Occupacion4
Isa
31 de julio de 2019
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autocorrelacion
Make mat per specie
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## compact## [1] "Guira guira" "Bos sp."
## [3] "Cariama cristata" "Bubulcus ibis"
## [5] "Myrmecophaga tridactyla" "Thrichomys pachyurus"
## [7] "Sus scrofa" "Canis lupus familiaris"
## [9] "Dasypus novemcinctus" "Euphractus sexcinctus"
## [11] "Pecari tajacu" "Cerdocyon thous"
## [13] "Eira barbara" "Leopardus sp."
## [15] "Equus ferus" "Hydrochoerus hydrochaeris"
## [17] "Theristicus caudatus" "Crax fasciolata"
## [19] "Homo sapiens" "Tayassu pecari"
## [21] "Dasyprocta azarae" "Mazama americana"
## [23] "Tamandua tetradactyla" "Mazama sp."
## [25] "Leptotila verreauxi" "Tapirus terrestris"
## [27] "Didelphis albiventris" "Sylvilagus brasiliensis"
## [29] "Holochilus sp." "Rhea americana"
## [31] "Mazama gouazoubira" "Nasua nasua"
## [33] "Vanellus chilensis" "Cabassous unicinctus"
## [35] "Cuniculus paca" "Aburria cumanensis"
## [37] "Puma yagouaroundi" "Gracilinanus agilis"
## [39] "Momotus momota" "Rhipidomys macrurus"
## [41] "Penelope superciliaris" "Chrysocyon brachyurus"
## [43] "Crypturellus undulatus" "Aramides cajaneus"
## [45] "Ortalis canicollis" "Pipile jacutinga"
## [47] "Aramus guarauna" "Sapajus cay"
## [49] "Procyon cancrivorus" "Panthera onca"
## [51] "Puma concolor" "Hylaeamys megacephalus"
## [53] "Furnarius rufus" "Coryphospingus cucullatus"
## [55] "Nothura maculosa" "Crypturellus tataupa"
## [57] "Ovis sp." "Gallus gallus"
## [59] "Syrigma sibilatrix" "Pitangus sulphuratus"
## [61] "Cyanocorax chrysops" "Campylorhamphus sp."
## [63] "Strix virgata" "Caracara plancus"
## [65] "Cyanocorax cyanomelas" "Felis silvestris"
## [67] "Crypturellus parvirostris" "Buteogallus meridionalis"
## [69] "Colaptes campestris" "Tachyphonus rufus"
## [71] "Celeus flavescens"## Numero_de_fotos especie
## 1 1061 Bos sp.
## 2 355 Cariama cristata
## 3 232 Pecari tajacu
## 4 230 Tapirus terrestris
## 5 191 Dasyprocta azarae
## 6 179 Cerdocyon thous
## 7 118 Equus ferus
## 8 117 Dasypus novemcinctus
## 9 108 Crax fasciolata
## 10 96 Mazama gouazoubira
## 11 79 Myrmecophaga tridactyla
## 12 79 Leptotila verreauxi
## 13 70 Euphractus sexcinctus
## 14 62 Sylvilagus brasiliensis
## 15 61 Nasua nasua
## 16 50 Tamandua tetradactyla
## 17 45 Guira guira
## 18 43 Sus scrofa
## 19 41 Mazama americana
## 20 39 Rhea americana
## 21 36 Eira barbara
## 22 35 Homo sapiens
## 23 34 Leopardus sp.
## 24 29 Didelphis albiventris
## 25 28 Cuniculus paca
## 26 26 Hydrochoerus hydrochaeris
## 27 26 Procyon cancrivorus
## 28 25 Canis lupus familiaris
## 29 25 Tayassu pecari
## 30 18 Sapajus cay
## 31 16 Thrichomys pachyurus
## 32 13 Ortalis canicollis
## 33 12 Mazama sp.
## 34 12 Gracilinanus agilis
## 35 12 Crypturellus undulatus
## 36 12 Puma concolor
## 37 11 Bubulcus ibis
## 38 10 Theristicus caudatus
## 39 9 Ovis sp.
