%Cypress Dry Season, Mammals & Opossum Corrected, R Added 7/25/2000 0 % ATLSS - Network Analysis of Trophic Dynamics in South Florida Ecosystems. % http://www.cbl.umces.edu/~bonda/ATLSS.html % http://www.cbl.umces.edu/~bonda/cyp001.html % http://www.cbl.umces.edu/~bonda/data_files/CYPDRY.DAT % transformed from SCOR format by Scor2net 13.6.2004 *partition ECO types / cypdry.dat *vertices 71 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 3 4 5 *network cypdry.dat *vertices 71 1 "Living POC" 2 "Living sediment" 3 "Phytoplankton" 4 "Float. vegetation" 5 "Periphyton/Macroalgae" 6 "Macrophytes" 7 "Epiphytes" 8 "Understory" 9 "Vine Leaves" 10 "Hardwoods Leaves" 11 "Cypress Leaves" 12 "Cypress Wood" 13 "HW Wood" 14 "Roots" 15 "Crayfish" 16 "Apple Snail" 17 "Prawn" 18 "Aquatic Invertebrates" 19 "Ter. Invertebrates" 20 "Small Fish, herb + omniv" 21 "Small Fish, prim. carniv" 22 "Large Fish" 23 "Alligators" 24 "Turtles" 25 "Lizards" 26 "Snakes" 27 "Salamanders" 28 "Large Frogs" 29 "Medium Frogs" 30 "Small Frogs" 31 "Salamander L" 32 "Tadpoles" 33 "Pelecaniformes" 34 "Anseriformes" 35 "Vultures" 36 "Kites & Hawks" 37 "Galliformes" 38 "Egrets" 39 "Great blue heron" 40 "Other herons" 41 "Wood stork" 42 "White ibis" 43 "Gruiformes" 44 "Owls" 45 "Caprimulgiformes" 46 "Hummingbirds" 47 "Woodpeckers" 48 "Passeriformes onniv." 49 "Passeriformes pred." 50 "Opossum" 51 "Shrews" 52 "Bats" 53 "Black Bear" 54 "G. Fox" 55 "Raccoon" 56 "Mink" 57 "Otter" 58 "Florida Panther" 59 "Bobcat" 60 "Squirrels" 61 "Mice & Rats" 62 "Rabbits" 63 "White-Tailed Deer" 64 "Hogs" 65 "Armadillo" 66 "Refractory Det." 67 "Liable Det." 68 "Vertebrate Det." 69 "Input" 70 "Output" 71 "Respiration" *arcs 69 1 0.000495 69 3 202.0 69 4 118.0 69 5 134.0 69 6 118.0 69 7 0.368 69 8 241.0 69 9 4.86 69 10 136.0 69 11 79.2 69 12 1.71 69 13 0.261 69 14 0.356 69 38 0.0513 69 39 0.0102 69 40 0.055 69 41 0.0658 69 42 0.0572 69 66 0.132 69 67 0.0546 1 70 0.00628 3 70 0.0946 66 70 288.0 67 70 0.732 1 71 8.19 2 71 198.0 3 71 101.0 4 71 59.0 5 71 67.0 6 71 59.0 7 71 0.184 8 71 120.0 9 71 2.43 10 71 68.0 11 71 39.6 15 71 4.57 16 71 0.153 17 71 6.14 18 71 3.39 19 71 6.18 20 71 0.875 21 71 0.0776 22 71 0.0193 23 71 0.039 24 71 0.198 25 71 0.169 26 71 0.265 27 71 0.0409 28 71 0.00573 29 71 0.0194 30 71 0.00408 31 71 0.00082 32 71 0.00109 33 71 0.0101 34 71 0.000614 35 71 0.148 36 71 0.00729 37 71 0.0453 38 71 0.128 39 71 0.025 40 71 0.132 41 71 0.161 42 71 0.125 43 71 0.00145 44 71 0.0128 45 71 0.00291 46 71 0.00000592 47 71 0.00313 48 71 0.00172 49 71 0.0017 50 71 0.303 51 71 0.00361 52 71 0.00000124 53 71 0.00655 54 71 0.000303 55 71 0.0781 56 71 0.00371 57 71 0.192 58 71 0.00232 59 71 0.00151 60 71 0.0409 61 71 0.0161 62 71 0.064 63 71 0.128 64 71 0.00318 65 71 0.0186 1 15 2.13 1 16 0.076 1 17 2.72 1 18 0.765 1 20 0.263 