20 X 20 vegetation samples of wetland KOOLMANSDIJK (ter Braak & Wiertz 1994) DCA Canonical axes: 0 Covariables: 0 Scaling: -1 DETR-SEGME Rescaling: 4 Segments: 26 Threshold: .00 No transformation Spec: Species scores N NAME AX1 AX2 AX3 AX4 WEIGHT N2 EIG .1847 .0904 .0482 .0377 1 ACHI LMIL 1.8502 -1.1461 1.0703 1.4127 44.00 26.16 2 ACHI LPTA -.2487 -1.7414 1.4041 1.3904 29.00 18.69 3 AGRO S-SP .6417 1.3984 -.4167 -.1663 78.00 34.97 4 ANGE LSYL -.6660 1.2495 -2.6941 -.6045 12.00 10.29 5 ANTH OODO .8822 1.5374 .9291 .6920 85.00 35.24 6 CALA MCAN -1.2414 2.5905 1.0399 -1.1024 7.00 4.45 7 CAPS EBUR -.6136 -1.2760 -3.4452 1.8953 4.00 4.00 8 CARD APRA -1.6276 -.7443 1.2674 1.8240 11.00 7.12 9 CARE XNIG 1.2327 -.2178 1.6415 -.4432 25.00 18.94 10 CARE XPEA 1.4229 .2498 .8173 -.2603 83.00 36.07 11 CENT AJAC .5588 .0131 1.3306 .9173 83.00 36.45 12 CERA SF:F -.7591 .8882 1.1375 .1749 25.00 18.94 13 CIRS IARV -2.4715 -.0468 .1489 1.5816 2.00 2.00 14 CIRS IDIS 1.4735 -1.3570 -.6155 .7011 63.00 28.97 15 CIRS IPAL -.3694 -1.9427 -.4506 -.5485 29.00 17.16 16 CLAD IMAR -1.2175 -1.3476 -2.3089 .9820 8.00 8.00 17 CYNO SCRI -1.4218 -2.0029 1.2481 .6301 10.00 8.33 18 DACT YGLO -.3055 -.3779 -.6211 -.0587 20.00 18.18 19 DACT YMAC 1.8756 1.3306 .7759 .5980 89.00 36.50 20 DANT HDEC 1.6540 -.0023 .4962 1.2432 102.00 37.16 21 EQUI SPAL 1.2043 -.1209 1.5658 .4289 46.00 29.39 22 FEST UARU -.2348 -1.6193 -.7876 1.6726 25.00 17.86 23 FEST UPRA -.5552 1.1435 2.4444 1.8773 8.00 8.00 24 FEST UR:C .5791 .7927 .4409 1.0264 100.00 37.88 25 FILI PULM -2.0741 3.0831 -.8386 1.5538 2.00 2.00 26 GALI UULI -1.2613 1.7573 -1.9275 1.3985 9.00 7.36 27 HOLC ULAN .2090 1.5389 -.2920 -.0405 65.00 34.35 28 HYPO CRAD 1.4106 .3616 .4310 .1692 101.00 37.64 29 IRIS PSE -1.2801 2.1900 -1.2129 -.5357 9.00 9.00 30 JUNC UCON 1.5730 .3453 .1281 -.0195 46.00 34.13 31 LEON TAUT 1.0569 -.5370 -.1389 1.7599 38.00 27.77 32 LEON TSAX .3914 .5761 .0516 .0905 76.00 34.38 33 LEUC AVUL .6602 -.0674 1.0697 .2728 70.00 35.51 34 LOTU SULI -.3923 -.1248 -.3696 -.4237 49.00 25.82 35 LUZU LM:M 1.0829 1.1366 .2865 -.2091 103.00 38.58 36 LYCH NFLO -1.1959 -2.3404 2.0828 1.4637 18.00 10.13 37 LYSI MVUL 1.1259 1.3608 .9376 .0899 86.00 38.52 38 LYTH RSAL -1.4252 -2.6896 1.4913 1.1015 8.00 6.40 39 MOLI NCAE 1.0957 .3439 .4152 -.6653 46.00 29.39 40 PEUC EPAL -2.9842 .4490 .5328 .3959 1.00 1.00 41 PHLE UPRA -1.7217 -1.1768 1.4218 -.5883 3.00 3.00 42 PLAN TLAN 1.2038 1.4401 .8397 .9634 93.00 38.10 43 POA PRA -2.0255 2.8603 -.4234 -1.5507 2.00 2.00 44 POLY GVUL .6250 .0228 -.0277 .6732 71.00 34.29 45 POTE NERE 1.9963 .0494 .2810 1.0005 66.00 32.51 46 PRUN EVUL -.2509 -.1748 -.1077 .1764 44.00 26.89 47 RANU NACR -.2843 .8593 .1265 -.0560 53.00 28.37 48 RANU NREP -1.0412 1.6375 -.0273 -.2833 11.00 9.31 49 RUME XASA .1422 .1178 .8232 1.1743 62.00 33.72 50 SALI XAUR 1.2763 1.0473 .2086 .0866 75.00 37.25 51 SALI XREP 2.0091 -.2068 .3047 1.4174 82.00 32.96 52 STEL LULI -2.9842 .4490 .5328 .3959 1.00 1.00 53 STEL LMED -2.9842 .4490 .5328 .3959 1.00 1.00 54 TARA XOFF -.3090 -.2174 -.3500 1.6281 43.00 25.33 55 TRIF ODUB -1.2586 -2.3022 -2.9934 2.6091 5.00 5.00 56 TRIF OPRA -.7408 .1404 .8494 .1154 35.00 20.76 57 VIOL ACAN -1.5327 -.3878 -3.2635 .3040 4.00 4.00 58 VIOL APAL -2.9842 .4490 .5328 .3959 1.00 1.00 59 OPHI OVUL -1.9589 -.4251 -.0945 1.9879 1.00 1.00 60 QUER CROB 1.5115 1.2083 .8100 .4649 39.00 37.10 61 RANU NFLA -.9040 .4479 -1.8729 -.0611 4.00 4.00 62 JUNC UACU -.2358 1.9085 2.6923 -.9895 17.00 8.76 63 NARD USTR 2.2450 .0893 3.4910 1.4781 17.00 11.56 64 GENT IPNE 3.0492 -2.5370 -3.4062 -3.7001 5.00 3.57 65 HYDR OVUL -.8314 -2.8807 1.8384 1.3149 7.00 4.45 66 HYPE RMAC 2.7031 1.6594 -1.3605 2.9100 13.00 11.27 67 PARN APAL -1.1851 -4.8196 .1773 -1.3602 1.00 1.00 68 POLY GAMP .7285 .8319 3.8599 -.3267 7.00 7.00 69 SAGI NPRO .1298 -3.3370 2.1187 3.0612 3.00 3.00 70 BRIZ AMED 2.8422 -1.0334 1.9610 2.1909 6.00 6.00 71 CARE XPIL 2.8178 -.0158 1.6113 1.6450 16.00 12.80 72 FEST UO:T 3.5749 -.2697 1.6621 -2.4325 9.00 6.23 73 GALI UP:P -.6018 -5.1251 1.8284 -.4170 1.00 1.00 74 BETU L-SP 2.2901 1.9285 .5083 -.2404 35.00 25.00 75 ERIC ATET 3.5573 -.6242 -2.6697 -.2540 18.00 12.46 76 HIER ALAE 3.6602 .3693 .4801 1.2902 27.00 16.95 77 PLAT ABIF 1.9174 1.4932 1.8913 -1.4654 3.00 3.00 78 STEL LGRA 2.2429 -1.1868 3.7670 1.4754 2.00 2.00 79 CALL UVUL 4.0471 -.9834 -2.0397 -.7259 7.00 5.44 80 CHAM EANG 1.7538 -3.7720 -6.3574 4.2240 1.00 1.00 81 GENI SANG 3.9279 -.8213 -.7966 -1.2427 8.00 8.00 82 VICI ACRA 1.5039 -2.7941 -7.7499 2.1907 1.00 1.00 83 HIER APIL 4.1780 -2.1890 -3.0960 -4.6486 6.00 3.00 84 TANA CVUL 3.5888 -1.7503 -3.5297 -2.6123 1.00 1.00 85 SUCC IPRA 4.2947 1.2860 -.8674 3.5200 12.00 7.20 86 RUBU SFRU 3.1268 2.4609 1.2224 -1.0151 6.00 6.00 87 SELI NCAR 4.1969 -2.1824 -1.0064 -5.6660 1.00 1.00 88 MYRI CGAL 4.7482 -2.6343 -4.7518 -5.6673 1.00 1.00 89 POPU LTRE 4.6577 1.6494 -5.9683 6.5649 2.00 2.00 90 ALNU SGLU -.9455 4.9860 -1.2083 -1.0994 3.00 3.00 91 CORY LAVE -1.1639 5.0383 -2.0073 1.9323 1.00 1.00 92 CRAT AMON -1.1639 5.0383 -2.0073 1.9323 1.00 1.00 93 JUNC UBUL -1.1154 4.8155 -1.5921 -1.1988 2.00 2.00 94 RUBU SIDA -1.1639 5.0383 -2.0073 1.9323 1.00 1.00 95 EQUI SARV -.0575 3.3596 -1.5845 -1.6393 5.00 5.00 96 FRAN GALN .4083 3.7780 1.5818 -2.0330 3.00 3.00 97 VALN AOFF -.1867 1.0844 -7.0434 1.5902 1.00 1.00 98 HIER A-SP .7656 1.8387 7.1445 .0162 1.00 1.00 99 LUZU LCAM 5.0012 1.3423 3.2678 -4.3933 1.00 1.00 100 POPU L-SP 4.7505 2.1055 -7.3266 7.6302 1.00 1.00 Centroid .9241 .3773 .3871 .4785 20 X 20 vegetation samples of wetland KOOLMANSDIJK (ter Braak & Wiertz 1994) DCA Canonical axes: 0 Covariables: 0 Scaling: -1 DETR-SEGME Rescaling: 4 Segments: 26 Threshold: .00 No transformation Samp: Sample scores N NAME AX1 AX2 AX3 AX4 WEIGHT N2 EIG .1847 .0904 .0482 .0377 1 A1_77 .0000 .1534 .2663 .5682 92.00 49.79 2 A2_77 .2439 .1516 .2465 .5474 85.00 44.33 3 A3_77 .3148 .3311 .4846 .3414 69.00 40.69 4 A4_77 .4888 .2564 .6159 .4674 70.00 36.03 5 B1_77 .4838 .0636 .0855 .5584 89.00 43.76 6 B2_77 .4578 .0057 .4039 .4673 81.00 36.25 7 B3_77 .4623 .0517 .6993 .5967 75.00 40.47 8 B4_77 .7120 .1281 .6732 .5170 73.00 35.29 9 C1_77 .5469 .0942 .3016 .6394 81.00 38.82 10 C2_77 .6255 .0000 .5127 .4674 82.00 39.55 11 C3_77 .8601 .2772 .3853 .5620 83.00 39.37 12 C4_77 .9795 .1874 .6251 .5237 76.00 37.51 13 D1_77 1.0305 .0371 .2033 .6659 71.00 36.80 14 D2_77 .9669 .1592 .1888 .4938 75.00 35.83 15 D3_77 1.3810 .1819 .1071 .2696 71.00 35.75 16 D4_77 1.3561 .3010 .3456 .5330 73.00 37.27 17 E1_77 1.5186 .0705 .1382 .0000 74.00 36.51 18 E2_77 1.6109 .0911 .0000 .1132 66.00 33.51 19 E3_77 1.5591 .3797 .0823 .7737 63.00 30.77 20 E4_77 1.3769 .3688 .2143 .5905 59.00 30.27 21 A1_88 .4569 1.0009 .1171 .4527 74.00 36.51 22 A2_88 .4657 1.0403 .1663 .2064 56.00 29.04 23 A3_88 .6026 1.2380 .4252 .0395 61.00 29.30 24 A4_88 .8356 .8600 .5609 .3060 42.00 23.21 25 B1_88 .7238 .5404 .1370 .4397 69.00 32.83 26 B2_88 .7594 .6517 .2983 .3175 54.00 28.04 27 B3_88 .9343 .8612 .5955 .2685 58.00 32.35 28 B4_88 .9028 .6361 1.0653 .4729 53.00 30.87 29 C1_88 .8349 .4579 .3169 .4659 69.00 32.39 30 C2_88 1.1050 .6064 .4847 .3068 61.00 28.40 31 C3_88 1.0287 .6978 .7002 .3609 65.00 30.40 32 C4_88 1.2345 .4022 .8192 .5920 53.00 30.87 33 D1_88 1.2972 .4779 .4680 .5924 57.00 26.85 34 D2_88 1.2490 .5533 .4170 .5493 56.00 27.03 35 D3_88 1.5595 .2896 .6662 .6511 52.00 28.17 36 D4_88 1.3853 .5340 .5899 .8261 47.00 27.27 37 E1_88 1.4689 .6259 .6126 .4647 58.00 25.88 38 E2_88 1.6778 .5151 .5139 .3702 62.00 30.03 39 E3_88 1.6147 .6797 .0351 .9935 59.00 27.85 40 E4_88 1.5860 .4900 .5103 .7943 50.00 27.17 Centroid .9241 .3773 .3871 .4785 20 X 20 vegetation samples of wetland KOOLMANSDIJK (ter Braak & Wiertz 1994) DCA Canonical axes: 0 Covariables: 0 Scaling: -1 DETR-SEGME Rescaling: 4 Segments: 26 Threshold: .00 No transformation Tol : Species tolerance (root mean squared deviation for species) N NAME AX1 AX2 AX3 AX4 RMSTOL N2 FR FITTED .1693 .0828 .0442 .0346 1 ACHI LMIL .9047 1.4233 .7335 .9226 102.88 26.16 2 ACHI LPTA 1.0823 