## 40 7 Puma yagouaroundi
## 41 7 Aramides cajaneus
## 42 5 Cabassous unicinctus
## 43 5 Chrysocyon brachyurus
## 44 4 Vanellus chilensis
## 45 4 Furnarius rufus
## 46 4 Syrigma sibilatrix
## 47 4 Colaptes campestris
## 48 3 Caracara plancus
## 49 2 Aburria cumanensis
## 50 2 Momotus momota
## 51 2 Rhipidomys macrurus
## 52 2 Pipile jacutinga
## 53 2 Aramus guarauna
## 54 2 Hylaeamys megacephalus
## 55 2 Crypturellus tataupa
## 56 2 Gallus gallus
## 57 2 Cyanocorax chrysops
## 58 2 Celeus flavescens
## 59 1 Holochilus sp.
## 60 1 Penelope superciliaris
## 61 1 Panthera onca
## 62 1 Coryphospingus cucullatus
## 63 1 Nothura maculosa
## 64 1 Pitangus sulphuratus
## 65 1 Campylorhamphus sp.
## 66 1 Strix virgata
## 67 1 Cyanocorax cyanomelas
## 68 1 Felis silvestris
## 69 1 Crypturellus parvirostris
## 70 1 Buteogallus meridionalis
## 71 1 Tachyphonus rufusmodelo para Danta
## nPars AIC delta AICwt cumltvWt
## p(substract)psi(p_pec_500) = 7 4 1705.54 0.00 0.33221 0.33
## p(.)psi(p_pec_500) = 3 3 1705.79 0.24 0.29412 0.63
## p(p_veg_500)psi(p_pec_500) = 11 4 1706.21 0.66 0.23857 0.86
## p(substract)psi(p_pec_1000) = 9 4 1709.61 4.06 0.04357 0.91
## p(.)psi(p_pec_1000) = 5 3 1709.66 4.11 0.04248 0.95
## p(p_veg_500)psi(p_pec_1000) = 13 4 1709.80 4.26 0.03950 0.99
## p(p_veg_500)psi(p_veg_500) = 10 4 1715.96 10.42 0.00182 0.99
## p(.)psi(p_veg_500) = 2 3 1716.06 10.52 0.00173 0.99
## p(substract)psi(p_veg_500) = 6 4 1716.14 10.59 0.00166 1.00
## p(p_veg_500)psi(p_veg_1000) = 12 4 1716.55 11.01 0.00135 1.00
## p(.)psi(p_veg_1000) = 4 3 1716.83 11.28 0.00118 1.00
## p(substract)psi(p_veg_1000) = 8 4 1717.01 11.47 0.00107 1.00
## p(.)psi(.) = 1 2 1717.75 12.20 0.00074 1.00## [1] "p(substract)psi(p_pec_500) = 7"
modelo para Pecari tajacu
## nPars AIC delta AICwt cumltvWt
## p(substract)psi(p_veg_500) = 6 4 1661.06 0.00 4.7e-01 0.47
## p(substract)psi(p_pec_500) = 7 4 1661.20 0.14 4.4e-01 0.91
## p(substract)psi(p_veg_1000) = 8 4 1666.60 5.54 2.9e-02 0.94
## p(substract)psi(p_pec_1000) = 9 4 1667.03 5.97 2.4e-02 0.96
## p(p_veg_500)psi(p_veg_500) = 10 4 1667.13 6.06 2.3e-02 0.98
## p(.)psi(p_veg_500) = 2 3 1668.87 7.81 9.5e-03 0.99
## p(p_veg_500)psi(p_pec_500) = 11 4 1671.04 9.98 3.2e-03 1.00
## p(.)psi(p_pec_500) = 3 3 1671.49 10.43 2.6e-03 1.00
## p(p_veg_500)psi(p_veg_1000) = 12 4 1674.83 13.77 4.8e-04 1.00
## p(.)psi(p_veg_1000) = 4 3 1675.88 14.82 2.8e-04 1.00
## p(p_veg_500)psi(p_pec_1000) = 13 4 1678.53 17.47 7.5e-05 1.00
## p(.)psi(p_pec_1000) = 5 3 1678.65 17.58 7.1e-05 1.00
## p(.)psi(.) = 1 2 1883.75 222.68 2.1e-49 1.00## [1] "p(substract)psi(p_veg_500) = 6"
modelo para Caraima cristata
