_id cod_tipo tipo especie principales _familias_amenazadas num_fam_amenazada indice_1 indice_2 indice_3 total_esp_amenazadas 1 2 Hongos Hongos silvestres Amanitaceae - Boletaceae - Cantharellacea - Gomphidiaceae - Hydnaceae - Morchellaceae - Polyporaceae - Russulaceae - Thicholamataceae 9 0 15 7 22 2 6 Flora no maderable Helechos Cyatheaceae - Dicksoniaceae - Grammitidaceae - Hymenophyllaceae - Lophosoriaceae - Lomariopsidaceae - Marattiaceae - Nephrolepidaceae - Ophioglossaceae - Polypodiaceae - Psilotaceae - Pteridaceae - Salvinaceae - Schizaeaceae - Thelypteridaceae - Woodsiaceae 16 0 15 7 22 3 6 Flora no maderable Gimnospermas Zamiaceae 1 2 4 0 6 4 6 Flora no maderable Plantas Superiores - Dicotiledóneas Acanthaceae - Anacardiaceae - Annonaceae - Apiaceae - Apocynaceae - Aquifoliaceae - Araliaceae - Asclepiadaceae - Asteraceae - Begoniaceae - Berberidaceae - Bignoniaceae - Boraginaceae - Brassiacaceae - Buddlejaceae - Cactaceae - Caesalpinaceae - Campanulaceae - Capparidaceae - Caryophyllaceae - Celastraceae - Clusiaceae - Convolvulaceae - Crassulaceae - Cunoniaceae - Dichapetalaceae - Dioscoreaceae - Elaeagnaceae - Ericaceae - Euphorbiaceae - Fabaceae - Flacourtiaceae - Gentianaceae - Geraniaceae - Gesneriaceae - Grossulariaceae - Icacianaceae - Lamiaceae - Lauraceae - Linaceae - Loasaceae - Loranthaceae - Lythraceae - Malphigiaceae - Malvaceae - Melastomataceae - Meliaceae - Mendonciaceae - Menispermaceae - Mimosaceae - Moraceae - Myrsinaceae - Myrtaceae - Nyctaginaceae - Oleaceae - Oxalidaceae - Papaveraceae - Passifloraceae - Phytolaccaceae - Piperaceae - Polemoniaceae - Polygalaceae - Portulacaceae - Premulaceae - Ranunculaceae - Rosaceae - Rubiaceae - Rutaceae - Saurauiaceae - Sapindaceae - Sapotaceae - Scrophulariaceae - Simaroubaceae - Solanaceae - Symplocaceae - Theophrastaceae - Thymelaeaceae - Tiliaceae - Trigoniaceae - Umbelliferae - Urticaceae - Verbenaceae - Violaceae - Viscaceae 84 0 395 231 626 5 6 Flora no maderable Plantas Superiores - Monocotiledóneas Agavaceae - Amarilidaceae - Araceae - Arecaceae - Bromeliaceae - Cannaceae - Commelinaceae - Costaceae - Cyperaceae - Heliconiaceae - Iridaceae - Liliaceae - Marantaceae - Orchidaceae - Poaceae 15 25 83 548 656 6 5 Flora maderable Coníferas (árboles) Cupressaceae - Pinaceae - Podocarpaceae - Taxaceae - Taxodiaceae 5 6 5 1 12 7 5 Flora maderable Dicotiledóneas (árboles) Aceraceae - Actinidiaceae - Anacardiaceae - Annonaceae - Aquifoliaceae - Araliaceae - Astereceae - Avicenniaceae - Bignoniaceae - Bombacaceae - Boraginaceae - Burceraceae - Baesalpiniaceae - Capparidaceae - Cecropiaceae - Clethraceae - Lusiaceae - Combretaceae - Ebenaceae - Elaeocarpaceae - Euphorbiaceae - Fabaceae - Flacourtiaceae - Fagaceae - Garryaceae - Gentianaceae - Hamamelidaceae - Juglandaceae - Julianaceae - Lauraceae - Loganiaceae - Magnoliaceae - Malvaceae - Melastomatacea - Meliaceae - Menispermaceae - Mimosaceae - Moraceae - Myrcianaceae - Myrthaceae - Nyctaginaceae - Onagraceae - Poligonaceae - Quiinaceae - Phizophoraceae - Ruviaceae - Rutaceae - Sabiaceae - Sapindaceae - Sapotaceae - Saxifragaceae - Saurauiaceae - Sterculiaceae - Symplocaceae - Theaceae - Turneraceae - Verbenaceae - Winteraceae - Zygophyllaceae 62 34 134 70 238 8 3 Fauna Filo Cnidaria (corales y anémonas marinas) Mussidae - Agariciidae - Caryophylliidae - Faviidae - Meandrinidae - Acroporidae - Dendrophylliidae - Merulinidae - Milleporidae - Zoanthidae - Actiniidae - Astrocoeniidae - Oculinidae - Stylasteridae - Anthothelidae - Plumulariidae - Gorgoniidae 17 56 0 0 56 9 3 Fauna Filo Mollusca (caracoles - almejas - conchas - pulpos - calamares) Strombidae - Arcidae - Pteriidae - Melongenidae - Pinnidae - Cyrenidae - Cassidae - Fasciolariidae - Turbinellidae. 9 1 6 7 14 10 3 Fauna FILO ECHINODERMATA (PEPINOS DEL MAR) Holothuriidae - Stichopodidae. 2 0 5 0 5 11 3 Fauna Filo Arthropoda (Artrópodos) Theraphosidae (2) - Nymphalidae (81) - Papilionidae (22) - Pieridae (10) - Palaemonidae (5) - Atyidae (2) - Ucididae (1) - Portunidae (1) - Rutelidae (2) - Melolonthidae (1) - Chrysina (2) - Phyllophaga (1) - Apidae (3). 13 38 70 35 143 12 3 Fauna Peces oseos de agua dulce - peces oseos de agua salada - tiburones y rayas "Poeciliidae (12) Scaridae (10) Cichlidae (7) Serranidae (7) Syngnathidae (3) Characidae (3) Istiophoridae (1) Lepisosteidae (1) Heptapteridae (1) Gymnotidae (1); Clase: Elasmobranchii - Sphyrnidae (2) - Rhincodontidae (1) - Pristidae (2)" 13 6 34 20 60 13 3 Fauna Anfibios Caeciliidae - Plethodontidae - Bufonidae - Centrolenidae - Hylidae - Leptodactylidae - Microhylidae - Ranidae 8 42 44 26 112 14 3 Fauna Reptiles Colubridae 33 - Anguidae 15 - Viperidae 11 - Phrynosomatidae 9 - Kinosternidae 6 - Polychrotidae 6 - Scincidae 4 - Iguanidae 4 - Cheloniidae 4 - Boidae 3 - Elapidae 3 - Corytophanidae 3 - Dactyloidae 3 - Geoemydidae 2 - Crocodylidae 2 - Eublepharidae 2 - Teiidae 2 - Dermatemydidae 1 - Alligatoridae 1 - Xenosauridae 1 - Dermochelyidae 1 - Loxocemidae 1 - Chelydridae 1. 