1 21 0.00702 1 22 0.000702 1 32 0.000433 1 66 0.561 1 67 4.68 2 15 0.531 2 16 0.0186 2 17 0.542 2 18 0.762 2 20 0.105 2 21 0.0035 2 22 0.000699 2 32 0.000216 2 66 18.5 2 67 37.4 3 1 0.0712 3 15 0.487 3 16 0.0171 3 17 1.87 3 18 1.05 3 20 0.24 3 21 0.00855 3 32 0.00177 3 66 16.0 3 67 81.1 4 20 0.0677 4 21 0.002 4 24 0.0764 4 34 0.000155 4 66 44.1 4 67 14.7 5 2 28.1 5 15 1.38 5 16 0.113 5 17 5.96 5 18 0.985 5 20 0.226 5 21 0.00803 5 24 0.105 5 32 0.00111 5 66 15.1 5 67 15.1 6 15 1.82 6 20 0.225 6 21 0.002 6 24 0.0442 6 34 0.000149 6 66 45.5 6 67 11.4 7 20 0.113 7 21 0.00199 7 66 0.0577 7 67 0.0117 8 19 2.59 8 34 0.000247 8 37 0.036 8 46 0.00000277 8 47 0.00171 8 48 0.00119 8 50 0.087 8 53 0.00529 8 54 0.000741 8 55 0.0345 8 60 0.0374 8 61 0.00971 8 62 0.0653 8 63 0.13 8 64 0.00184 8 65 0.00222 8 66 97.5 8 67 19.7 9 19 1.58 9 60 0.000271 9 66 0.707 9 67 0.143 10 19 2.16 10 34 0.00038 10 37 0.0202 10 46 0.00000155 10 47 0.00096 10 48 0.00067 10 50 0.0487 10 53 0.00296 10 54 0.000417 10 55 0.0193 10 60 0.021 10 61 0.00647 10 62 0.0366 10 63 0.0726 10 64 0.00103 10 65 0.00124 10 66 54.6 10 67 11.0 11 19 1.44 11 60 0.0065 11 66 31.7 11 67 6.41 12 19 0.144 12 66 1.41 12 67 0.157 13 19 0.144 13 66 0.105 13 67 0.0117 14 19 0.287 14 66 0.0619 14 67 0.00687 15 22 0.00362 15 23 0.0434 15 24 0.121 15 26 0.032 15 27 0.0426 15 28 0.0196 15 29 0.0459 15 30 0.00962 15 33 0.00553 15 36 0.00347 15 38 0.0475 15 39 0.00915 15 40 0.042 15 41 0.0569 15 42 0.0314 15 43 0.000738 15 44 0.00609 15 55 0.0269 15 56 0.00195 15 57 0.1 15 66 1.76 15 67 3.32 16 21 0.0106 16 22 0.00239 16 23 0.00197 16 24 0.00549 16 26 0.00145 16 27 0.00193 16 28 0.000886 16 29 0.00208 16 30 0.000437 16 36 0.000157 16 38 0.00216 16 39 0.000415 16 40 0.00191 16 41 0.00258 16 42 0.00142 16 43 0.0000335 16 44 0.000277 16 55 0.00122 16 56 0.0000885 16 57 0.00457 16 66 0.0681 16 67 0.102 17 21 0.0349 17 22 0.0202 17 23 0.0318 17 24 0.0886 17 26 0.0234 17 27 0.0312 17 28 0.0143 17 29 0.0337 17 30 0.00704 17 33 0.00405 17 36 0.00254 17 38 0.0347 17 39 0.0067 17 40 0.0308 17 41 0.0417 17 42 0.023 17 43 0.00054 17 44 0.00447 17 55 0.0197 17 56 0.00143 17 57 0.0735 17 66 0.0749 17 67 5.79 18 20 0.876 18 21 0.0946 18 22 0.0196 18 23 0.00855 18 24 0.0238 18 26 0.00628 18 27 0.00838 18 28 0.00385 18 29 0.00904 18 30 0.00189 18 31 0.00241 18 33 0.00109 18 36 0.000683 18 38 0.00934 18 39 0.0018 18 40 0.00829 18 41 0.0112 18 42 0.00618 18 43 0.000145 18 44 0.0012 18 55 0.0053 18 56 0.000384 18 57 0.0735 18 66 1.36 18 67 1.65 19 20 0.127 19 21 0.00338 19 22 0.00136 19 23 0.0168 19 24 0.0467 19 25 0.293 19 26 0.0124 19 27 0.0164 19 28 0.00755 19 29 0.0178 19 30 0.00371 19 34 0.0000485 19 36 0.00134 19 37 0.0271 19 38 0.0183 19 39 0.00354 19 40 0.0163 19 41 0.022 19 42 0.0122 19 43 0.000285 19 44 0.00235 19 45 0.00392 19 46 0.00000486 