1.9588 1.0131 .8878 130.60 18.69 3 AGRO S-SP .5176 1.0141 .8092 .6487 77.01 34.97 4 ANGE LSYL 1.3653 .9626 2.9230 1.0307 176.04 10.29 5 ANTH OODO .4373 1.0990 .5707 .2961 67.31 35.24 6 CALA MCAN 1.7131 2.0472 .6229 1.4359 154.72 4.45 7 CAPS EBUR 1.3888 1.4963 3.6846 1.3256 220.80 4.00 8 CARD APRA 1.9701 .9819 .9412 1.2916 136.01 7.12 9 CARE XNIG .5093 .5857 1.2383 .9392 86.86 18.94 10 CARE XPEA .6215 .3062 .4756 .7625 56.73 36.07 11 CENT AJAC .5860 .4427 .9501 .4633 64.36 36.45 12 CERA SF:F 1.3759 .6259 .7683 .3116 86.20 18.94 13 CIRS IARV 2.5963 .1994 .1080 1.0238 140.00 2.00 14 CIRS IDIS .6530 1.6328 .9842 .2883 101.79 28.97 15 CIRS IPAL 1.1820 2.1224 .8008 1.0193 137.68 17.16 16 CLAD IMAR 1.6867 1.5829 2.5921 .4864 175.40 8.00 17 CYNO SCRI 1.8329 2.1501 .8698 .1372 147.97 8.33 18 DACT YGLO 1.1417 .7338 .9810 .5473 88.09 18.18 19 DACT YMAC .9140 .9357 .4414 .2481 70.13 36.50 20 DANT HDEC .7657 .4540 .2578 .7701 60.25 37.16 21 EQUI SPAL .4641 .5495 1.1193 .1599 67.00 29.39 22 FEST UARU 1.0878 1.8489 1.1416 1.1645 134.74 17.86 23 FEST UPRA 1.2690 .8253 1.9165 1.3720 140.06 8.00 24 FEST UR:C .5464 .5097 .2345 .5807 48.75 37.88 25 FILI PULM 2.3138 2.5415 1.0330 1.0449 186.90 2.00 26 GALI UULI 1.7164 1.4025 2.1626 .9112 161.40 7.36 27 HOLC ULAN .7777 1.1247 .7084 .5358 81.53 34.35 28 HYPO CRAD .6107 .2977 .2408 .3689 40.49 37.64 29 IRIS PSE 1.7117 1.7122 1.5058 .9531 150.31 9.00 30 JUNC UCON .7187 .3056 .3414 .5325 50.25 34.13 31 LEON TAUT .5082 .8655 .5350 1.2340 83.91 27.77 32 LEON TSAX .6484 .3602 .3946 .4208 46.98 34.38 33 LEUC AVUL .4982 .5040 .7088 .2692 51.89 35.51 34 LOTU SULI 1.1548 .5619 .7558 .8849 86.65 25.82 35 LUZU LM:M .4553 .7872 .2507 .7020 58.79 38.58 36 LYCH NFLO 1.6602 2.4939 1.6379 .9458 177.15 10.13 37 LYSI MVUL .4865 .9803 .5895 .4354 65.86 38.52 38 LYTH RSAL 1.8232 2.7908 1.0856 .5962 177.81 6.40 39 MOLI NCAE .4377 .3209 .2034 1.1110 62.66 29.39 40 PEUC EPAL 2.9842 .2956 .2665 .1723 150.78 1.00 41 PHLE UPRA 2.0511 1.3452 1.0066 1.0513 142.61 3.00 42 PLAN TLAN .4977 1.0336 .5001 .5289 67.93 38.10 43 POA PRA 2.2703 2.3065 .6416 1.9464 191.54 2.00 44 POLY GVUL .5141 .4490 .4668 .2495 43.19 34.29 45 POTE NERE 1.0061 .3975 .2557 .5351 61.68 32.51 46 PRUN EVUL 1.0615 .6016 .5390 .3253 68.65 26.89 47 RANU NACR 1.0660 .5723 .3602 .5271 68.40 28.37 48 RANU NREP 1.5512 1.2793 .4147 .7121 108.65 9.31 49 RUME XASA .8417 .3918 .4951 .7130 63.55 33.72 50 SALI XAUR .5376 .7098 .2988 .4354 51.76 37.25 51 SALI XREP 1.0059 .6062 .2489 .9240 75.75 32.96 52 STEL LULI 2.9842 .2956 .2665 .1723 150.78 1.00 53 STEL LMED 2.9842 .2956 .2665 .1723 150.78 1.00 54 TARA XOFF 1.1283 .6202 .7463 1.1275 93.35 25.33 55 TRIF ODUB 1.7536 2.4027 