24 18 32 74 124 15 3 Fauna Aves Accipitridae 27 - Strigidae 16 - Psittacidae 15 - Furnariidae 15 - Parulidae 15 - Anatidae 14 - Tyrannidae 14 - Turdidae 9 - Falconidae 9 - Trochilidae 8 - Fringillidae 7 - Vireonidae 7 - Troglodytidae 6 - Cotingidae 6 - Cracidae 5 - Cardinalidae 5 - Tinamidae 4 - Trogonidae 4 - Momotidae 4 - Thraupidae 4 - Corvidae 4 - Ramphastidae 3 - Emberizidae 3 - Ardeidae 3 - Bucconidae 2 - Odontophoridae 2 - Icteridae 2 - Pipridae 2 - Hirundinidae 1 - Alcedinidae 1 - Polioptilidae 1 - Cinclidae 1 - Regulidae 1 - Phasianidae 1 - Picidae 1 - Columbidae 1 - Peucedramidae 1 - Caprimulgidae 1 - Thamnophilidae 1 - Burhinidae 1 - Grallariidae 1 - Charadriidae 1 - Eurypygidae 1 - Ciconiidae 1 - Cathartidae 1. 48 5 16 219 240 16 3 Fauna Mamíferos Phyllostomidae 41 - Vespertilionidae 15 - Cricetidae 13 - Soricidae 12 - Delphinidae 12 - Emballonuridae 9 - Molossidae 9 - Felidae 5 - Hyperoodontidae 4 - Sciuridae 4 - Mephitidae 4 - Mustelidae 4 - Didelphidae 4 - Procyonidae 4 - Balaenopteridae 4 - Atelidae 3 - Cervidae 3 - Canidae 2 - Dasypodidae 2 - Mormoopidae 2 - Noctilionidae 2 - Tayassuidae 2 - Kogiidae 1 - Physeteridae 1 - Cuniculidae 1 - Tapiridae 1 - Dasyproctidae 1 - Trichechidae 1 - Cyclopedidae 1 - Myrmecophagidae 1 - Thyropteridae 1. 31 8 98 72 178 17 "" "" "" 18 "" "" "" 19 "" "" "" 20 "" "" "" 21 "" "" 22 "" "" "" 23 "" "" "" 24 "" "" "" 25 "" "" "" 26 "" "" "" 27 "" "" "" 28 "" "" "" 29 "" "" "" 30 "" "" "" 31 "" "" "" 32 "" "" "" 33 "" "" "" 34 "" "" "" 35 "" "" "" 36 "" "" "" 37 "" "" "" 38 "" "" "" 39 "" "" "" 40 "" "" "" 41 "" "" "" 42 "" "" "" 43 "" "" "" 44 "" "" "" 45 "" "" "" 46 "" "" "" 47 "" "" "" 48 "" "" "" 49 "" "" "" 50 "" "" "" 51 "" "" "" 52 "" "" "" 53 "" "" "" 54 "" "" "" 55 "" "" "" 56 "" "" "" 57 "" "" "" 58 "" "" "" 59 "" "" "" 60 "" "" "" 61 "" "" "" 62 "" "" "" 63 "" "" "" 64 "" "" "" 65 "" "" "" 66 "" "" "" 67 "" "" "" 68 "" "" "" 69 "" "" "" 70 "" "" "" 71 "" "" "" 72 "" "" "" 73 "" "" "" 74 "" "" "" 75 "" "" "" 76 "" "" "" 77 "" "" "" 78 "" "" "" 79 "" "" "" 80 "" "" "" 81 "" "" "" 82 "" "" "" 83 "" "" "" 84 "" "" "" 85 "" "" "" 86 "" "" "" 87 "" "" "" 88 "" "" "" 89 "" "" "" 90 "" "" "" 91 "" "" "" 92 "" "" "" 93 "" "" "" 94 "" "" "" 95 "" "" "" 96 "" "" "" 97 "" "" "" 98 "" "" "" 99 "" "" "" 100 "" "" "" 101 "" "" "" 102 "" "" "" 103 "" "" "" 104 "" "" "" 105 "" "" "" 106 "" "" "" 107 "" "" "" 108 "" "" "" 109 "" "" "" 110 "" "" "" 111 "" "" "" 112 "" "" "" 113 "" "" "" 114 "" "" "" 115 "" "" "" 116 "" "" "" 117 "" "" "" 118 "" "" "" 119 "" "" "" 120 "" "" "" 121 "" "" "" 122 "" "" "" 123 "" "" "" 124 "" "" "" 125 "" "" "" 126 "" "" "" 127 "" "" "" 128 "" "" "" 129 "" "" "" 130 "" "" "" 131 "" "" "" 132 "" "" "" 133 "" "" "" 134 "" "" "" 135 "" "" "" 136 "" "" "" 137 "" "" "" 138 "" "" "" 139 "" "" "" 140 "" "" "" 141 "" "" "" 142 "" "" "" 143 "" "" "" 144 "" "" "" 145 "" "" "" 146 "" "" "" 147 "" "" "" 148 "" "" "" 149 "" "" "" 150 "" "" "" 151 "" "" "" 152 "" "" "" 153 "" "" "" 154 "" "" "" 155 "" "" "" 156 "" "" "" 157 "" "" "" 158 "" "" "" 159 "" "" "" 160 "" "" "" 161 "" "" "" 162 "" "" "" 163 "" "" "" 164 "" "" "" 165 "" "" "" 166 "" "" "" 167 "" "" "" 168 "" "" "" 169 "" "" "" 170 "" "" "" 171 "" "" "" 172 "" "" "" 173 "" "" "" 174 "" "" "" 175 "" "" "" 176 "" "" "" 177 "" "" "" 178 "" "" "" 179 "" "" "" 180 "" "" "" 181 "" "" "" 182 "" "" "" 183 "" "" "" 184 "" "" "" 185 "" "" "" 186 "" "" "" 187 "" "" "" 188 "" "" "" 189 "" "" "" 190 "" "" "" 191 "" "" "" 192 "" "" "" 193 "" "" "" 194 "" "" "" 195 "" "" "" 196 "" "" "" 197 "" "" "" 198 "" "" "" 199 "" "" "" 200 "" "" "" 201 "" "" "" 202 "" "" "" 203 "" "" "" 204 "" "" "" 205 "" "" "" 206 "" "" "" 207 "" "" "" 208 "" "" "" 209 "" "" "" 210 "" "" "" 211 "" "" "" 212 "" "" "" 213 "" "" "" 214 "" "" "" 215 "" "" "" 216 "" "" "" 217 "" "" "" 218 "" "" "" 219 "" "" "" 220 "" "" "" 221 "" "" "" 222 "" "" "" 223 "" "" "" 224 "" "" "" 225 "" "" "" 226 "" "" "" 227 "" "" "" 228 "" "" "" 229 "" "" "" 230 "" "" "" 231 "" "" "" 232 "" "" "" 233 "" "" "" 234 "" "" "" 235 "" "" "" 236 "" "" "" 237 "" "" "" 238 "" "" "" 239 "" "" "" 240 "" "" "" 241 "" "" "" 242 "" "" "" 243 "" "" "" 244 "" "" "" 245 "" "" "" 246 "" "" "" 247 "" "" "" 248 "" "" "" 249 "" "" "" 250 "" "" "" 251 "" "" "" 252 "" "" "" 253 "" "" "" 254 "" "" "" 255 "" "" "" 256 "" "" "" 257 "" "" "" 258 "" "" "" 259 "" "" "" 260 "" "" "" 261 "" "" "" 262 "" "" "" 263 "" "" "" 264 "" "" "" 265 "" "" "" 266 "" "" "" 267 "" "" "" 268 "" "" "" 269 "" "" "" 270 "" "" "" 271 "" "" "" 272 "" "" "" 273 "" "" "" 274 "" "" "" 275 "" "" "" 276 "" "" "" 277 "" "" "" 278 "" "" "" 279 "" "" "" 280 "" "" "" 281 "" "" "" 282 "" "" "" 283 "" "" "" 284 "" "" "" 285 "" "" "" 286 "" "" "" 287 "" "" "" 288 "" "" "" 289 "" "" "" 290 "" "" "" 291 "" "" "" 292 "" "" "" 293 "" "" "" 294 "" "" "" 295 "" "" "" 296 "" "" "" 297 "" "" "" 298 "" "" "" 299 "" "" "" 300 "" "" "" 301 "" "" "" 302 "" "" "" 303 "" "" "" 304 "" "" "" 305 "" "" "" 306 "" "" "" 307 "" "" "" 308 "" "" "" 309 "" "" "" 310 "" "" "" 311 "" "" "" 312 "" "" "" 313 "" "" "" 314 "" "" "" 315 "" "" "" 316 "" "" "" 317 "" "" "" 318 "" "" "" 319 "" "" "" 320 "" "" "" 321 "" "" "" 322 "" "" "" 323 "" "" "" 324 "" "" "" 325 "" "" "" 326 "" "" "" 327 "" "" "" 328 "" "" "" 329 "" "" "" 330 "" "" "" 331 "" "" "" 332 "" "" "" 333 "" "" "" 334 "" "" "" 335 "" "" "" 336 "" "" "" 337 "" "" "" 338 "" "" "" 339 "" "" "" 340 "" "" "" 341 "" "" "" 342 "" "" "" 343 "" "" "" 344 "" "" "" 345 "" "" "" 346 "" "" "" 347 "" "" "" 348 "" "" "" 349 "" "" "" 350 "" "" "" 351 "" "" "" 352 "" "" "" 353 "" "" "" 354 "" "" "" 355 "" "" "" 356 "" "" "" 357 "" "" "" 358 "" "" "" 359 "" "" "" 360 "" "" "" 361 "" "" "" 362 "" "" "" 363 "" "" "" 364 "" "" "" 365 "" "" "" 366 "" "" "" 367 "" "" "" 368 "" "" "" 369 "" "" "" 370 "" "" "" 371 "" "" "" 372 "" "" "" 373 "" "" "" 374 "" "" "" 375 "" "" "" 376 "" "" "" 377 "" "" "" 378 "" "" "" 379 "" "" "" 380 "" "" "" 381 "" "" "" 382 "" "" "" 383 "" "" "" 384 "" "" "" 385 "" "" "" 386 "" "" "" 387 "" "" "" 388 "" "" "" 389 "" "" "" 390 "" "" "" 391 "" "" "" 392 "" "" "" 393 "" "" "" 394 "" "" "" 395 "" "" "" 396 "" "" "" 397 "" "" "" 398 "" "" "" 399 "" "" "" 400 "" "" "" 401 "" "" "" 402 "" "" "" 403 "" "" "" 404 "" "" "" 405 "" "" "" 406 "" "" "" 407 "" "" "" 408 "" "" "" 409 "" "" "" 410 "" "" "" 411 "" "" "" 412 "" "" "" 413 "" "" "" 414 "" "" "" 415 "" "" "" 416 "" "" "" 417 "" "" "" 418 "" "" "" 419 "" "" "" 420 "" "" "" 421 "" "" "" 422 "" "" "" 423 "" "" "" 424 "" "" "" 425 "" "" "" 426 "" "" "" 427 "" "" "" 428 "" "" "" 429 "" "" "" 430 "" "" "" 431 "" "" "" 432 "" "" "" 433 "" "" "" 434 "" "" "" 435 "" "" "" 436 "" "" "" 437 "" "" "" 438 "" "" "" 439 "" "" "" 440 "" "" "" 441 "" "" "" 442 "" "" "" 443 "" "" "" 444 "" "" "" 445 "" "" "" 446 "" "" "" 447 "" "" "" 448 "" "" "" 449 "" "" "" 450 "" "" "" 451 "" "" "" 452 "" "" "" 453 "" "" "" 454 "" "" "" 455 "" "" "" 456 "" "" "" 457 "" "" "" 458 "" "" "" 459 "" "" "" 460 "" "" "" 461 "" "" "" 462 "" "" "" 463 "" "" "" 464 "" "" "" 465 "" "" "" 466 "" "" "" 467 "" "" "" 468 "" "" "" 469 "" "" "" 470 "" "" "" 471 "" "" "" 472 "" "" "" 473 "" "" "" 474 "" "" "" 475 "" "" "" 476 "" "" "" 477 "" "" "" 478 "" "" "" 479 "" "" "" 480 "" "" "" 481 "" "" "" 482 "" "" "" 483 "" "" "" 484 "" "" "" 485 "" "" "" 486 "" "" "" 487 "" "" "" 488 "" "" "" 489 "" "" "" 490 "" "" "" 491 "" "" "" 492 "" "" "" 493 "" "" "" 494 "" "" "" 495 "" "" "" 496 "" "" "" 497 "" "" "" 498 "" "" "" 499 "" "" "" 500 "" "" "" 501 "" "" "" 502 "" "" "" 503 "" "" "" 504 "" "" "" 505 "" "" "" 506 "" "" "" 507 "" "" "" 508 "" "" "" 509 "" "" "" 510 "" "" "" 511 "" "" "" 512 "" "" "" 513 "" "" "" 514 "" "" "" 515 "" "" "" 516 "" "" "" 517 "" "" "" 518 "" "" "" 519 "" "" "" 520 "" "" "" 521 "" "" "" 522 "" "" "" 523 "" "" "" 524 "" "" "" 525 "" "" "" 526 "" "" "" 527 "" "" "" 528 "" "" "" 529 "" "" "" 530 "" "" "" 531 "" "" "" 532 "" "" "" 533 "" "" "" 534 "" "" "" 535 "" "" "" 536 "" "" "" 537 "" "" "" 538 "" "" "" 539 "" "" "" 540 "" "" "" 541 "" "" "" 542 "" "" "" 543 "" "" "" 544 "" "" "" 545 "" "" "" 546 "" "" "" 547 "" "" "" 548 "" "" "" 549 "" "" "" 550 "" "" "" 551 "" "" "" 552 "" "" "" 553 "" "" "" 554 "" "" "" 555 "" "" "" 556 "" "" "" 557 "" "" "" 558 "" "" "" 559 "" "" "" 560 "" "" "" 561 "" "" "" 562 "" "" "" 563 "" "" "" 564 "" "" "" 565 "" "" "" 566 "" "" "" 567 "" "" "" 568 "" "" "" 569 "" "" "" 570 "" "" "" 571 "" "" "" 572 "" "" "" 573 "" "" "" 574 "" "" "" 575 "" "" "" 576 "" "" "" 577 "" "" "" 578 "" "" "" 579 "" "" "" 580 "" "" "" 581 "" "" "" 582 "" "" "" 583 "" "" "" 584 "" "" "" 585 "" "" "" 586 "" "" "" 587 "" "" "" 588 "" "" "" 589 "" "" "" 590 "" "" "" 591 "" "" "" 592 "" "" "" 593 "" "" "" 594 "" "" "" 595 "" "" "" 596 "" "" "" 597 "" "" "" 598 "" "" "" 599 "" "" "" 600 "" "" "" 601 "" "" "" 602 "" "" "" 603 "" "" "" 604 "" "" "" 605 "" "" "" 606 "" "" "" 607 "" "" "" 608 "" "" "" 609 "" "" "" 610 "" "" "" 611 "" "" "" 612 "" "" "" 613 "" "" "" 614 "" "" "" 615 "" "" "" 616 "" "" "" 617 "" "" "" 618 "" "" "" 619 "" "" "" 620 "" "" "" 621 "" "" "" 622 "" "" "" 623 "" "" "" 624 "" "" "" 625 "" "" "" 626 "" "" "" 627 "" "" "" 628 "" "" "" 629 "" "" "" 630 "" "" "" 631 "" "" "" 632 "" "" "" 633 "" "" "" 634 "" "" "" 635 "" "" "" 636 "" "" "" 637 "" "" "" 638 "" "" "" 639 "" "" "" 640 "" "" "" 641 "" "" "" 642 "" "" "" 643 "" "" "" 644 "" "" "" 645 "" "" "" 646 "" "" "" 647 "" "" "" 648 "" "" "" 649 "" "" "" 650 "" "" "" 651 "" "" "" 652 "" "" "" 653 "" "" "" 654 "" "" "" 655 "" "" "" 656 "" "" "" 657 "" "" "" 658 "" "" "" 659 "" "" "" 660 "" "" "" 661 "" "" "" 662 "" "" "" 663 "" "" "" 664 "" "" "" 665 "" "" "" 666 "" "" "" 667 "" "" "" 668 "" "" "" 669 "" "" "" 670 "" "" "" 671 "" "" "" 672 "" "" "" 673 "" "" "" 674 "" "" "" 675 "" "" "" 676 "" "" "" 677 "" "" "" 678 "" "" "" 679 "" "" "" 680 "" "" "" 681 "" "" "" 682 "" "" "" 683 "" "" "" 684 "" "" "" 685 "" "" "" 686 "" "" "" 687 "" "" "" 688 "" "" "" 689 "" "" "" 690 "" "" "" 691 "" "" "" 692 "" "" "" 693 "" "" "" 694 "" "" "" 695 "" "" "" 696 "" "" "" 697 "" "" "" 698 "" "" "" 699 "" "" "" 700 "" "" "" 701 "" "" "" 702 "" "" "" 703 "" "" "" 704 "" "" "" 705 "" "" "" 706 "" "" "" 707 "" "" "" 708 "" "" "" 709 "" "" "" 710 "" "" "" 711 "" "" "" 712 "" "" "" 713 "" "" "" 714 "" "" "" 715 "" "" "" 716 "" "" "" 717 "" "" "" 718 "" "" "" 719 "" "" "" 720 "" "" "" 721 "" "" "" 722 "" "" "" 723 "" "" "" 724 "" "" "" 725 "" "" "" 726 "" "" "" 727 "" "" "" 728 "" "" "" 729 "" "" "" 730 "" "" "" 731 "" "" "" 732 "" "" "" 733 "" "" "" 734 "" "" "" 735 "" "" "" 736 "" "" "" 737 "" "" "" 738 "" "" "" 739 "" "" "" 740 "" "" "" 741 "" "" "" 742 "" "" "" 743 "" "" "" 744 "" "" "" 745 "" "" "" 746 "" "" "" 747 "" "" "" 748 "" "" "" 749 "" "" "" 750 "" "" "" 751 "" "" "" 752 "" "" "" 753 "" "" "" 754 "" "" "" 755 "" "" "" 756 "" "" "" 757 "" "" "" 758 "" "" "" 759 "" "" "" 760 "" "" "" 761 "" "" "" 762 "" "" "" 763 "" "" "" 764 "" "" "" 765 "" "" "" 766 "" "" "" 767 "" "" "" 768 "" "" "" 769 "" "" "" 770 "" "" "" 771 "" "" "" 772 "" "" "" 773 "" "" "" 774 "" "" "" 775 "" "" "" 776 "" "" "" 777 "" "" "" 778 "" "" "" 779 "" "" "" 780 "" "" "" 781 "" "" "" 782 "" "" "" 783 "" "" "" 784 "" "" "" 785 "" "" "" 786 "" "" "" 787 "" "" "" 788 "" "" "" 789 "" "" "" 790 "" "" "" 791 "" "" "" 792 "" "" "" 793 "" "" "" 794 "" "" "" 795 "" "" "" 796 "" "" "" 797 "" "" "" 798 "" "" "" 799 "" "" "" 800 "" "" "" 801 "" "" "" 802 "" "" "" 803 "" "" "" 804 "" "" "" 805 "" "" "" 806 "" "" "" 807 "" "" "" 808 "" "" "" 809 "" "" "" 810 "" "" "" 811 "" "" "" 812 "" "" "" 