## nPars AIC delta AICwt cumltvWt
## p(substract)psi(p_veg_500) = 6 4 2100.98 0.00 6.5e-01 0.65
## p(substract)psi(p_veg_1000) = 8 4 2102.23 1.25 3.5e-01 1.00
## p(substract)psi(p_pec_500) = 7 4 2112.60 11.62 1.9e-03 1.00
## p(substract)psi(p_pec_1000) = 9 4 2113.68 12.70 1.1e-03 1.00
## p(p_veg_500)psi(p_veg_500) = 10 4 2133.95 32.96 4.5e-08 1.00
## p(p_veg_500)psi(p_veg_1000) = 12 4 2135.35 34.37 2.2e-08 1.00
## p(.)psi(p_veg_500) = 2 3 2139.39 38.41 3.0e-09 1.00
## p(.)psi(p_veg_1000) = 4 3 2140.88 39.90 1.4e-09 1.00
## p(p_veg_500)psi(p_pec_500) = 11 4 2146.34 45.36 9.2e-11 1.00
## p(p_veg_500)psi(p_pec_1000) = 13 4 2147.60 46.62 4.9e-11 1.00
## p(.)psi(p_pec_500) = 3 3 2152.18 51.20 4.9e-12 1.00
## p(.)psi(p_pec_1000) = 5 3 2153.50 52.52 2.6e-12 1.00
## p(.)psi(.) = 1 2 2159.83 58.85 1.1e-13 1.00## [1] "p(substract)psi(p_veg_500) = 6"
modelo para Dasyprocta azarae, cutia
## nPars AIC delta AICwt cumltvWt
## p(p_veg_500)psi(p_veg_1000) = 12 4 1196.16 0.00 5.2e-01 0.52
## p(p_veg_500)psi(p_veg_500) = 10 4 1196.69 0.53 4.0e-01 0.92
## p(substract)psi(p_veg_1000) = 8 4 1202.28 6.12 2.4e-02 0.95
## p(substract)psi(p_veg_500) = 6 4 1202.90 6.74 1.8e-02 0.96
## p(p_veg_500)psi(p_pec_1000) = 13 4 1204.03 7.87 1.0e-02 0.97
## p(.)psi(p_veg_1000) = 4 3 1204.32 8.16 8.8e-03 0.98
## p(p_veg_500)psi(p_pec_500) = 11 4 1204.58 8.42 7.7e-03 0.99
## p(.)psi(p_veg_500) = 2 3 1204.72 8.56 7.2e-03 1.00
## p(substract)psi(p_pec_1000) = 9 4 1207.76 11.60 1.6e-03 1.00
## p(substract)psi(p_pec_500) = 7 4 1208.27 12.11 1.2e-03 1.00
## p(.)psi(p_pec_1000) = 5 3 1213.09 16.93 1.1e-04 1.00
## p(.)psi(p_pec_500) = 3 3 1213.57 17.41 8.6e-05 1.00
## p(.)psi(.) = 1 2 1216.52 20.36 2.0e-05 1.00## [1] "p(p_veg_500)psi(p_veg_1000) = 12"
modelo para Cerdocyon thous - Lobinho
## nPars AIC delta AICwt cumltvWt
## p(.)psi(p_veg_500) = 2 3 1316.37 0.000 0.33611 0.34
## p(p_veg_500)psi(p_veg_500) = 10 4 1316.42 0.051 0.32760 0.66
## p(substract)psi(p_veg_500) = 6 4 1317.43 1.055 0.19831 0.86
## p(p_veg_500)psi(p_veg_1000) = 12 4 1320.08 3.707 0.05266 0.91
## p(.)psi(p_veg_1000) = 4 3 1320.31 3.937 0.04695 0.96
## p(substract)psi(p_veg_1000) = 8 4 1321.50 5.126 0.02590 0.99
## p(p_veg_500)psi(p_pec_500) = 11 4 1325.88 9.507 0.00290 0.99
## p(p_veg_500)psi(p_pec_1000) = 13 4 1325.91 9.536 0.00286 0.99
## p(.)psi(p_pec_500) = 3 3 1326.48 10.112 0.00214 1.00
## p(.)psi(p_pec_1000) = 5 3 1326.58 10.211 0.00204 1.00
## p(substract)psi(p_pec_500) = 7 4 1327.78 11.409 0.00112 1.00
## p(substract)psi(p_pec_1000) = 9 4 1327.92 11.545 0.00105 1.00
## p(.)psi(.) = 1 2 1329.97 13.600 0.00037 1.00## [1] "p(.)psi(p_veg_500) = 2"
modelo para Dasypus novemcinctus - tatu galinha
## nPars AIC delta AICwt cumltvWt
## p(p_veg_500)psi(p_pec_1000) 4 958.10 0.00 4.7e-01 0.47
## p(p_veg_500)psi(p_veg_1000) 4 959.21 1.11 2.7e-01 0.74
## p(p_veg_500)psi(p_pec_500) 4 960.31 2.21 1.5e-01 0.89
## p(p_veg_500)psi(p_veg_500) 4 961.08 2.97 1.1e-01 1.00
## p(.)psi(p_pec_1000) 3 969.68 11.57 1.4e-03 1.00
## p(.)psi(p_veg_1000) 3 970.33 12.23 1.0e-03 1.00
## p(substract)psi(p_pec_1000) 4 971.23 13.12 6.6e-04 1.00
## p(substract)psi(p_veg_1000) 4 971.96 13.85 4.6e-04 1.00
## p(.)psi(p_pec_500) 3 973.09 14.99 2.6e-04 1.00
## p(.)psi(p_veg_500) 3 974.10 15.99 1.6e-04 1.00
## p(substract)psi(p_pec_500) 4 974.57 16.47 1.2e-04 1.00
## p(.)psi(.) 2 974.90 16.80 1.1e-04 1.00
## p(substract)psi(p_veg_500) 4 975.60 17.50 7.4e-05 1.00
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#modelo para Crax fasciolata