3.2149 2.0138 241.04 5.00 56 TRIF OPRA 1.3537 .3955 .5043 .3767 77.22 20.76 57 VIOL ACAN 1.9252 .6834 3.4886 .2202 202.44 4.00 58 VIOL APAL 2.9842 .2956 .2665 .1723 150.78 1.00 59 OPHI OVUL 2.2027 .5767 .3410 1.4405 135.79 1.00 60 QUER CROB .6639 .8361 .4762 .2007 59.31 37.10 61 RANU NFLA 1.4824 .4480 2.1298 .5589 134.60 4.00 62 JUNC UACU 1.0134 1.4115 2.0891 1.3441 151.58 8.76 63 NARD USTR 1.1729 .3566 2.8323 .9423 161.35 11.56 64 GENT IPNE 1.7954 2.6329 3.5003 3.8940 306.48 3.57 65 HYDR OVUL 1.3960 3.0432 1.3673 .8327 185.56 4.45 66 HYPE RMAC 1.5297 1.1944 1.6906 2.3137 173.04 11.27 67 PARN APAL 1.6429 4.8253 .2266 1.8275 270.99 1.00 68 POLY GAMP .2811 .5016 3.1238 .8105 163.90 7.00 69 SAGI NPRO .7402 3.4298 1.6242 2.4665 229.31 3.00 70 BRIZ AMED 1.6347 1.3163 1.5258 1.6440 153.59 6.00 71 CARE XPIL 1.6095 .4462 1.1539 1.1120 115.73 12.80 72 FEST UO:T 2.2022 .6442 1.2749 2.7563 190.31 6.23 73 GALI UP:P 1.2274 5.1251 1.3157 .8844 275.17 1.00 74 BETU L-SP 1.2120 1.3986 .2593 .7150 100.04 25.00 75 ERIC ATET 2.1909 .9487 2.9121 .7847 192.33 12.46 76 HIER ALAE 2.2733 .2172 .2778 .8087 121.93 16.95 77 PLAT ABIF .8812 1.0204 1.2911 1.8648 131.93 3.00 78 STEL LGRA 1.1430 1.4855 3.0464 .9182 184.64 2.00 79 CALL UVUL 2.5819 1.2489 2.2409 1.2219 191.97 5.44 80 CHAM EANG .7233 3.8091 6.5607 3.5580 420.52 1.00 81 GENI SANG 2.4836 1.1027 1.0860 1.7017 169.26 8.00 82 VICI ACRA .5370 2.9533 7.9386 1.6969 432.76 1.00 83 HIER APIL 2.6762 2.3040 3.1783 4.7774 336.88 3.00 84 TANA CVUL 2.2078 1.9323 3.6368 2.8818 274.50 1.00 85 SUCC IPRA 2.7716 .8605 1.1484 2.8516 211.38 7.20 86 RUBU SFRU 1.8664 1.8301 .8649 1.4103 154.67 6.00 87 SELI NCAR 2.6783 2.2529 1.1446 5.6660 337.87 1.00 88 MYRI CGAL 3.1373 2.7254 4.7518 5.7805 427.97 1.00 89 POPU LTRE 3.0709 1.1297 6.0271 5.6824 445.31 2.00 90 ALNU SGLU 1.4554 3.8944 1.4508 1.3430 230.18 3.00 91 CORY LAVE 1.6209 4.0374 2.1244 1.4797 253.13 1.00 92 CRAT AMON 1.6209 4.0374 2.1244 1.4797 253.13 1.00 93 JUNC UBUL 1.5767 3.7949 1.7340 1.5333 235.82 2.00 94 RUBU SIDA 1.6209 4.0374 2.1244 1.4797 253.13 1.00 95 EQUI SARV .8617 2.4913 1.9841 1.8699 189.62 5.00 96 FRAN GALN .4828 2.8546 1.0145 2.2600 190.52 3.00 97 VALN AOFF .9105 .5440 7.1803 1.1505 367.44 1.00 98 HIER A-SP .1372 1.2025 6.0792 .4567 310.76 1.00 99 LUZU LCAM 3.3233 .8272 2.7539 4.7635 324.05 1.00 100 POPU L-SP 3.1358 1.4258 7.3617 6.6367 524.66 1.00 20 X 20 vegetation samples of wetland KOOLMANSDIJK (ter Braak & Wiertz 1994) DCA Canonical axes: 0 Covariables: 0 Scaling: -1 DETR-SEGME Rescaling: 4 Segments: 26 Threshold: .00 No transformation Het : Sample heterogeneity (root mean squared deviation for samples) N NAME AX1 AX2 AX3 AX4 RMSTOL N2 FR FITTED .1693 .0828 .0442 .0346 1 A1_77 1.2559 1.1955 1.0833 .8011 109.79 49.79 2 A2_77 1.0907 1.1052 1.0158 .7674 100.40 44.33 3 A3_77 .9845 1.1391 .9185 .7318 95.47 40.69 4 A4_77 .8801 1.0467 .8792 .6930 88.37 36.03 5 B1_77 1.0610 1.1616 1.1577 .8983 107.50 43.76 6 B2_77 .9960 1.2664 .8084 .6658 96.08 36.25 7 B3_77 .9597 1.2080 .8837 .7634 96.75 40.47 8 B4_77 .8734 1.0094 .9435 .7329 89.57 35.29 9 C1_77 .9892 1.0697 .9328 .7191 93.67 38.82 10 C2_77 1.0129 1.1977 .6885 .7338 93.18 39.55 11 C3_77 .9686 .9378 .9527 .7354 90.36 39.37 12 C4_77 .8533 .9454 .9414 .7618 87.87 37.51 13 D1_77 .9977 1.0742 1.1991 .8809 104.44 36.80 14 D2_77 .9716 .9780 1.1438 .7145 96.43 35.83 15 D3_77 1.0584 .9777 1.2108 1.2567 113.15 35.75 16 D4_77 1.0595 .8851 .9372 .8487 93.60 37.27 17 E1_77 1.2218 1.1520 1.2000 1.4847 127.12 36.51 18 E2_77 1.2378 1.0825 1.2232 1.4803 126.40 33.51 19 E3_77 1.1938 .8741 1.1067 1.1409 108.58 30.77 20 E4_77 1.0917 .8483 .8967 .8851 93.53 30.27 21 A1_88 1.0161 1.3369 .9353 .7915 103.93 36.51 22 A2_88 .9573 1.1171 .7795 .6837 89.99 29.04 23 A3_88 .9677 .9596 .8848 .7397 89.27 29.30 24 A4_88 .7401 .6349 .5835 .5290 62.67 23.21 25 B1_88 .8304 .8196 1.1419 .6166 87.26 32.83 26 B2_88 .8058 .8659 .7667 .6201 77.00 28.04 27 B3_88 .9553 1.0259 .9192 .8403 93.76 32.35 28 B4_88 .8198 .8324 1.2609 .6583 92.04 30.87 29 C1_88 .8379 .8212 .7412 .6247 76.09 32.39 30 C2_88 .7649 .8052 .6416 .7712 74.83 28.40 31 C3_88 .8236 .8351 .7896 .7384 79.75 30.40 32 C4_88 .7880 .8025 .9481 .6448 80.31 30.87 33 D1_88 .8723 .8110 .6949 .6310 75.83 26.85 34 D2_88 .7656 .7458 .6786 .6657 71.52 27.03 35 D3_88 .9015 .8258 .7513 .8587 83.61 28.17 36 D4_88 .9007 .7750 .7933 .8075 82.05 27.27 37 E1_88 .7654 .8075 .7037 .9085 79.97 25.88 38 E2_88 1.0575 .8334 .9191 1.0647 97.35 30.03 39 E3_88 1.1491 .9070 1.4539 1.4557 126.25 27.85 40 E4_88 .9994 .7820 .8463 .8430 87.14 27.17 20 X 20 vegetation samples of wetland KOOLMANSDIJK (ter Braak & Wiertz 1994) DCA Canonical axes: 0 Covariables: 0 Scaling: -1 DETR-SEGME Rescaling: 4 Segments: 26 Threshold: .00 No transformation Regr: Regression/canonical coefficients for standardized variables N NAME AX1 AX2 AX3 AX4 EIG .1847 .0904 .0482 .0377 28 pH88 -.0882 -.0177 -.2636 .1810 29 Waterd88 .1100 -.1105 -.1334 .0332 30 Waterdep .0450 .2478 .2138 .1996 31 A *1977 -.2477 .0553 .2719 .0573 32 B *1977 -.1664 .0010 .3014 .0491 33 C *1977 -.1409 .0129 .2232 .0849 34 D *1977 -.0507 .0052 .0768 .0660 35 E *1977 .0000 .0000 .0000 .0000 36 A *1988 -.1422 .1820 .1247 -.0983 37 B *1988 -.0784 .0704 .1905 -.0846 38 C *1988 -.0588 .0252 .1435 -.0443 39 D *1988 -.0092 -.0130 .0696 .0225 40 E *1988 .0000 .0000 .0000 .0000 20 X 20 vegetation