.03 20.79 72 E 840523 1.9976 1.9649 1.8517 1.7517 1.98 11.73 73 E 840612 1.3716 1.3643 1.3231 1.2944 1.38 6.22 74 E 840703 1.7235 1.5510 1.5475 1.5620 1.78 12.07 75 E 840724 2.1601 2.1543 2.2112 2.1713 2.31 6.05 76 E 840814 1.5039 1.4365 1.4081 1.3909 1.61 13.36 77 E 840906 .9902 1.0316 1.0308 1.0700 1.19 10.35 78 E 840926 1.7676 1.4496 1.4478 1.5217 2.05 25.91 79 E 841016 2.9875 1.8161 1.8132 1.7508 3.13 44.03 80 E 841106 2.8446 2.2372 2.2220 2.1192 2.85 25.52 81 E 841127 6.4778 5.5298 5.4895 5.4895 6.51 15.71 82 E 841218 2.2990 1.3465 1.3238 1.3215 2.28 42.12 83 E 850107 1.6008 1.6520 1.6036 1.6017 1.59 -.50 84 E 850206 1.0448 1.0553 1.0338 1.0338 1.09 4.79 85 E 850307 1.1678 1.1597 1.1554 1.1594 1.42 18.12 86 F 840228 4.0993 4.1199 4.1223 3.9401 4.85 18.84 87 F 840320 1.3602 1.3985 1.3805 1.3849 2.20 36.93 88 F 840410 1.6367 1.6575 1.6512 1.4415 2.52 42.87 89 F 840502 2.8332 2.8203 2.7880 2.5651 3.42 25.01 90 F 840523 3.6115 3.6086 3.5860 3.3349 3.71 10.05 91 F 840612 1.5618 1.5602 1.4760 1.3058 1.56 16.09 92 F 840703 2.2813 2.3096 2.2778 1.9609 2.26 13.20 93 F 840724 4.8073 4.8114 4.5128 4.1928 4.83 13.20 94 F 840814 2.3074 2.2746 2.1552 2.0141 2.41 16.30 95 F 840906 16.2727 16.0863 15.8346 14.9881 16.64 9.93 96 F 840926 2.5642 2.2328 2.1734 2.0262 2.76 26.67 97 F 841016 2.5240 2.0764 1.9896 2.0545 2.57 20.05 98 F 841106 2.2581 1.5736 1.5593 1.5669 2.23 29.67 99 F 841127 1.9492 1.6401 1.6452 1.6668 2.01 17.01 100 F 841218 2.1512 1.6842 1.6924 1.7518 2.18 19.58 101 F 850107 9.4606 8.5493 8.4945 8.4373 9.46 10.82 102 F 850206 4.6245 4.0610 4.0468 4.0511 4.63 12.45 103 F 850307 9.0396 8.5431 8.5587 8.5586 9.29 7.86 104 G 840228 1.9024 1.7597 1.8020 1.7168 3.08 44.29 105 G 840320 2.1995 2.0256 1.9861 1.8742 3.69 49.17 106 G 840410 1.8771 1.7666 1.7144 1.6179 3.51 53.87 107 G 840502 3.0980 2.9489 2.8481 2.6357 4.01 34.21 108 G 840523 2.1800 1.9975 1.9263 2.0286 2.83 28.30 109 G 840612 4.7118 4.6276 4.7469 4.5562 5.07 10.18 110 G 840703 5.7992 5.8449 5.7946 5.7275 5.81 1.40 111 G 840724 7.3151 7.1349 6.8623 6.7237 7.31 7.99 112 G 840814 5.9821 5.9454 5.9259 5.5530 5.99 7.24 113 G 840906 5.4918 5.4977 5.5032 5.0183 5.49 8.64 114 G 840926 6.8529 6.8836 6.8632 6.5465 6.87 4.78 115 G 841016 2.6291 2.4804 2.4897 2.3566 2.68 11.91 116 G 841106 2.3826 2.4089 2.4075 2.2622 2.64 14.33 117 G 841127 1.8935 1.9364 1.9683 1.9980 1.95 -2.56 118 G 841218 2.9099 2.5345 2.4636 2.4412 2.93 16.56 119 G 850107 2.1569 2.0854 2.0824 2.0610 2.30 10.55 120 G 850206 1.6192 1.5752 1.6028 1.6147 1.78 9.47 121 G 850307 2.3532 2.3508 2.3368 2.2266 3.16 29.51 122 H 840410 1.7031 1.6828 1.7409 1.7727 2.19 19.15 123 H 840502 1.8706 1.8626 1.8628 1.8326 2.00 8.40 124 H 840523 2.1677 2.0475 1.8809 1.8720 2.25 16.63 125 H 840612 7.3596 6.9623 6.1919 6.1257 7.36 16.77 126 H 840703 5.4950 5.1678 4.4872 4.4485 5.70 21.91 127 H 840724 3.8128 3.5232 2.6261 2.6003 3.99 34.76 128 H 840814 4.0223 3.8839 3.0435 3.0179 4.08 26.01 129 H 840906 4.1536 4.1223 3.4084 3.4032 4.23 19.46 130 H 840926 1.8645 1.8664 1.8041 1.8266 2.13 14.42 131 H 841016 4.2066 4.2100 3.8171 3.7631 4.17 9.85 132 H 841106 1.7566 1.7497 1.5285 1.4465 1.77 18.26 133 H 841127 1.7023 1.7327 1.5096 1.4167 1.68 15.84 134 H 841218 3.2391 3.1767 2.9488 2.9942 3.23 7.30 135 I 840228 2.7336 2.3524 1.8210 1.7681 2.75 35.71 136 I 840320 5.8422 5.5468 4.9466 4.8710 5.90 17.43 137 I 840410 2.1333 2.0501 1.4872 1.4583 2.14 31.71 138 I 840502 1.3701 1.3025 1.1712 1.2145 1.30 6.36 139 I 840523 2.7453 2.6140 2.4050 2.4032 3.25 26.00 140 I 840612 4.0237 3.5589 3.4925 3.4731 4.49 22.71 141 I 840703 5.6744 5.5660 4.9487 4.9527 6.68 25.88 142 I 840724 4.1762 3.8921 3.4534 3.4576 5.29 34.61 143 I 840814 4.0606 3.8114 3.1876 3.1923 5.40 40.91 144 I 840906 5.0575 4.7281 3.8938 3.8531 6.18 37.70 145 I 840926 9.5242 9.5318 8.2336 8.1617 11.66 30.00 146 I 841016 8.3402 8.4517 7.9914 7.9594 9.58 16.88 147 I 841106 5.0044 4.9189 4.2441 4.2730 4.85 11.82 148 I 841127 15.2638 15.0159 14.5418 14.7129 16.49 10.75 149 I 841218 12.1327 12.0726 10.7339 10.5206 13.14 19.92 150 I 850107 3.7585 3.6895 3.0578 2.9977 4.11 27.07 151 I 850206 17.5473 