## nPars AIC delta AICwt cumltvWt
## p(p_veg_500)psi(p_pec_500) = 11 4 898.73 0.00 3.9e-01 0.39
## p(p_veg_500)psi(p_veg_500) = 10 4 899.57 0.84 2.5e-01 0.64
## p(p_veg_500)psi(p_pec_1000) = 13 4 900.25 1.51 1.8e-01 0.83
## p(p_veg_500)psi(p_veg_1000) = 12 4 900.33 1.60 1.7e-01 1.00
## p(substract)psi(p_veg_500) = 6 4 919.72 20.99 1.1e-05 1.00
## p(.)psi(p_veg_500) = 2 3 919.78 21.05 1.0e-05 1.00
## p(substract)psi(p_pec_500) = 7 4 920.02 21.29 9.3e-06 1.00
## p(substract)psi(p_veg_1000) = 8 4 921.75 23.01 3.9e-06 1.00
## p(.)psi(p_pec_500) = 3 3 921.92 23.18 3.6e-06 1.00
## p(.)psi(p_veg_1000) = 4 3 922.40 23.66 2.8e-06 1.00
## p(substract)psi(p_pec_1000) = 9 4 922.75 24.02 2.4e-06 1.00
## p(.)psi(p_pec_1000) = 5 3 925.21 26.47 6.9e-07 1.00
## p(.)psi(.) = 1 2 933.34 34.61 1.2e-08 1.00## [1] "p(p_veg_500)psi(p_pec_500) = 11"
modelo para Mazama gouazoubira - Veado catingueiro
## nPars AIC delta AICwt cumltvWt
## p(p_veg_500)psi(p_pec_500) 4 801.12 0.00 0.55372 0.55
## p(p_veg_500)psi(p_pec_1000) 4 802.73 1.61 0.24741 0.80
## p(p_veg_500)psi(p_veg_500) 4 803.97 2.85 0.13310 0.93
## p(p_veg_500)psi(p_veg_1000) 4 805.53 4.40 0.06123 1.00
## p(.)psi(p_pec_500) 3 813.41 12.29 0.00119 1.00
## p(.)psi(.) 2 814.03 12.90 0.00087 1.00
## p(.)psi(p_pec_1000) 3 814.44 13.31 0.00071 1.00
## p(substract)psi(p_pec_500) 4 815.26 14.14 0.00047 1.00
## p(.)psi(p_veg_500) 3 815.56 14.44 0.00041 1.00
## p(.)psi(p_veg_1000) 3 815.99 14.87 0.00033 1.00
## p(substract)psi(p_pec_1000) 4 816.31 15.19 0.00028 1.00
## p(substract)psi(p_veg_500) 4 817.45 16.33 0.00016 1.00
## p(substract)psi(p_veg_1000) 4 817.92 16.80 0.00012 1.00
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modelo para Myrmecophaga tridactyla -Tamandua bandeira
## nPars AIC delta AICwt cumltvWt
## p(substract)psi(p_veg_1000) 4 754.22 0.00 6.3e-01 0.63
## p(.)psi(p_veg_1000) 3 756.58 2.35 1.9e-01 0.82
## p(p_veg_500)psi(p_veg_1000) 4 758.40 4.17 7.8e-02 0.90
## p(.)psi(p_veg_500) 3 758.66 4.44 6.8e-02 0.97
## p(p_veg_500)psi(p_veg_500) 4 760.57 6.35 2.6e-02 0.99
## p(.)psi(p_pec_1000) 3 765.84 11.62 1.9e-03 1.00
## p(.)psi(p_pec_500) 3 765.89 11.67 1.8e-03 1.00
## p(p_veg_500)psi(p_pec_1000) 4 766.87 12.65 1.1e-03 1.00
## p(p_veg_500)psi(p_pec_500) 4 766.92 12.70 1.1e-03 1.00
## p(.)psi(.) 2 768.77 14.55 4.4e-04 1.00
## p(substract)psi(p_veg_500) 4 773.47 19.25 4.1e-05 1.00
## p(substract)psi(p_pec_1000) 4 776.38 22.15 9.7e-06 1.00
## p(substract)psi(p_pec_500) 4 780.02 25.80 1.6e-06 1.00
## doing row 1000 of 31232
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modelo para Leptotila verreauxi