samples of wetland KOOLMANSDIJK (ter Braak & Wiertz 1994) DCA Canonical axes: 0 Covariables: 0 Scaling: -1 DETR-SEGME Rescaling: 4 Segments: 26 Threshold: .00 No transformation tVal: t-values of regression coefficients N NAME AX1 AX2 AX3 AX4 FR EXPLAINED .3156 .1419 .0000 .0000 28 pH88 -2.5695 -.4268 -5.4181 3.1410 29 Waterd88 2.2429 -1.8622 -1.9198 .4031 30 Waterdep .9407 4.2850 3.1574 2.4884 31 A *1977 -8.2217 1.5171 6.3690 1.1335 32 B *1977 -5.6885 .0279 7.2696 1.0007 33 C *1977 -5.4883 .4142 6.1371 1.9698 34 D *1977 -2.3020 .1948 2.4620 1.7867 35 E *1977 .0000 .0000 .0000 .0000 36 A *1988 -5.0708 5.3625 3.1370 -2.0877 37 B *1988 -2.8867 2.1425 4.9481 -1.8556 38 C *1988 -2.3789 .8435 4.0964 -1.0665 39 D *1988 -.4288 -.5027 2.3027 .6283 40 E *1988 .0000 .0000 .0000 .0000 20 X 20 vegetation samples of wetland KOOLMANSDIJK (ter Braak & Wiertz 1994) DCA Canonical axes: 0 Covariables: 0 Scaling: -1 DETR-SEGME Rescaling: 4 Segments: 26 Threshold: .00 No transformation CorE: Inter set correlations of environmental variables with axes N NAME AX1 AX2 AX3 AX4 FR EXTRACTED .2413 .1004 .0350 .0336 28 pH88 -.8443 .0515 -.1743 -.0244 29 Waterd88 .8789 -.0409 .0226 .2151 30 Waterdep .8008 .5648 .2133 .1081 31 A *1977 -.5507 -.1957 -.0015 .0233 32 B *1977 -.3241 -.3818 .0935 .1073 33 C *1977 -.1424 -.2891 .1053 .1343 34 D *1977 .1985 -.2367 -.2627 .0225 35 E *1977 .4333 -.1732 -.3966 -.2242 36 A *1988 -.2446 .6796 -.1294 -.3525 37 B *1988 -.0679 .2950 .1478 -.1639 38 C *1988 .0801 .1766 .2459 -.0869 39 D *1988 .2878 .0837 .1805 .2573 40 E *1988 .4489 .2039 .0364 .2684 20 X 20 vegetation samples of wetland KOOLMANSDIJK (ter Braak & Wiertz 1994) DCA Canonical axes: 0 Covariables: 0 Scaling: -1 DETR-SEGME Rescaling: 4 Segments: 26 Threshold: .00 No transformation BipE: Biplot scores of environmental variables N NAME AX1 AX2 AX3 AX4 R(SPEC,ENV) .9848 .9498 .8775 .7270 28 pH88 -.3291 .0343 .0000 .0000 29 Waterd88 .3424 -.0321 .0000 .0000 30 Waterdep .3025 .1402 .0000 .0000 31 A *1977 -.2110 -.0422 .0000 .0000 32 B *1977 -.1200 -.0999 .0000 .0000 33 C *1977 -.0508 -.0780 .0000 .0000 34 D *1977 .0809 -.0713 .0000 .0000 35 E *1977 .1712 -.0589 .0000 .0000 36 A *1988 -.1058 .1970 .0000 .0000 37 B *1988 -.0310 .0846 .0000 .0000 38 C *1988 .0284 .0478 .0000 .0000 39 D *1988 .1106 .0168 .0000 .0000 40 E *1988 .1713 .0469 .0000 .0000 20 X 20 vegetation samples of wetland KOOLMANSDIJK (ter Braak & Wiertz 1994) DCA Canonical axes: 0 Covariables: 0 Scaling: -1 DETR-SEGME Rescaling: 4 Segments: 26 Threshold: .00 No transformation CenE: Centroids of environmental variables (mean.gt.0) in ordination diagram N NAME AX1 AX2 AX3 AX4 R(SPEC,ENV) .9848 .9498 .8775 .7270 28 pH88 .9052 .3780 .3851 .4783 29 Waterd88 .9629 .3760 .3876 .4825 30 Waterdep .9830 .4052 .3951 .4819 31 A *1977 .2426 .2145 .3861 .4908 32 B *1977 .5245 .0609 .4463 .5347 33 C *1977 .7498 .1394 .4533 .5483 34 D *1977 1.1818 .1706 .2118 .4909 35 E *1977 1.5197 .2172 .1071 .3475 36 A *1988 .5654 1.0470 .2896 .2589 37 B *1988 .8247 .6673 .4981 .3766 38 C *1988 1.0376 .5454 .5660 .4262 39 D *1988 1.3683 .4641 .5302 .6472 40 E *1988 1.5886 .5801 .4147 .6473 Centroid .9241 .3773 .3871 .4785 20 X 20 vegetation samples of wetland KOOLMANSDIJK (ter Braak & Wiertz 1994) DCA Canonical axes: 0 Covariables: 0 Scaling: -1 DETR-SEGME Rescaling: 4 Segments: 26 Threshold: .00 No transformation SamE: Sample scores which are linear combinations of environmental variables N NAME AX1 AX2 AX3 AX4 WEIGHT N2 EIG .1847 .0904 .0482 .0377 1 A1_77 .0863 .1689 .1119 .5950 92.00 49.79 2 A2_77 .2158 .2068 .3371 .5108 85.00 44.33 3 A3_77 .3341 .2401 .5613 .4131 69.00 40.69 4 A4_77 .3905 .2586 .6331 .4060 70.00 36.03 5 B1_77 .3476 .0074 .1612 .6245 89.00 43.76 6 B2_77 .4908 .0481 .4277 .5118 81.00 36.25 7 B3_77 .5926 .0804 .5702 .4843 75.00 40.47 8 B4_77 .7075 .1202 .6872 .5025 73.00 35.29 9 C1_77 .5997 .0900 .2654 .5639 81.00 38.82 10 C2_77 .6700 .1113 .3785 .5284 82.00 39.55 11 C3_77 .7987 .1538 .5368 .5183 83.00 39.37 12 C4_77 .9424 .2065 .6429 .5861 76.00 37.51 13 D1_77 1.0354 .1126 .1627 .3556 71.00 36.80 14 D2_77 1.1153 .1477 .1429 .4818 75.00 35.83 15 D3_77 1.2590 .2004 .2490 .5496 71.00 35.75 16 D4_77 1.3174 .2216 .2942 .5749 73.00 37.27 17 E1_77 1.4509 .1800 .2188 .1327 74.00 36.51 18 E2_77 1.5339 .2253 .0790 .3976 66.00 33.51 19 E3_77 1.5851 .2475 .0701 .4741 63.00 30.77 20 E4_77 1.5201 .2225 .0377 .4259 59.00 30.27 21 A1_88 .4146 1.0031 .0239 .3608 74.00 36.51 22 A2_88 .5440 1.0410 .2490 .2766 56.00 29.04 23 A3_88 .6624 1.0743 .4733 .1789 61.00 29.30 24 A4_88 .7188 1.0928 .5450 .1718 42.00 23.21 25 B1_88 .6494 .6142 .2161 .4650 69.00 32.83 26 B2_88 .7927 .6549 .4826 .3523 54.00 28.04 27 B3_88 .8945 .6873 .6251 .3248 58.00 32.35 28 B4_88 1.0094 .7271 .7421 .3430 53.00 30.87 29 C1_88 .8949 .4986 .3864 .4421 69.00 32.39 30 C2_88 .9652 .5199 .4995 .4067 61.00 28.40 31 C3_88 1.0939 .5624 .6577 .3965 65.00 30.40 32 C4_88 1.2376 .6151 .7638 .4643 53.00 30.87 33 D1_88 1.2299 .4091 .4850 .5177 57.00 26.85 34 D2_88 1.3098 .4442 .4653 .6439 56.00 27.03 35 D3_88 1.4535 .4969 .5714 .7117 52.00 28.17 36 D4_88 1.5119 .5181 .6166 .7370 47.00 27.27 37 E1_88 1.5165 .5412 .5305 .4236 58.00 25.88 38 E2_88 1.5995 .5864 .3906 .6885 62.00 30.03 39 E3_88 1.6506 .6086 .3817 .7650 59.00 27.85 40 E4_88 1.5856 .5837 .3493 .7169 50.00 27.17 Centroid .9241 .3773 .3871 .4785