813 "" "" "" 814 "" "" "" 815 "" "" "" 816 "" "" "" 817 "" "" "" 818 "" "" "" 819 "" "" "" 820 "" "" "" 821 "" "" "" 822 "" "" "" 823 "" "" "" 824 "" "" "" 825 "" "" "" 826 "" "" "" 827 "" "" "" 828 "" "" "" 829 "" "" "" 830 "" "" "" 831 "" "" "" 832 "" "" "" 833 "" "" "" 834 "" "" "" 835 "" "" "" 836 "" "" "" 837 "" "" "" 838 "" "" "" 839 "" "" "" 840 "" "" "" 841 "" "" "" 842 "" "" "" 843 "" "" "" 844 "" "" "" 845 "" "" "" 846 "" "" "" 847 "" "" "" 848 "" "" "" 849 "" "" "" 850 "" "" "" 851 "" "" "" 852 "" "" "" 853 "" "" "" 854 "" "" "" 855 "" "" "" 856 "" "" "" 857 "" "" "" 858 "" "" "" 859 "" "" "" 860 "" "" "" 861 "" "" "" 862 "" "" "" 863 "" "" "" 864 "" "" "" 865 "" "" "" 866 "" "" "" 867 "" "" "" 868 "" "" "" 869 "" "" "" 870 "" "" "" 871 "" "" "" 872 "" "" "" 873 "" "" "" 874 "" "" "" 875 "" "" "" 876 "" "" "" 877 "" "" "" 878 "" "" "" 879 "" "" "" 880 "" "" "" 881 "" "" "" 882 "" "" "" 883 "" "" "" 884 "" "" "" 885 "" "" "" 886 "" "" "" 887 "" "" "" 888 "" "" "" 889 "" "" "" 890 "" "" "" 891 "" "" "" 892 "" "" "" 893 "" "" "" 894 "" "" "" 895 "" "" "" 896 "" "" "" 897 "" "" "" 898 "" "" "" 899 "" "" "" 900 "" "" "" 901 "" "" "" 902 "" "" "" 903 "" "" "" 904 "" "" "" 905 "" "" "" 906 "" "" "" 907 "" "" "" 908 "" "" "" 909 "" "" "" 910 "" "" "" 911 "" "" "" 912 "" "" "" 913 "" "" "" 914 "" "" "" 915 "" "" "" 916 "" "" "" 917 "" "" "" 918 "" "" "" 919 "" "" "" 920 "" "" "" 921 "" "" "" 922 "" "" "" 923 "" "" "" 924 "" "" "" 925 "" "" "" 926 "" "" "" 927 "" "" "" 928 "" "" "" 929 "" "" "" 930 "" "" "" 931 "" "" "" 932 "" "" "" 933 "" "" "" 934 "" "" "" 935 "" "" "" 936 "" "" "" 937 "" "" "" 938 "" "" "" 939 "" "" "" 940 "" "" "" 941 "" "" "" 942 "" "" "" 943 "" "" "" 944 "" "" "" 945 "" "" "" 946 "" "" "" 947 "" "" "" 948 "" "" "" 949 "" "" "" 950 "" "" "" 951 "" "" "" 952 "" "" "" 953 "" "" "" 954 "" "" "" 955 "" "" "" 956 "" "" "" 957 "" "" "" 958 "" "" "" 959 "" "" "" 960 "" "" "" 961 "" "" "" 962 "" "" "" 963 "" "" "" 964 "" "" "" 965 "" "" "" 966 "" "" "" 967 "" "" "" 968 "" "" "" 969 "" "" "" 970 "" "" "" 971 "" "" "" 972 "" "" "" 973 "" "" "" 974 "" "" "" 975 "" "" "" 976 "" "" "" 977 "" "" "" 978 "" "" "" 979 "" "" "" 980 "" "" "" 981 "" "" "" 982 "" "" "" 983 "" "" "" 984 "" "" "" 985 "" "" "" 986 "" "" "" 987 "" "" "" 988 "" "" "" 989 "" "" "" 990 "" "" "" 991 "" "" "" 992 "" "" "" 993 "" "" "" 994 "" "" ""