## nPars AIC delta AICwt cumltvWt
## p(substract)psi(p_pec_1000) = 9 4 525.79 0.00 3.8e-01 0.38
## p(substract)psi(p_pec_500) = 7 4 526.70 0.91 2.4e-01 0.62
## p(substract)psi(p_veg_500) = 6 4 527.05 1.26 2.0e-01 0.82
## p(substract)psi(p_veg_1000) = 8 4 527.28 1.49 1.8e-01 1.00
## p(p_veg_500)psi(p_pec_1000) = 13 4 538.05 12.26 8.2e-04 1.00
## p(p_veg_500)psi(p_veg_500) = 10 4 538.23 12.44 7.5e-04 1.00
## p(p_veg_500)psi(p_veg_1000) = 12 4 538.92 13.13 5.3e-04 1.00
## p(p_veg_500)psi(p_pec_500) = 11 4 539.07 13.28 4.9e-04 1.00
## p(.)psi(p_veg_500) = 2 3 543.73 17.94 4.8e-05 1.00
## p(.)psi(p_pec_1000) = 5 3 544.03 18.24 4.1e-05 1.00
## p(.)psi(p_veg_1000) = 4 3 544.56 18.77 3.2e-05 1.00
## p(.)psi(p_pec_500) = 3 3 545.02 19.23 2.5e-05 1.00
## p(.)psi(.) = 1 2 550.14 24.35 1.9e-06 1.00## [1] "p(substract)psi(p_pec_1000) = 9"
modelo para Euphractus sexinctus - tatu peba
## nPars AIC delta AICwt cumltvWt
## p(p_veg_500)psi(p_pec_500) 4 680.71 0.00 7.1e-01 0.71
## p(substract)psi(p_pec_500) 4 684.36 3.64 1.1e-01 0.82
## p(p_veg_500)psi(p_pec_1000) 4 684.40 3.68 1.1e-01 0.93
## p(substract)psi(p_pec_1000) 4 686.47 5.76 4.0e-02 0.97
## p(substract)psi(p_veg_1000) 4 689.55 8.83 8.5e-03 0.98
## p(substract)psi(p_veg_500) 4 689.62 8.91 8.2e-03 0.99
## p(p_veg_500)psi(p_veg_500) 4 690.30 9.59 5.9e-03 1.00
## p(p_veg_500)psi(p_veg_1000) 4 691.10 10.39 3.9e-03 1.00
## p(.)psi(p_veg_1000) 3 697.83 17.11 1.4e-04 1.00
## p(.)psi(.) 2 698.06 17.34 1.2e-04 1.00
## p(.)psi(p_veg_500) 3 698.41 17.70 1.0e-04 1.00
## p(.)psi(p_pec_500) 3 699.12 18.40 7.1e-05 1.00
## p(.)psi(p_pec_1000) 3 699.76 19.05 5.2e-05 1.00
## doing row 1000 of 124185
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modelop para Sylvilagus brasiliensis - coelho
## nPars AIC delta AICwt cumltvWt
## p(p_veg_500)psi(p_veg_500) = 10 4 511.10 0.00 0.2993 0.30
## p(substract)psi(p_veg_500) = 6 4 511.93 0.83 0.1978 0.50
## p(p_veg_500)psi(p_pec_500) = 11 4 512.84 1.74 0.1252 0.62
## p(substract)psi(p_pec_500) = 7 4 512.97 1.87 0.1172 0.74
## p(p_veg_500)psi(p_veg_1000) = 12 4 514.38 3.28 0.0581 0.80
## p(substract)psi(p_veg_1000) = 8 4 514.67 3.57 0.0501 0.85
## p(substract)psi(p_pec_1000) = 9 4 514.88 3.78 0.0452 0.89
## p(p_veg_500)psi(p_pec_1000) = 13 4 514.94 3.84 0.0440 0.94
## p(.)psi(p_veg_500) = 2 3 516.03 4.93 0.0254 0.96
## p(.)psi(p_pec_500) = 3 3 516.79 5.69 0.0174 0.98
## p(.)psi(p_veg_1000) = 4 3 518.51 7.41 0.0073 0.99
## p(.)psi(p_pec_1000) = 5 3 518.55 7.45 0.0072 0.99
## p(.)psi(.) = 1 2 519.04 7.94 0.0057 1.00## [1] "p(p_veg_500)psi(p_veg_500) = 10"
modelo para Nasua nasua - coati
modelo para Tamandua tetradactyla - T mirim
## nPars AIC delta AICwt cumltvWt
## p(p_veg_500)psi(p_veg_500) = 10 4 539.32 0.00 0.227 0.23
## p(p_veg_500)psi(p_veg_1000) = 12 4 540.48 1.16 0.127 0.35
## p(p_veg_500)psi(p_pec_1000) = 13 4 540.70 1.38 0.114 0.47
## p(p_veg_500)psi(p_pec_500) = 11 4 540.90 1.58 0.103 0.57
## p(.)psi(.) = 1 2 541.45 2.13 0.078 0.65
## p(.)psi(p_pec_1000) = 5 3 541.68 2.37 0.069 0.72
## p(.)psi(p_veg_500) = 2 3 541.80 2.49 0.065 0.78
## p(.)psi(p_pec_500) = 3 3 541.87 2.55 0.063 0.85
## p(.)psi(p_veg_1000) = 4 3 542.17 2.85 0.055 0.90
## p(substract)psi(p_pec_1000) = 9 4 543.53 4.22 0.028 0.93
## p(substract)psi(p_pec_500) = 7 4 543.72 4.40 0.025 0.95
## p(substract)psi(p_veg_500) = 6 4 543.73 4.41 0.025 0.98
## p(substract)psi(p_veg_1000) = 8 4 544.02 4.70 0.022 1.00## [1] "p(p_veg_500)psi(p_veg_500) = 10"
modelo para Guira guira