17.5142 16.6854 16.4649 18.23 9.68 152 I 850307 4.7254 4.7534 4.1324 4.0345 4.75 15.02 153 J 840502 8.1901 7.7323 7.3921 7.4087 8.12 8.81 154 J 840523 6.2797 5.7344 5.6769 5.6419 6.26 9.80 155 J 840612 1.7755 1.6678 1.6640 1.6569 1.89 12.43 156 J 840703 7.5399 7.1784 7.1539 7.1493 8.23 13.15 157 J 840724 5.5701 5.0282 4.9401 4.9341 5.73 13.89 158 J 840814 2.4886 1.9511 1.9500 1.9517 2.67 26.77 159 J 840906 6.4741 6.3257 6.3242 6.2924 6.41 1.87 160 J 840926 9.6360 9.6637 9.6881 9.6811 9.39 -3.15 161 J 841016 3.1376 3.1441 3.1465 3.1498 3.10 -1.53 162 J 841106 2.6806 2.7066 2.6794 2.6665 2.72 2.11 163 J 841127 5.4567 5.4555 5.4381 5.3804 5.60 3.98 164 K 840228 1.9057 1.9263 1.8975 1.8627 1.96 5.18 165 K 840320 2.0637 2.1185 1.9829 2.1920 2.56 14.39 166 K 840410 1.4882 1.5090 1.4900 1.4574 1.80 18.96 167 K 840502 1.6286 1.5587 1.5197 1.4261 1.68 15.30 168 K 840523 1.9830 1.9166 1.9601 1.9864 1.99 .11 169 K 840612 1.0753 1.0170 .9704 .9651 1.20 19.85 170 K 840703 1.7883 1.7768 1.7717 1.7705 2.17 18.50 171 K 840724 1.5502 1.3560 1.4621 1.4639 1.63 10.39 172 K 840814 1.4514 1.1097 1.1102 1.1136 1.81 38.40 173 K 840906 1.8611 1.8333 1.7818 1.7999 2.28 20.94 174 K 840926 4.7339 4.6657 4.6644 4.6385 5.22 11.10 175 K 841016 1.2408 1.1938 1.1769 1.1420 1.36 15.90 176 K 841106 1.8829 1.8844 1.8061 1.7919 1.91 6.30 177 K 841127 2.2262 1.8077 1.7966 1.7559 2.30 23.58 178 K 841218 1.8100 1.3969 1.4136 1.3868 1.92 27.73 179 K 850107 1.4010 1.2798 1.2806 1.1954 1.47 18.56 180 K 850206 8.2807 8.1669 8.1588 8.0039 8.30 3.54 181 K 850307 1.1740 1.1458 1.1447 .9971 1.19 15.94 MACROALGAE FORSMARK - 1 TO 9 SCALE data Snoeijs & Prentice (1989) CCA Canonical axes: 4 Covariables: 0 Scaling: -1 No transformation Regr: Regression/canonical coefficients for standardized variables N NAME AX1 AX2 AX3 AX4 EIG .2576 .1766 .1343 .0888 1 SITE AAA .1340 .0084 -.0318 -.0780 2 SITE BBB .1195 -.0824 -.1300 -.0151 3 SITE CCC .0118 .1246 -.0102 -.0334 4 SITE DDD .1446 -.0304 -.0357 .1611 5 SITE EEE .0716 .0942 .0272 -.0803 6 SITE FFF .0899 .1021 -.0553 -.1360 7 SITE GGG .2064 -.0429 .0182 -.1400 8 SITE HHH .0938 -.0702 -.1790 .0239 9 SITE III -.1722 -.0803 .2384 .0087 10 SITE JJJ .0215 -.1014 .0202 -.0098 11 SITE KKK .0000 .0000 .0000 .0000 12 28FEB 84 .0338 -.0789 .0417 -.0240 13 20MAR 84 .0799 -.0735 .0574 -.0238 14 10APR 84 .0462 -.0661 .0558 -.0470 15 02MAY 84 .0048 -.0834 .0766 -.1299 16 23MAY 84 -.0833 -.1129 .0375 -.1076 17 12JUN 84 -.1527 -.0964 -.0518 -.0454 18 03JUL 84 -.2454 -.0646 .0007 -.0724 19 24JUL 84 -.2441 -.0984 -.0596 -.0734 20 14AUG 84 -.2873 -.1419 -.0386 -.0721 21 06SEP 84 -.2667 -.0623 -.0372 -.1117 22 26SEP 84 -.2673 .0384 -.0015 -.0606 23 16OCT 84 -.2120 .0906 -.0163 -.0617 24 06NOV 84 -.1312 .0861 .0345 -.0576 25 27NOV 84 -.1784 .0834 .0361 -.0131 26 18DEC 84 -.1537 .1112 .0271 -.0213 27 07JAN 85 -.1355 .0680 .0107 -.0096 28 06FEB 85 -.0832 .0408 .0074 .0164 29 07MAR 85 .0000 .0000 .0000 .0000 MACROALGAE FORSMARK - 1 TO 9 SCALE data Snoeijs & Prentice (1989) CCA Canonical axes: 4 Covariables: 0 Scaling: -1 No transformation tVal: t-values of regression coefficients N NAME AX1 AX2 AX3 AX4 FR EXPLAINED .2001 .1372 .1043 .0690 1 SITE AAA 6.3995 .3640 -1.5825 -3.8518 2 SITE BBB 6.2202 -3.8762 -7.0526 -.8138 3 SITE CCC .5686 5.4188 -.5107 -1.6637 4 SITE DDD 6.9539 -1.3229 -1.7868 8.0051 5 SITE EEE 3.4816 4.1341 1.3770 -4.0334 6 SITE FFF 4.3583 4.4749 -2.7971 -6.8152 7 SITE GGG 10.0885 -1.8924 .9248 -7.0736 8 SITE HHH 4.6733 -3.1603 -9.2899 1.2290 9 SITE III -8.1950 -3.4521 11.8216 .4262 10 SITE JJJ 1.1120 -4.7330 1.0872 -.5228 11 SITE KKK .0000 .0000 .0000 .0000 12 28FEB 84 1.5723 -3.3163 2.0215 -1.1521 13 20MAR 84 3.6854 -3.0630 2.7598 -1.1343 14 10APR 84 2.1066 -2.7201 2.6480 -2.2126 15 02MAY 84 .2083 -3.2887 3.4838 -5.8578 16 23MAY 84 -3.7097 -4.5404 1.7407 -4.9543 17 12JUN 84 -7.1339 -4.0679 -2.5225 -2.1923 18 03JUL 84 -11.1606 -2.6524 .0331 -3.4050 19 24JUL 84 -10.8729 -3.9584 -2.7683 -3.3812 20 14AUG 84 -11.9208 -5.3182 -1.6685 -3.0896 21 06SEP 84 -11.5069 -2.4281 -1.6743 -4.9822 22 26SEP 84 -12.0561 1.5666 -.0696 -2.8232 23 16OCT 84 -9.3680 