19 47 0.00295 19 48 0.00209 19 49 0.00362 19 50 0.165 19 51 0.00452 19 52 0.00000154 19 53 0.00134 19 54 0.00389 19 55 0.0104 19 56 0.000754 19 57 0.0387 19 61 0.00963 19 64 0.0021 19 65 0.0257 19 66 2.59 19 67 5.27 20 21 0.0207 20 22 0.0157 20 23 0.301 20 24 0.0572 20 26 0.175 20 27 0.0168 20 28 0.0137 20 33 0.00041 20 36 0.000257 20 38 0.00352 20 39 0.000678 20 40 0.00312 20 41 0.00422 20 42 0.00233 20 43 0.0000547 20 44 0.000453 20 55 0.0003 20 56 0.0000217 20 57 0.00112 20 68 1.09 21 22 0.0101 21 23 0.0391 21 24 0.00741 21 26 0.0227 21 27 0.00217 21 28 0.00178 21 33 0.0000532 21 36 0.0000333 21 38 0.000456 21 39 0.0000878 21 40 0.000404 21 41 0.000547 21 42 0.000302 21 43 0.00000708 21 44 0.0000587 21 55 0.00173 21 56 0.000125 21 57 0.00642 21 68 0.0362 22 23 0.025 22 24 0.00473 22 26 0.0145 22 36 0.0000213 22 39 0.0000118 22 41 0.0000748 22 44 0.0000374 22 55 0.000165 22 56 0.0000119 22 57 0.000617 22 68 0.0103 23 24 0.0353 23 26 0.0461 23 36 0.000382 23 39 0.000346 23 41 0.0022 23 44 0.000672 23 68 0.614 24 23 0.1 24 33 0.000641 24 36 0.000262 24 40 0.00317 24 41 0.00429 24 44 0.00046 24 53 0.000298 24 68 0.338 25 23 0.0249 25 26 0.00672 25 33 0.00016 25 36 0.0000649 25 38 0.000886 25 39 0.000171 25 40 0.000786 25 41 0.00106 25 42 0.00576 25 43 0.000222 25 44 0.000114 25 68 0.0789 26 23 0.0898 26 24 0.0122 26 27 0.0106 26 33 0.000576 26 36 0.000235 26 38 0.0032 26 39 0.000618 26 40 0.00283 26 41 0.00384 26 42 0.0208 26 44 0.000412 26 53 0.000107 26 68 0.105 27 23 0.0293 27 24 0.0064 27 26 0.0201 27 33 0.000166 27 36 0.0000671 27 38 0.000922 27 39 0.000177 27 40 0.000815 27 41 0.0011 27 42 0.00596 27 44 0.000118 27 68 0.0197 28 23 0.0069 28 26 0.0411 28 33 0.000039 28 36 0.0000159 28 44 0.0000279 28 55 0.000123 28 68 0.00784 29 23 0.00949 29 24 0.00488 29 26 0.0562 29 33 0.0000536 29 36 0.0000218 29 38 0.000298 29 39 0.0000575 29 40 0.000264 29 41 0.000357 29 42 0.00193 29 43 0.0000746 29 44 0.0000383 29 55 0.000169 29 57 0.00146 29 68 0.0133 30 23 0.00199 30 24 0.00102 30 26 0.0118 30 33 0.0000112 30 36 0.00000456 30 38 0.0000624 30 39 0.000012 30 40 0.0000554 30 41 0.0000747 30 42 0.000406 30 43 0.0000156 30 57 0.000306 30 68 0.00279 31 26 0.00126 31 43 0.00000168 31 68 0.000329 32 23 0.000308 32 26 0.00183 32 42 0.0000631 32 43 0.00000242 32 68 0.000623 33 68 0.00272 34 68 0.000366 35 68 0.0465 36 68 0.00229 37 23 0.000847 37 24 0.005 37 26 0.00485 37 54 0.000287 37 55 0.000133 37 56 0.000133 37 59 0.000113 37 64 0.00000559 37 65 0.0000311 37 68 0.0271 38 23 0.00146 38 26 0.00837 38 54 0.000657 38 55 0.000304 38 56 0.00000892 38 64 0.0000111 38 65 0.0000619 38 68 0.0348 39 26 0.00188 39 54 0.000168 39 55 0.0000777 39 68 0.00891 40 23 0.00144 40 26 0.00825 40 36 0.00000391 40 44 0.00000635 40 54 0.000958 40 55 0.000446 40 56 0.00000957 40 64 0.0000119 