modelo para Sus scrofa
## nPars AIC delta AICwt cumltvWt
## p(p_veg_500)psi(p_pec_1000) 4 368.01 0.00 0.18206 0.18
## p(.)psi(p_pec_1000) 3 368.39 0.38 0.15039 0.33
## p(.)psi(p_veg_1000) 3 368.47 0.46 0.14431 0.48
## p(p_veg_500)psi(p_veg_1000) 4 368.55 0.55 0.13851 0.62
## p(substract)psi(p_veg_1000) 4 369.98 1.97 0.06801 0.68
## p(substract)psi(p_pec_1000) 4 370.01 2.00 0.06687 0.75
## p(p_veg_500)psi(p_pec_500) 4 370.22 2.21 0.06030 0.81
## p(.)psi(p_veg_500) 3 370.59 2.58 0.05006 0.86
## p(p_veg_500)psi(p_veg_500) 4 370.62 2.61 0.04927 0.91
## p(.)psi(p_pec_500) 3 370.77 2.76 0.04573 0.96
## p(substract)psi(p_veg_500) 4 372.09 4.08 0.02362 0.98
## p(substract)psi(p_pec_500) 4 372.38 4.37 0.02043 1.00
## p(.)psi(.) 2 380.06 12.05 0.00044 1.00
## doing row 1000 of 31232
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#modelo para Mazama americana - Veado campeiro
## nPars AIC delta AICwt cumltvWt
## p(substract)psi(p_veg_500) = 6 4 404.08 0.00 3.2e-01 0.32
## p(substract)psi(p_veg_1000) = 8 4 405.27 1.19 1.8e-01 0.50
## p(.)psi(p_veg_500) = 2 3 405.87 1.79 1.3e-01 0.64
## p(substract)psi(p_pec_500) = 7 4 406.83 2.74 8.2e-02 0.72
## p(substract)psi(p_pec_1000) = 9 4 407.11 3.03 7.1e-02 0.79
## p(p_veg_500)psi(p_veg_500) = 10 4 407.12 3.04 7.1e-02 0.86
## p(.)psi(p_veg_1000) = 4 3 407.62 3.53 5.6e-02 0.92
## p(p_veg_500)psi(p_veg_1000) = 12 4 408.45 4.36 3.7e-02 0.95
## p(p_veg_500)psi(p_pec_500) = 11 4 410.10 6.01 1.6e-02 0.97
## p(p_veg_500)psi(p_pec_1000) = 13 4 410.31 6.23 1.4e-02 0.98
## p(.)psi(p_pec_500) = 3 3 411.34 7.26 8.6e-03 0.99
## p(.)psi(p_pec_1000) = 5 3 411.76 7.67 7.0e-03 1.00
## p(.)psi(.) = 1 2 421.06 16.98 6.7e-05 1.00## [1] "p(substract)psi(p_veg_500) = 6"
modelo para Rhea americana
## nPars AIC delta AICwt cumltvWt
## p(substract)psi(p_veg_500) = 6 4 346.23 0.00 4.3e-01 0.43
## p(substract)psi(p_veg_1000) = 8 4 348.73 2.50 1.2e-01 0.55
## p(p_veg_500)psi(p_veg_500) = 10 4 349.23 3.00 9.5e-02 0.65
## p(p_veg_500)psi(p_pec_1000) = 13 4 349.57 3.34 8.0e-02 0.73
## p(p_veg_500)psi(p_pec_500) = 11 4 349.74 3.51 7.4e-02 0.80
## p(p_veg_500)psi(p_veg_1000) = 12 4 349.83 3.60 7.1e-02 0.87
## p(substract)psi(p_pec_500) = 7 4 350.15 3.92 6.0e-02 0.93
## p(substract)psi(p_pec_1000) = 9 4 350.52 4.29 5.0e-02 0.98
## p(.)psi(p_veg_500) = 2 3 352.63 6.40 1.7e-02 1.00
## p(.)psi(p_veg_1000) = 4 3 358.85 12.62 7.8e-04 1.00
## p(.)psi(p_pec_500) = 3 3 366.80 20.57 1.5e-05 1.00
## p(.)psi(p_pec_1000) = 5 3 368.98 22.75 4.9e-06 1.00
## p(.)psi(.) = 1 2 374.12 27.89 3.8e-07 1.00## [1] "p(substract)psi(p_veg_500) = 6"
modelo para Eira barbara