3.6164 -.7510 -2.8158 24 06NOV 84 -6.0494 3.5837 1.6568 -2.7424 25 27NOV 84 -7.9692 3.3629 1.6790 -.6032 26 18DEC 84 -7.3373 4.7941 1.3492 -1.0500 27 07JAN 85 -6.4769 2.9375 .5328 -.4741 28 06FEB 85 -4.0637 1.8028 .3765 .8278 29 07MAR 85 .0000 .0000 .0000 .0000 MACROALGAE FORSMARK - 1 TO 9 SCALE data Snoeijs & Prentice (1989) CCA Canonical axes: 4 Covariables: 0 Scaling: -1 No transformation CorE: Inter set correlations of environmental variables with axes N NAME AX1 AX2 AX3 AX4 FR EXTRACTED .0342 .0344 .0328 .0272 1 SITE AAA .1495 .0305 -.0528 -.1298 2 SITE BBB .0356 -.1545 -.3138 -.0067 3 SITE CCC -.0853 .3036 .0023 .0079 4 SITE DDD .1949 -.0423 -.0415 .6027 5 SITE EEE .0352 .2298 .1006 -.1455 6 SITE FFF .0639 .2580 -.1106 -.3008 7 SITE GGG .2799 -.0458 .0831 -.3158 8 SITE HHH -.0323 -.1558 -.4567 .1067 9 SITE III -.3910 -.2368 .6367 .1050 10 SITE JJJ -.1392 -.2867 .0316 -.0391 11 SITE KKK -.1195 .0098 .0121 .1003 12 28FEB 84 .2536 -.0933 .1428 .0898 13 20MAR 84 .3353 -.0729 .1850 .0839 14 10APR 84 .3100 -.0744 .1052 .0192 15 02MAY 84 .2386 -.1466 .1793 -.2024 16 23MAY 84 .0714 -.2194 .0823 -.1378 17 12JUN 84 -.0819 -.1676 -.1451 .0057 18 03JUL 84 -.2025 -.0969 -.0447 -.0614 19 24JUL 84 -.2148 -.1826 -.1663 -.0475 20 14AUG 84 -.2541 -.2865 -.1287 .0002 21 06SEP 84 -.2043 -.1074 -.1420 -.1554 22 26SEP 84 -.2227 .1273 -.0580 -.0088 23 16OCT 84 -.1298 .2452 -.0676 -.0093 24 06NOV 84 .0046 .2156 .0351 -.0134 25 27NOV 84 -.0336 .2215 -.0039 .1072 26 18DEC 84 -.0285 .2905 -.0126 .0633 27 07JAN 85 -.0241 .2267 .0374 .0808 28 06FEB 85 .0581 .1700 .0229 .1454 29 07MAR 85 .2126 .0762 .0145 .1192 MACROALGAE FORSMARK - 1 TO 9 SCALE data Snoeijs & Prentice (1989) CCA Canonical axes: 4 Covariables: 0 Scaling: -1 No transformation BipE: Biplot scores of environmental variables N NAME AX1 AX2 AX3 AX4 R(SPEC,ENV) .9524 .9116 .9086 .8633 1 SITE AAA .0687 .0128 -.0198 -.0428 2 SITE BBB .0163 -.0646 -.1178 -.0022 3 SITE CCC -.0392 .1270 .0009 .0026 4 SITE DDD .0895 -.0177 -.0156 .1986 5 SITE EEE .0162 .0961 .0377 -.0480 6 SITE FFF .0293 .1079 -.0415 -.0991 7 SITE GGG .1285 -.0191 .0312 -.1041 8 SITE HHH -.0148 -.0652 -.1714 .0351 9 SITE III -.1795 -.0991 .2389 .0346 10 SITE JJJ -.0639 -.1199 .0119 -.0129 11 SITE KKK -.0549 .0041 .0046 .0330 12 28FEB 84 .1164 -.0390 .0536 .0296 13 20MAR 84 .1540 -.0305 .0694 .0276 14 10APR 84 .1424 -.0311 .0395 .0063 15 02MAY 84 .1096 -.0613 .0673 -.0667 16 23MAY 84 .0328 -.0918 .0309 -.0454 17 12JUN 84 -.0376 -.0701 -.0545 .0019 18 03JUL 84 -.0930 -.0405 -.0168 -.0202 19 24JUL 84 -.0987 -.0764 -.0624 -.0157 20 14AUG 84 -.1167 -.1199 -.0483 .0001 21 06SEP 84 -.0938 -.0449 -.0533 -.0512 22 26SEP 84 -.1023 .0532 -.0218 -.0029 23 16OCT 84 -.0596 .1026 -.0254 -.0031 24 06NOV 84 .0021 .0902 .0132 -.0044 25 27NOV 84 -.0154 .0927 -.0015 .0353 26 18DEC 84 -.0131 .1215 -.0047 .0209 27 07JAN 85 -.0111 .0948 .0140 .0266 28 06FEB 85 .0267 .0711 .0086 .0479 29 07MAR 85 .0976 .0319 .0054 .0393 MACROALGAE FORSMARK - 1 TO 9 SCALE data Snoeijs & Prentice (1989) CCA Canonical axes: 4 Covariables: 0 Scaling: -1 No transformation CenE: Centroids of environmental variables (mean.gt.0) in ordination diagram N NAME AX1 AX2 AX3 AX4 R(SPEC,ENV) .9524 .9116 .9086 .8633 1 SITE AAA .2700 .0453 -.0668 -.1370 2 SITE BBB .0856 -.3052 -.5289 -.0094 3 SITE CCC -.1574 .4599 .0030 .0086 4 SITE DDD .3602 -.0642 -.0537 .6513 5 SITE EEE .0666 .3573 .1334 -.1610 6 SITE FFF .1205 .3996 -.1462 -.3316 7 SITE GGG .5413 -.0727 .1126 -.3571 8 SITE HHH -.0675 -.2676 -.6690 .1304 9 SITE III -.7039 -.3502 .8032 .1105 10 SITE JJJ -.3326 -.5626 .0530 -.0546 11 SITE KKK -.2273 .0153 .0162 .1115 12 28FEB 84 .6751 -.2041 .2665 .1398 13 20MAR 84 .8762 -.1566 .3388 .1282 14 10APR 84 .7905 -.1557 .1879 .0286 15 02MAY 84 .5606 -.2830 .2953 -.2780 16 23MAY 84 .1765 -.4451 .1425 -.1991 17 12JUN 84 -.2245 -.3773 -.2788 .0091 18 03JUL 84 -.5210 -.2048 -.0805 -.0924 19 24JUL 84 -.5307 -.3704 -.2878 -.0687 20 14AUG 84 -.5423 -.5023 -.1924 .0002 21 06SEP 84 -.4700 -.2028 -.2288 -.2089 22 26SEP 84 -.5601 .2630 -.1023 -.0129 23 16OCT 84 -.3115 .4832 -.1137 -.0131 24 06NOV 84 .0122 .4677 .0650 -.0206 25 27NOV 84 -.0830 .4494 -.0068 .1548 26 18DEC 84 -.0813 .6809 -.0252 .1056 27 07JAN 85 -.0681 .5257 .0739 .1335 28 06FEB 85 .1735 .4168 .0479 .2538 29 07MAR 85 .5913 .1741 .0282 .1939 MACROALGAE FORSMARK - 1 TO 9 SCALE data Snoeijs & Prentice (1989) CCA Canonical axes: 4 Covariables: 0 Scaling: -1 No transformation SamE: Sample scores which are linear combinations of environmental variables N NAME AX1 AX2 AX3 AX4 WEIGHT % FIT EIG .2576 .1766 .1343 .0888 1 A 840228 .9354 -.2192 .0734 -.0355 45.00 41.36 2 A 840320 1.1385 -.1892 .1404 -.0329 48.00 51.75 3 A 840410 .9839 -.1498 .1277 -.1319 51.00 58.71 4 A 840502 .8015 -.2001 .1954 -.4543 48.00 40.46 5 A 840523 .4286 -.3402 .0435 -.3836 42.00 37.95 6 A 840612 .0706 -.3104 -.3571 -.1384 35.00 6.74 7 A 840703 -.2975 -.1453 -.1126 -.2455 41.00 4.83 8 A 840724 -.2537 -.2787 -.3688 -.2385 47.00 -2.07 9 A 840814 -.2925 -.3920 -.2601 -.1963 52.00 15.00 10 A 840906 -.2814 -.1097 -.2642 -.3723 46.00 5.94 11 A 840926 -.3705 .3045 -.1221 -.1880 36.00 16.29 12 A 841016 -.0951 .5136 -.1832 -.1819 35.00 9.34 13 A 841106 .1910 .5263 .0396 -.1861 33.00 12.65 14 A 841127 .0248 .4925 .0374 .0177 42.00 10.28 15 A 841218 .0397 .6757 .0153 -.0296 42.00 11.70 16 A 850107 .1337 .4642 -.0645 .0273 53.00 4.71 17 A 850206 .3635 .3443 -.0785 .1557 39.00 15.16 18 A 850307 .7821 .1387 -.1157 .0732 61.00 28.21 19 B 840410 1.0422 -.5189 -.3075 .0598 29.00 14.02 20 B 840502 .8598 -.5692 -.2398 -.2625 26.00 18.09 21 B 840523 .4869 -.7094 -.3917 -.1919 32.00 24.00 22 B 840612 .1290 -.6795 -.7923 .0534 24.00 7.65 23 B 840703 -.2391 -.5145 -.5478 -.0538 32.00 36.65 24 B 840724 -.1954 -.6479 -.8040 -.0467 29.00 28.06 25 B 840814 -.2342 -.7611 -.6953 -.0045 48.00 26.20 26 B 840906 -.2230 -.4788 -.6994 -.1806 61.00 26.02 27 B 840926 -.3122 -.0646 -.5573 .0038 34.00 4.06 28 B 841016 -.0368 .1444 -.6184 .0098 16.00 14.64 29 B 841106 .2494 .1572 -.3956 .0057 37.00 6.51 30 B 841127 .0831 .1233 -.3978 .2095 59.00 .41 31 B 841218 .0980 .3065 -.4199 .1621 43.00 12.73 32 C 840228 .5377 .1666 .1433 .1080 40.00 16.90 33 C 840320 .7408 .1966 .2103 .1106 47.00 19.95 34 C 840410 .5862 .2360 .1976 .0116 48.00 2.26 35 C 840502 .4038 .1857 .2653 -.3107 34.00 29.37 36 C 840523 .0309 .0456 .1134 -.2401 42.00 8.45 37 C 840612 -.3271 .0754 -.2872 .0052 31.00 6.25 38 C 840703 -.6952 .2405 -.0427 -.1020 44.00 4.15 39 C 840724 -.6514 .1071 -.2989 -.0950 37.00 3.38 40 C 840814 -.6902 -.0062 -.1901 -.0528 50.00 23.04 41 C 840906 -.6790 .2761 -.1943 -.2288 38.00 -.38 42 C 840926 -.7682 .6903 -.0522 -.0444 43.00 26.79 43 C 841016 -.4928 .8994 -.1133 -.0384 52.00 34.50 44 C 841106 -.2067 .9121 .1095 -.0425 39.00 16.05 45 C 841127 -.3729 .8783 .1073 .1613 45.00 41.65 46 C 841218 -.3580 1.0615 .0852 .1139 39.00 37.63 47 C 850107 -.2640 .8500 .0054 .1708 54.00 41.98 48 C 850206 -.0342 .7301 -.0086 .2992 36.00 14.06 49 C 850307 .3844 .5245 -.0458 .2167 47.00 18.32 50 D 840228 .9789 -.3479 .0586 .7541 62.00 53.73 51 D 840320 1.1820 -.3179 .1256 .7567 62.00 48.70 52 D 840410 1.0274 -.2784 .1129 .6577 52.00 54.53 53 D 840502 .8450 -.3288 .1806 .3353 51.00 33.75 54 D 840523 .4721 -.4689 .0287 .4060 43.00 13.41 55 D 840612 .1142 -.4391 -.3719 .6512 8.00 -7.20 56 D 840703 -.2539 -.2740 -.1274 .5441 25.00 -2.31 57 D 840724 -.2102 -.4074 -.3836 .5511 20.00 10.21 58 D 840814 -.2490 -.5207 -.2748 .5933 54.00 22.41 59 D 840906 -.2378 -.2384 -.2790 .4173 45.00 13.26 60 D 840926 -.3270 .1758 -.1369 .6016 47.00 -5.79 61 D 841016 -.0516 .3849 -.1980 .6077 52.00 6.90 62 D 841106 .2346 .3976 .0248 .6035 39.00 3.79 63 D 841127 .0683 .3638 .0226 .8073 43.00 47.91 64 D 841218 .0832 .5470 .0005 .7600 36.00 24.28 65 D 850107 .1773 .3355 -.0793 .8169 39.00 14.22 66 D 850206 .4071 .2156 -.0933 .9453 39.00 45.44 67 D 850307 .8256 .0100 -.1305 .8628 46.00 50.12 68 E 840228 .7411 .0722 .2692 -.0530 46.00 14.92 69 E 840320 .9442 .1023 .3362 -.0505 56.00 8.30 70 E 840410 .7897 .1417 .3235 -.1495 42.00 28.54 71 E 840502 .6072 .0914 .3912 -.4718 43.00 20.79 72 E 840523 .2343 -.0488 .2392 -.4012 35.00 11.73 73 E 840612 -.1236 -.0189 -.1614 -.1559 35.00 6.22 74 E 