40 65 0.0000662 40 68 0.0358 41 26 0.0111 41 54 0.00167 41 55 0.000777 41 56 0.0000115 41 64 0.0000143 41 65 0.0000795 41 68 0.0436 42 23 0.000844 42 26 0.00481 42 54 0.00329 42 55 0.00153 42 56 0.00000993 42 64 0.0000124 42 65 0.0000689 42 68 0.0338 43 54 0.000186 43 55 0.0000938 43 68 0.000391 44 68 0.00401 45 40 0.000149 45 68 0.000791 46 68 0.00000327 47 26 0.000334 47 40 0.000201 47 68 0.00187 48 24 0.000218 48 26 0.000184 48 36 0.00000291 48 38 0.0000369 48 39 0.00000612 48 40 0.000111 48 41 0.0000424 48 44 0.00000472 48 49 0.00000472 48 54 0.000345 48 55 0.000174 48 59 0.00000427 48 61 0.00000875 48 68 0.00102 49 24 0.000196 49 26 0.000163 49 36 0.00000262 49 38 0.0000332 49 39 0.0000055 49 40 0.0000869 49 41 0.0000381 49 44 0.00000424 49 54 0.000582 49 55 0.000294 49 59 0.00000335 49 61 0.00000787 49 68 0.000461 50 68 0.171 51 24 0.000000145 51 26 0.00000102 51 40 0.0000000377 51 54 0.0000346 51 59 0.00000107 51 68 0.0000369 52 68 0.000000298 53 68 0.00377 54 68 0.0247 55 58 0.000693 55 68 0.0449 56 54 0.000573 56 59 0.0000176 56 68 0.000516 57 68 0.0552 58 68 0.000654 59 68 0.000559 60 54 0.0048 60 59 0.000147 60 68 0.0193 61 23 0.0000549 61 24 0.00105 61 26 0.00739 61 36 0.000000791 61 38 0.0000269 61 39 0.00000214 61 40 0.000271 61 41 0.000015 61 44 0.00000128 61 49 0.000000532 61 51 0.0000393 61 54 0.000207 61 56 0.000000266 61 58 0.00000106 61 59 0.00000636 61 68 0.000665 62 23 0.00254 62 36 0.00000584 62 38 0.00124 62 40 0.0126 62 44 0.0000103 62 54 0.00622 62 56 0.00000187 62 58 0.0000703 62 59 0.000191 62 68 0.015 63 53 0.000101 63 58 0.00127 63 59 0.00158 63 68 0.0711 64 53 0.0000947 64 58 0.000624 64 68 0.00113 65 53 0.000116 65 58 0.000316 65 68 0.0105 66 1 2.54 66 2 40.6 66 18 0.329 66 19 0.868 66 20 0.0681 66 21 0.00201 66 32 0.000186 67 1 16.8 67 2 188.0 67 15 3.94 67 16 0.139 67 17 1.43 67 18 3.63 67 19 4.43 67 20 0.278 67 21 0.0037 67 32 0.000228 68 19 1.14 68 35 0.195 68 50 0.173 68 66 0.365 68 67 0.945 *vector bio-masses / cypdry.dat *vertices 71 0.007764749 2.318836 0.111162 53.0485 110.4234 46.10676 0.02800867 47.35999 0.3429814 26.51985 15.37547 10693.75 800.9207 469.4484 1.57471 0.07122805 1.150072 0.3096738 0.6065807 0.1164369 0.01508307 0.009634848 0.1726627 0.1182843 0.02932683 0.1059386 0.03038893 0.007177498 0.009852598 0.002066344 0.0002216806 0.0003205825 0.0001554734 0.00001193789 0.002297464 0.0001129128 0.0008809511 0.001756378 0.0003478197 0.001882014 0.002251927 0.001960033 0.00002231404 0.0001986624 0.00004515779 0.00000002555351 0.00006085262 0.00003342949 0.00002631779 0.007554747 0.000008346792 0.00000001521248 0.0007702715 0.000880464 0.005301335 0.0001387758 0.01351624 0.0002239769 0.0001228952 0.00115359 0.00004982359 0.001504683 0.01153153 0.0001984951 0.001033025 302.1322 517.16639999999995 0.06408651 0.0 0.0 0.0