## nPars AIC delta AICwt cumltvWt
## p(substract)psi(p_veg_500) = 6 4 397.10 0.000 3.3e-01 0.33
## p(substract)psi(p_pec_500) = 7 4 397.14 0.043 3.2e-01 0.65
## p(substract)psi(p_pec_1000) = 9 4 397.40 0.298 2.8e-01 0.93
## p(substract)psi(p_veg_1000) = 8 4 403.30 6.197 1.5e-02 0.95
## p(.)psi(p_veg_500) = 2 3 403.77 6.674 1.2e-02 0.96
## p(p_veg_500)psi(p_veg_500) = 10 4 403.99 6.888 1.0e-02 0.97
## p(p_veg_500)psi(p_veg_1000) = 12 4 404.05 6.951 1.0e-02 0.98
## p(p_veg_500)psi(p_pec_500) = 11 4 404.21 7.111 9.4e-03 0.99
## p(p_veg_500)psi(p_pec_1000) = 13 4 404.38 7.276 8.6e-03 1.00
## p(.)psi(p_pec_500) = 3 3 406.93 9.831 2.4e-03 1.00
## p(.)psi(p_pec_1000) = 5 3 408.17 11.067 1.3e-03 1.00
## p(.)psi(p_veg_1000) = 4 3 411.29 14.194 2.7e-04 1.00
## p(.)psi(.) = 1 2 431.24 34.139 1.3e-08 1.00## [1] "p(substract)psi(p_veg_500) = 6"
modelo para Leopardus sp
## nPars AIC delta AICwt cumltvWt
## p(.)psi(p_pec_500) = 3 3 390.90 0.00 0.17766 0.18
## p(substract)psi(p_pec_500) = 7 4 391.62 0.73 0.12363 0.30
## p(.)psi(p_veg_500) = 2 3 391.86 0.96 0.10975 0.41
## p(.)psi(p_veg_1000) = 4 3 391.90 1.00 0.10792 0.52
## p(p_veg_500)psi(p_pec_500) = 11 4 392.22 1.33 0.09158 0.61
## p(p_veg_500)psi(p_veg_500) = 10 4 392.24 1.34 0.09103 0.70
## p(.)psi(p_pec_1000) = 5 3 392.51 1.61 0.07934 0.78
## p(p_veg_500)psi(p_veg_1000) = 12 4 393.02 2.12 0.06159 0.84
## p(p_veg_500)psi(p_pec_1000) = 13 4 393.21 2.31 0.05600 0.90
## p(substract)psi(p_veg_500) = 6 4 393.39 2.49 0.05122 0.95
## p(substract)psi(p_veg_1000) = 8 4 393.63 2.73 0.04534 1.00
## p(.)psi(.) = 1 2 398.17 7.27 0.00468 1.00
## p(substract)psi(p_pec_1000) = 9 4 403.78 12.88 0.00028 1.00## [1] "p(.)psi(p_pec_500) = 3"
modelo para Didelphis albiventris
## nPars AIC delta AICwt cumltvWt
## p(p_veg_500)psi(p_veg_500) = 10 4 295.97 0.00 0.171 0.17
## p(p_veg_500)psi(p_pec_500) = 11 4 296.21 0.24 0.152 0.32
## p(.)psi(p_pec_500) = 3 3 296.65 0.69 0.122 0.45
## p(substract)psi(p_pec_500) = 7 4 297.37 1.40 0.085 0.53
## p(.)psi(p_veg_500) = 2 3 297.46 1.50 0.081 0.61
## p(p_veg_500)psi(p_pec_1000) = 13 4 297.75 1.78 0.070 0.68
## p(.)psi(p_pec_1000) = 5 3 297.87 1.91 0.066 0.75
## p(substract)psi(p_veg_500) = 6 4 297.89 1.92 0.066 0.81
## p(.)psi(.) = 1 2 298.40 2.43 0.051 0.86
## p(substract)psi(p_pec_1000) = 9 4 298.70 2.73 0.044 0.91
## p(p_veg_500)psi(p_veg_1000) = 12 4 299.03 3.06 0.037 0.94
## p(.)psi(p_veg_1000) = 4 3 299.27 3.30 0.033 0.98
## p(substract)psi(p_veg_1000) = 8 4 300.04 4.07 0.022 1.00## [1] "p(p_veg_500)psi(p_veg_500) = 10"
#modelo para Cuniculus paca
## nPars AIC delta AICwt cumltvWt
## p(substract)psi(p_veg_1000) = 8 4 216.52 0.00 5.3e-01 0.53
## p(substract)psi(p_veg_500) = 6 4 217.09 0.58 4.0e-01 0.93
## p(substract)psi(p_pec_1000) = 9 4 221.77 5.26 3.9e-02 0.97
## p(substract)psi(p_pec_500) = 7 4 222.48 5.97 2.7e-02 1.00
## p(.)psi(p_veg_1000) = 4 3 247.90 31.38 8.2e-08 1.00
## p(.)psi(p_veg_500) = 2 3 248.57 32.05 5.9e-08 1.00
## p(p_veg_500)psi(p_veg_1000) = 12 4 249.86 33.35 3.1e-08 1.00
## p(p_veg_500)psi(p_veg_500) = 10 4 250.52 34.01 2.2e-08 1.00
## p(.)psi(p_pec_1000) = 5 3 252.33 35.82 8.9e-09 1.00
## p(.)psi(p_pec_500) = 3 3 253.03 36.51 6.3e-09 1.00
## p(.)psi(.) = 1 2 254.20 37.68 3.5e-09 1.00
## p(p_veg_500)psi(p_pec_1000) = 13 4 254.33 37.82 3.3e-09 1.00
## p(p_veg_500)psi(p_pec_500) = 11 4 255.03 38.51 2.3e-09 1.00## [1] "p(substract)psi(p_veg_1000) = 8"
#modelo para Procyon cancrivorus - Mao pelada