840703 -.4917 .1461 .0831 -.2631 34.00 12.07 75 E 840724 -.4479 .0127 -.1730 -.2560 43.00 6.05 76 E 840814 -.4867 -.1005 -.0643 -.2139 33.00 13.36 77 E 840906 -.4756 .1817 -.0684 -.3899 41.00 10.35 78 E 840926 -.5648 .5959 .0737 -.2055 46.00 25.91 79 E 841016 -.2894 .8050 .0126 -.1995 53.00 44.03 80 E 841106 -.0032 .8177 .2354 -.2036 46.00 25.52 81 E 841127 -.1695 .7839 .2332 .0002 40.00 15.71 82 E 841218 -.1546 .9671 .2111 -.0472 32.00 42.12 83 E 850107 -.0605 .7557 .1312 .0097 35.00 -.50 84 E 850206 .1693 .6357 .1173 .1381 39.00 4.79 85 E 850307 .5878 .4301 .0801 .0556 32.00 18.12 86 F 840228 .8019 .0981 -.0098 -.2401 37.00 18.84 87 F 840320 1.0050 .1281 .0572 -.2376 45.00 36.93 88 F 840410 .8504 .1676 .0445 -.3365 45.00 42.87 89 F 840502 .6680 .1173 .1122 -.6589 44.00 25.01 90 F 840523 .2951 -.0229 -.0397 -.5882 32.00 10.05 91 F 840612 -.0629 .0069 -.4403 -.3430 40.00 16.09 92 F 840703 -.4310 .1720 -.1958 -.4501 42.00 13.20 93 F 840724 -.3872 .0386 -.4520 -.4431 27.00 13.20 94 F 840814 -.4260 -.0747 -.3432 -.4009 40.00 16.30 95 F 840906 -.4148 .2076 -.3474 -.5770 38.00 9.93 96 F 840926 -.5040 .6218 -.2053 -.3926 40.00 26.67 97 F 841016 -.2286 .8309 -.2664 -.3866 45.00 20.05 98 F 841106 .0575 .8436 -.0436 -.3907 27.00 29.67 99 F 841127 -.1087 .8098 -.0458 -.1869 45.00 17.01 100 F 841218 -.0938 .9930 -.0679 -.2342 46.00 19.58 101 F 850107 .0002 .7815 -.1477 -.1774 46.00 10.82 102 F 850206 .2300 .6616 -.1617 -.0489 58.00 12.45 103 F 850307 .6486 .4560 -.1989 -.1314 39.00 7.86 104 G 840228 1.2098 -.3944 .2397 -.2636 42.00 44.29 105 G 840320 1.4129 -.3644 .3067 -.2611 40.00 49.17 106 G 840410 1.2583 -.3250 .2940 -.3601 40.00 53.87 107 G 840502 1.0759 -.3753 .3617 -.6824 40.00 34.21 108 G 840523 .7030 -.5154 .2097 -.6118 32.00 28.30 109 G 840612 .3451 -.4856 -.1909 -.3665 12.00 10.18 110 G 840703 -.0230 -.3205 .0536 -.4737 27.00 1.40 111 G 840724 .0207 -.4539 -.2025 -.4666 24.00 7.99 112 G 840814 -.0181 -.5672 -.0938 -.4245 39.00 7.24 113 G 840906 -.0069 -.2849 -.0979 -.6005 54.00 8.64 114 G 840926 -.0961 .1293 .0442 -.4161 33.00 4.78 115 G 841016 .1793 .3384 -.0170 -.4101 44.00 11.91 116 G 841106 .4655 .3511 .2059 -.4142 42.00 14.33 117 G 841127 .2992 .3173 .2037 -.2104 61.00 -2.56 118 G 841218 .3141 .5005 .1816 -.2578 31.00 16.56 119 G 850107 .4082 .2890 .1017 -.2009 48.00 10.55 120 G 850206 .6380 .1691 .0878 -.0725 40.00 9.47 121 G 850307 1.0565 -.0365 .0505 -.1550 54.00 29.51 122 H 840410 .8918 -.4354 -.4264 .2103 33.00 19.15 123 H 840502 .7094 -.4857 -.3587 -.1121 42.00 8.40 124 H 840523 .3365 -.6259 -.5107 -.0414 42.00 16.63 125 H 840612 -.0215 -.5960 -.9113 .2038 47.00 16.77 126 H 840703 -.3896 -.4309 -.6668 .0967 49.00 21.91 127 H 840724 -.3458 -.5644 -.9229 .1037 60.00 34.76 128 H 840814 -.3846 -.6776 -.8142 .1459 67.00 26.01 129 H 840906 -.3734 -.3953 -.8183 -.0301 48.00 19.46 130 H 840926 -.4626 .0189 -.6762 .1542 45.00 14.42 131 H 841016 -.1872 .2279 -.7373 .1603 47.00 9.85 132 H 841106 .0990 .2407 -.5145 .1561 48.00 18.26 133 H 841127 -.0673 .2068 -.5167 .3599 54.00 15.84 134 H 841218 -.0524 .3900 -.5388 .3126 28.00 7.30 135 I 840228 -.0618 -.5080 .9527 .2472 62.00 35.71 136 I 840320 .1413 -.4780 1.0197 .2497 68.00 17.43 137 I 840410 -.0132 -.4385 1.0070 .1507 44.00 31.71 138 I 840502 -.1957 -.4888 1.0747 -.1716 63.00 6.36 139 I 840523 -.5686 -.6290 .9228 -.1010 63.00 26.00 140 I 840612 -.9265 -.5991 .5221 .1443 52.00 22.71 141 I 840703 -1.2946 -.4341 .7666 .0371 36.00 25.88 142 I 840724 -1.2508 -.5675 .5105 .0442 63.00 34.61 143 I 840814 -1.2896 -.6807 .6192 .0863 75.00 40.91 144 I 840906 -1.2785 -.3985 .6151 -.0897 48.00 37.70 145 I 840926 -1.3677 .0157 .7572 .0947 27.00 30.00 146 I 841016 -1.0923 .2248 .6961 .1007 42.00 16.88 147 I 841106 -.8061 .2375 .9189 .0966 34.00 11.82 148 I 841127 -.9724 .2037 .9167 .3004 16.00 10.75 149 I 841218 -.9575 .3869 .8946 .2530 8.00 19.92 150 I 850107 -.8634 .1755 .8148 .3099 34.00 27.07 151 I 850206 -.6336 .0555 .8008 .4383 28.00 9.68 152 I 850307 -.2151 -.1501 .7636 .3558 37.00 15.02 153 J 840502 .4533 -.6454 .3823 -.2402 58.00 8.81 154 J 840523 .0804 -.7856 .2304 -.1695 67.00 9.80 155 