## nPars AIC delta AICwt cumltvWt
## p(p_veg_500)psi(p_pec_1000) 4 254.66 0.00 0.7017 0.70
## p(p_veg_500)psi(p_pec_500) 4 257.82 3.16 0.1446 0.85
## p(.)psi(p_pec_1000) 3 260.03 5.37 0.0479 0.89
## p(substract)psi(p_pec_1000) 4 261.35 6.68 0.0248 0.92
## p(p_veg_500)psi(p_veg_1000) 4 261.54 6.87 0.0226 0.94
## p(.)psi(p_pec_500) 3 262.18 7.51 0.0164 0.96
## p(p_veg_500)psi(p_veg_500) 4 262.96 8.30 0.0111 0.97
## p(.)psi(.) 2 263.08 8.42 0.0104 0.98
## p(substract)psi(p_pec_500) 4 263.56 8.89 0.0082 0.99
## p(.)psi(p_veg_1000) 3 264.75 10.09 0.0045 0.99
## p(.)psi(p_veg_500) 3 265.04 10.38 0.0039 1.00
## p(substract)psi(p_veg_1000) 4 266.28 11.62 0.0021 1.00
## p(substract)psi(p_veg_500) 4 266.70 12.04 0.0017 1.00
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modelo para Hydrochoerus hydrochaeris - capivara
modelo para Tayassu pecari
## nPars AIC delta AICwt cumltvWt
## p(substract)psi(p_pec_1000) 4 259.62 0.00 5.6e-01 0.56
## p(substract)psi(p_pec_500) 4 260.45 0.83 3.7e-01 0.92
## p(.)psi(p_pec_1000) 3 266.51 6.89 1.8e-02 0.94
## p(substract)psi(p_veg_1000) 4 266.80 7.18 1.5e-02 0.96
## p(substract)psi(p_veg_500) 4 267.34 7.71 1.2e-02 0.97
## p(p_veg_500)psi(p_pec_1000) 4 267.42 7.80 1.1e-02 0.98
## p(.)psi(p_pec_500) 3 267.90 8.27 8.9e-03 0.99
## p(p_veg_500)psi(p_pec_500) 4 268.52 8.90 6.5e-03 1.00
## p(.)psi(p_veg_500) 3 271.70 12.08 1.3e-03 1.00
## p(.)psi(p_veg_1000) 3 271.97 12.34 1.2e-03 1.00
## p(p_veg_500)psi(p_veg_500) 4 273.70 14.08 4.9e-04 1.00
## p(p_veg_500)psi(p_veg_1000) 4 273.88 14.25 4.5e-04 1.00
## p(.)psi(.) 2 294.76 35.14 1.3e-08 1.00
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modelo para Canis lupus familiaris
modelo para Thrichomys pachyurus
modelo para sapajus cay
## nPars AIC delta AICwt cumltvWt
## p(p_veg_500)psi(p_veg_500) = 10 4 217.54 0.00 7.3e-01 0.73
## p(p_veg_500)psi(p_veg_1000) = 12 4 219.64 2.10 2.5e-01 0.98
## p(p_veg_500)psi(p_pec_500) = 11 4 226.48 8.94 8.3e-03 0.99
## p(p_veg_500)psi(p_pec_1000) = 13 4 227.84 10.30 4.2e-03 0.99
## p(.)psi(.) = 1 2 229.10 11.56 2.2e-03 1.00
## p(.)psi(p_pec_1000) = 5 3 230.86 13.32 9.3e-04 1.00
## p(.)psi(p_veg_1000) = 4 3 231.08 13.54 8.3e-04 1.00
## p(substract)psi(p_veg_1000) = 8 4 232.19 14.65 4.8e-04 1.00
## p(substract)psi(p_pec_500) = 7 4 232.53 14.99 4.0e-04 1.00
## p(substract)psi(p_veg_500) = 6 4 232.57 15.03 4.0e-04 1.00
## p(substract)psi(p_pec_1000) = 9 4 232.74 15.20 3.6e-04 1.00
## p(.)psi(p_veg_500) = 2 3 234.14 16.60 1.8e-04 1.00
## p(.)psi(p_pec_500) = 3 3 237.35 19.81 3.6e-05 1.00## [1] "p(p_veg_500)psi(p_veg_500) = 10"
modelo para puma concolor
modelo para Crypturellus undulatus
Tabla especies veg_500