J 840612 -.2776 -.7557 -.1703 .0757 40.00 12.43 156 J 840703 -.6457 -.5907 .0742 -.0314 44.00 13.15 157 J 840724 -.6019 -.7241 -.1819 -.0244 50.00 13.89 158 J 840814 -.6407 -.8374 -.0732 .0178 73.00 26.77 159 J 840906 -.6295 -.5551 -.0773 -.1582 44.00 1.87 160 J 840926 -.7187 -.1409 .0648 .0261 32.00 -3.15 161 J 841016 -.4433 .0682 .0037 .0322 38.00 -1.53 162 J 841106 -.1572 .0809 .2265 .0280 22.00 2.11 163 J 841127 -.3234 .0471 .2243 .2318 8.00 3.98 164 K 840228 .4985 -.2467 .1771 .2190 54.00 5.18 165 K 840320 .7016 -.2167 .2441 .2215 36.00 14.39 166 K 840410 .5470 -.1773 .2314 .1225 37.00 18.96 167 K 840502 .3646 -.2276 .2991 -.1998 42.00 15.30 168 K 840523 -.0083 -.3677 .1471 -.1292 17.00 .11 169 K 840612 -.3663 -.3379 -.2535 .1161 43.00 19.85 170 K 840703 -.7344 -.1728 -.0090 .0089 40.00 18.50 171 K 840724 -.6906 -.3062 -.2651 .0160 47.00 10.39 172 K 840814 -.7294 -.4195 -.1564 .0582 56.00 38.40 173 K 840906 -.7182 -.1372 -.1605 -.1179 48.00 20.94 174 K 840926 -.8074 .2770 -.0184 .0665 49.00 11.10 175 K 841016 -.5320 .4861 -.0795 .0725 48.00 15.90 176 K 841106 -.2458 .4988 .1433 .0684 27.00 6.30 177 K 841127 -.4121 .4650 .1411 .2722 34.00 23.58 178 K 841218 -.3972 .6482 .1190 .2248 35.00 27.73 179 K 850107 -.3031 .4367 .0391 .2817 38.00 18.56 180 K 850206 -.0734 .3168 .0252 .4101 33.00 3.54 181 K 850307 .3452 .1112 -.0120 .3276 41.00 15.94 MACROALGAE FORSMARK - 1 TO 9 SCALE data Snoeijs & Prentice (1989) CCA Canonical axes: -4 Covariables: 0 Scaling: -1 No transformation Regr: Regression/canonical coefficients for standardized variables N NAME AX1 AX2 AX3 AX4 EIG .2576 .1766 .1343 .0888 9 FLOW .3273 .1497 -.1288 -.1933 18 meaTanom -.2374 .1684 .1283 .0150 MACROALGAE FORSMARK - 1 TO 9 SCALE data Snoeijs & Prentice (1989) CCA Canonical axes: -4 Covariables: 0 Scaling: -1 No transformation tVal: t-values of regression coefficients N NAME AX1 AX2 AX3 AX4 FR EXPLAINED .2843 .2889 .0000 .0000 9 FLOW 6.8525 4.0229 -3.5562 -7.1335 18 meaTanom -4.9710 4.5262 3.5447 .5523 MACROALGAE FORSMARK - 1 TO 9 SCALE data Snoeijs & Prentice (1989) CCA Canonical axes: -4 Covariables: 0 Scaling: -1 No transformation CorE: Inter set correlations of environmental variables with axes N NAME AX1 AX2 AX3 AX4 FR EXTRACTED .0614 .2246 .0208 .1588 9 FLOW .3320 .4649 -.1450 -.5131 18 meaTanom -.1121 .4828 .1436 -.2330 MACROALGAE FORSMARK - 1 TO 9 SCALE data Snoeijs & Prentice (1989) CCA Canonical axes: -4 Covariables: 0 Scaling: -1 No transformation BipE: Biplot scores of environmental variables N NAME AX1 AX2 AX3 AX4 R(SPEC,ENV) .4676 .5450 .2925 .5144 9 FLOW .1525 .1945 .0000 .0000 18 meaTanom -.0515 .2020 .0000 .0000 MACROALGAE FORSMARK - 1 TO 9 SCALE data Snoeijs & Prentice (1989) CCA Canonical axes: -4 Covariables: 0 Scaling: -1 No transformation CenE: Centroids of environmental variables (mean.gt.0) in ordination diagram N NAME AX1 AX2 AX3 AX4 R(SPEC,ENV) .4676 .5450 .2925 .5144 9 FLOW .1088 .1252 -.0333 -.0984 18 meaTanom -.0479 .1695 .0430 -.0582 MACROALGAE FORSMARK - 1 TO 9 SCALE data Snoeijs & Prentice (1989) CCA Canonical axes: -4 Covariables: 0 Scaling: -1 No transformation SamE: Sample scores which are linear combinations of environmental variables N NAME AX1 AX2 AX3 AX4 WEIGHT % FIT EIG .2576 .1766 .1343 .0888 1 A 840228 .1770 .1939 -.0554 -.1556 45.00 9.78 2 A 840320 .1770 .1939 -.0554 -.1556 48.00 10.11 3 A 840410 .1770 .1939 -.0554 -.1556 51.00 11.46 4 A 840502 .1770 .1939 -.0554 -.1556 48.00 13.71 5 A 840523 .1770 .1939 -.0554 -.1556 42.00 10.38 6 A 840612 .1770 .1939 -.0554 -.1556 35.00 8.22 7 A 840703 .1770 .1939 -.0554 -.1556 41.00 14.88 8 A 840724 .1770 .1939 -.0554 -.1556 47.00 13.89 9 A 840814 .1770 .1939 -.0554 -.1556 52.00 13.13 10 A 840906 .1770 .1939 -.0554 -.1556 46.00 11.50 11 A 840926 .1770 .1939 -.0554 -.1556 36.00 10.13 12 A 841016 .1770 .1939 -.0554 -.1556 35.00 9.50 13 A 841106 .1770 .1939 -.0554 -.1556 33.00 8.57 14 A 841127 .1770 .1939 -.0554 -.1556 42.00 10.02 15 A 841218 .1770 .1939 -.0554 -.1556 42.00 11.16 16 A 850107 .1770 .1939 -.0554 -.1556 53.00 14.26 17 A 850206 .1770 .1939 -.0554 -.1556 39.00 9.11 18 A 850307 .1770 .1939 -.0554 -.1556 61.00 12.28 19 B 840410 .1042 -.1704 -.0685 .0371 29.00 7.44 20 B 840502 .1042 -.1704 -.0685 .0371 26.00 5.54 21 B 840523 .1042 -.1704 -.0685 .0371 32.00 5.17 22 B 840612 .1042 -.1704 -.0685 .0371 24.00 5.65 23 B 840703 .1042 -.1704 -.0685 .0371 32.00 11.38 24 B 840724 .1042 -.1704 -.0685 .0371 29.00 7.44 25 B 840814 .1042 -.1704 -.0685 .0371 48.00 12.39 26 B 840906 .1042 -.1704 -.0685 .0371 61.00 14.48 27 B 840926 .1042 -.1704 -.0685 .0371 34.00 11.33 28 B 841016 .1042 -.1704 -.0685 .0371 16.00 5.33 29 B 841106 .1042 -.1704 -.0685 .0371 37.00 10.95 30 B 841127 .1042 -.1704 -.0685 .0371 59.00 13.44 31 B 841218 .1042 -.1704 -.0685 .0371 43.00 12.41 32 C 840228 -.1730 .2342 .1076 -.0395 40.00 9.52 33 C 840320 -.1730 .2342 .1076 -.0395 47.00 9.91 34 C 840410 -.1730 .2342 .1076 -.0395 48.00 11.64 35 C 840502 -.1730 .2342 .1076 -.0395 34.00 9.63 36 C 840523 -.1730 .2342 .1076 -.0395 42.00 11.31 37 C 840612 -.1730 .2342 .1076 -.0395 31.00 8.36 38 C 840703 -.1730 .2342 .1076 -.0395 44.00 14.03 39 C 840724 -.1730 .2342 .1076 -.0395 37.00 10.14 40 C 840814 -.1730 .2342 .1076 -.0395 50.00 13.02 41 C 840906 -.1730 .2342 .1076 -.0395 38.00 11.28 42 C 840926 -.1730 .2342 .1076 -.0395 43.00 9.99 43 C 841016 -.1730 .2342 .1076 -.0395 52.00 10.82 44 C 841106 -.1730 .2342 .1076 -.0395 39.00 9.94 45 C 841127 -.1730 .2342 .1076 -.0395 45.00 9.42 46 C 841218 -.1730 .2342 .1076 -.0395 39.00 7.49 47 C 850107 -.1730 .2342 .1076 -.0395 54.00 10.72 48 C 850206 -.1730 .2342 .1076 -.0395 36.00 7.90 49 C 850307 -.1730 .2342 .1076 -.0395 47.00 9.73 50 D 840228 -.0442 -.2731 -.0145 .1404 62.00 12.48 51 D 840320 -.0442 -.2731 -.0145 .1404 62.00 14.34 52 D 840410 -.0442 -.2731 -.0145 .1404 52.00 11.56 53 D 840502 -.0442 -.2731 -.0145 .1404 51.00 10.79 54 D 840523 -.0442 -.2731 -.0145 .1404 43.00 11.34 55 D 840612 -.0442 -.2731 -.0145 .1404 8.00 2.91 56 D 840703 -.0442 -.2731 -.0145 .1404 25.00 7.02 57 D 840724 -.0442 -.2731 -.0145 .1404 20.00 4.88 58 D 840814 -.0442 -.2731 -.0145 .1404 54.00 13.89 59 D 840906 -.0442 -.2731 -.0145 .1404 45.00 12.42 60 D 840926 -.0442 -.2731 -.0145 .1404 47.00 13.23 61 D 841016 -.0442 -.2731 -.0145 .1404 52.00 13.80 62 D 841106 -.0442 -.2731 -.0145 .1404 39.00 11.44 63 D 841127 -.0442 -.2731 -.0145 .1404 43.00 10.57 64 D 841218 -.0442 -.2731 -.0145 .1404 36.00 8.42 65 D 850107 -.0442 -.2731 -.0145 .1404 39.00 8.69 66 D 850206 -.0442 -.2731 -.0145 .1404 39.00 8.59 67 D 850307 -.0442 -.2731 -.0145 .1404 46.00 12.75 68 E 840228 .2134 .3761 -.0488 -.2519 46.00 9.89 69 E 840320 .2134 .3761 -.0488 -.2519 56.00 11.70 70 E 840410 .2134 .3761 -.0488 -.2519 42.00 9.28 71 E 840502 .2134 .3761 -.0488 -.2519 43.00 11.21 72 E 840523 .2134 .3761 -.0488 -.2519 35.00 8.81 73 E 840612 .2134 .3761 -.0488 -.2519 35.00 8.57 74 E 840703 .2134 .3761 -.0488 -.2519 34.00 9.03 75 E 840724 .2134 .3761 -.0488 -.2519 43.00 10.33 76 E 840814 .2134 .3761 -.0488 -.2519 33.00 7.95 77 E 840906 .2134 .3761 -.0488 -.2519 41.00 10.99 78 E 840926 .2134 .3761 -.0488 -.2519 46.00 9.98 79 E 841016 .2134 .3761 -.0488 -.2519 53.00 10.76 80 E 841106 .2134 .3761 -.0488 -.2519 46.00 11.50 81 E 841127 .2134 .3761 -.0488 -.2519 40.00 8.00 82 E 841218 .2134 .3761 -.0488 -.2519 32.00 6.92 83 E 850107 .2134 .3761 -.0488 -.2519 35.00 7.90 84 E 850206 .2134 .3761 -.0488 -.2519 39.00 8.59 85 E 850307 .2134 .3761 -.0488 -.2519 32.00 6.40 86 F 840228 .1014 .4555 .0117 -.2449 37.00 7.91 87 F 840320 .1014 .4555 .0117 -.2449 45.00 8.92 88 F 840410 .1014 .4555 .0117 -.2449 45.00 9.69 89 F 840502 .1014 .4555 .0117 -.2449 44.00 9.13 90 F 840523 .1014 .4555 .0117 -.2449 32.00 9.66 91 F 840612 .1014 .4555 .0117 -.2449 40.00 10.39 92 F 840703 .1014 .4555 .0117 -.2449 42.00 16.04 93 F 840724 .1014 .4555 .0117 -.2449 27.00 9.47 94 F 840814 .1014 .4555 .0117 -.2449 40.00 10.13 95 F 840906 .1014 .4555 .0117 -.2449 38.00 14.16 96 F 840926 .1014 .4555 .0117 -.2449 40.00 10.26 97 F 841016 .1014 .4555 .0117 -.2449 45.00 11.57 98 F 841106 .1014 .4555 .0117 -.2449 27.00 11.57 99 F 841127 .1014 .4555 .0117 -.2449 45.00 10.95 100 F 841218 .1014 .4555 .0117 -.2449 46.00 13.39 101 F 850107 .1014 .4555 .0117 -.2449 46.00 11.50 102 F 850206 .1014 .4555 .0117 -.2449 58.00 14.38 103 F 850307 .1014 .4555 .0117 -.2449 39.00 8.22 104 G 840228 .6175 -.1186 -.2935 -.1833 42.00 8.40 105 G 840320 .6175 -.1186 -.2935 -.1833 40.00 8.89 106 G 840410 .6175 -.1186 -.2935 -.1833 40.00 8.25 107 G 840502 .6175 -.1186 -.2935 -.1833 40.00 9.88 108 G 840523 .6175 -.1186 -.2935 -.1833 32.00 9.14 109 G 840612 .6175 -.1186 -.2935 -.1833 12.00 6.00 110 G 840703 .6175 -.1186 -.2935 -.1833 27.00 10.57 111 G 840724 .6175 -.1186 -.2935 -.1833 24.00 9.29 112 G 840814 .6175 -.1186 -.2935 -.1833 39.00 16.35 113 G 840906 .6175 -.1186 -.2935 -.1833 54.00 18.00 114 G 840926 .6175 -.1186 -.2935 -.1833 33.00 15.78 115 G 841016 .6175 -.1186 -.2935 -.1833 44.00 14.24 116 G 841106 .6175 -.1186 -.2935 -.1833 42.00 12.25 117 G 841127 .6175 -.1186 -.2935 -.1833 61.00 15.83 118 G 841218 .6175 -.1186 -.2935 -.1833 31.00 13.93 119 G 850107 .6175 -.1186 -.2935 -.1833 48.00 14.22 120 G 850206 .6175 -.1186 -.2935 -.1833 40.00 9.52 121 G 850307 .6175 -.1186 -.2935 -.1833 54.00 12.68 122 H 840410 .0379 -.3314 -.0589 .1353 33.00 6.22 123 H 840502 .0379 -.3314 -.0589 .1353 42.00 13.16 124 H 840523 .0379 -.3314 -.0589 .1353 42.00 9.91 125 H 840612 .0379 -.3314 -.0589 .1353 47.00 10.57 126 H 840703 .0379 -.3314 -.0589 .1353 49.00 13.41 127 H 840724 .0379 -.3314 -.0589 .1353 60.00 16.36 128 H 840814 .0379 -.3314 -.0589 .1353 67.00 16.44 129 H 840906 .0379 -.3314 -.0589 .1353 48.00 11.18 130 H 840926 .0379 -.3314 -.0589 .1353 45.00 14.16 131 H 841016 .0379 -.3314 -.0589 .1353 47.00 12.77 132 H 841106 .0379 -.3314 -.0589 .1353 48.00 11.88 133 H 841127 .0379 -.3314 -.0589 .1353 54.00 12.46 134 H 841218 .0379 -.3314 -.0589 .1353 28.00 6.43 135 I 840228 -.4166 -.2170 .1606 .2579 62.00 15.13 136 I 840320 -.4166 -.2170 .1606 .2579 68.00 16.17 137 I 840410 -.4166 -.2170 .1606 .2579 44.00 13.63 138 I 840502 -.4166 -.2170 .1606 .2579 63.00 15.56 139 I 840523 -.4166 -.2170 .1606 .2579 63.00 16.75 140 I 840612 -.4166 -.2170 .1606 .2579 52.00 11.96 141 I 840703 -.4166 -.2170 .1606 .2579 36.00 14.73 142 I 840724 -.4166 -.2170 .1606 .2579 63.00 25.28 143 I 840814 -.4166 -.2170 .1606 .2579 75.00 19.74 144 I 840906 -.4166 -.2170 .1606 .2579 48.00 17.19 145 I 840926 -.4166 -.2170 .1606 .2579 27.00 9.99 146 I 841016 -.4166 -.2170 .1606 .2579 42.00 18.00 147 I 841106 -.4166 -.2170 .1606 .2579 34.00 9.63 148 I 841127 -.4166 -.2170 .1606 .2579 16.00 7.11 149 I 841218 -.4166 -.2170 .1606 .2579 8.00 4.57 150 I 850107 -.4166 -.2170 .1606 .2579 34.00 11.80 151 I 850206 -.4166 -.2170 .1606 .2579 28.00 9.12 152 I 850307 -.4166 -.2170 .1606 .2579 37.00 10.29 153 J 840502 -.1926 -.3758 .0395 .2438 58.00 17.89 154 J 840523 -.1926 -.3758 .0395 .2438 67.00 20.31 155 J 840612 -.1926 -.3758 .0395 .2438 40.00 15.69 156 J 840703 -.1926 -.3758 .0395 .2438 44.00 16.13 157 J 840724 -.1926 -.3758 .0395 .2438 50.00 12.50 158 J 840814 -.1926 -.3758 .0395 .2438 73.00 18.44 159 J 840906 -.1926 -.3758 .0395 .2438 44.00 12.10 160 J 840926 -.1926 -.3758 .0395 .2438 32.00 11.91 161 J 841016 -.1926 -.3758 .0395 .2438 38.00 12.67 162 J 841106 -.1926 -.3758 .0395 .2438 22.00 10.08 163 J 841127 -.1926 -.3758 .0395 .2438 8.00 5.33 164 K 840228 -.3951 -.0242 .1752 .1626 54.00 12.46 165 K 840320 -.3951 -.0242 .1752 .1626 36.00 8.88 166 K 840410 -.3951 -.0242 .1752 .1626 37.00 10.29 167 K 840502 -.3951 -.0242 .1752 .1626 42.00 13.16 168 K 840523 -.3951 -.0242 .1752 .1626 17.00 7.41 169 K 840612 -.3951 -.0242 .1752 .1626 43.00 12.08 170 K 840703 -.3951 -.0242 .1752 .1626 40.00 9.52 171 K 840724 -.3951 -.0242 .1752 .1626 47.00 13.39 172 K 840814 -.3951 -.0242 .1752 .1626 56.00 14.00 173 K 840906 -.3951 -.0242 .1752 .1626 48.00 17.45 174 K 840926 -.3951 -.0242 .1752 .1626 49.00 12.70 175 K 841016 -.3951 -.0242 .1752 .1626 48.00 14.05 176 K 841106 -.3951 -.0242 .1752 .1626 27.00 10.27 177 K 841127 -.3951 -.0242 .1752 .1626 34.00 7.05 178 K 841218 -.3951 -.0242 .1752 .1626 35.00 8.45 179 K 850107 -.3951 -.0242 .1752 .1626 38.00 8.30 180 K 850206 -.3951 -.0242 .1752 .1626 33.00 8.07 181 K 850307 -.3951 -.0242 .1752 .1626 41.00 9.95