!" #$ ## % &'()( *( ! " # &'()( " " $ +,) ( - $ ##$ &'()( " )& *( $ % % ( &$ ( ' & $ abbreviata, "" . ( )) % $ abbreviatus, Scalenostoma abbreviatus *+ - syn of: $ " aberrans, Pyramidelloides aberrans # - syn of: " $ abida, $ " / 0& abrejosensis, ( $ " / $ ,0 . abreojosensis, $ " / $ ,0 . abrupta, . " 1 0 abyssicola, + " 0 abyssorum, Pelseneeria abyssorum 1 0 - syn of: ) " ,2 acanthyllis, $ $ ,2 3. acerrima, $ ,2 . acicula, $ ,! " $0. acicularis, 3 acicularis, Eulima acicularis ! - syn of: "aciculata, $ , 3 . aciculata kuronamako, $ 0 $ 0 , 0 &. aclis, acrifa, $ - 0 acuformis, 5 6 acuta, Parastilbe acuta ( )) % $ - syn of: ,( )) % $. acuta, Stilbe acuta ( )) % $ - syn of: ,( )) % $. acuta, Eulima acuta % $ - syn of: + , % $. acutalis, Eulima acutalis ( )) % $ - syn of: $ $ ( )) % acutissima, , % 33. acutus, + , % $. adamantina, $ $ $ 7 3 adamsi, % admantina, $ $ 7 3 aeglees, * # -" aequatorialis, $ 1 , 0& . aethiopica, $ , 0& . aethria, $ * 6 0 affinis, Eulima affinis $$ - syn of: . $ 7 $$ agulhasensis, $ # $ akahitode, 0 * " 4 00# akauni, 2 $ 0 $ 0 & alaskensis, "0 $ 0 alayoi, 2 $ ,8 9 4* &## . alba, $ " ,/ : . alba, " ,* . alba, # " " * albanyana, " $ $ " 0 & albida, " ,* 0#&. albida, $ " : 3$ albida, * " / 0 albus, $$ " " / " ; 7 64< &# & alertae, $ ,/ 0 3. alfredensis, $ $ 0 alfredensis, * $ 0 algoensis, # $ 0# alifera, + $ , 0& . almo, "0 altimirai, Eulima altimirai 5 = 0 - syn of: $ ,1 " . amabilis, " - ; 3 amamiensis, $ , 03 . amanda, $ , 0& . amblia, " 2 ,- &. # . %4( 0 amblytera, ) # " ,> 4 -" 0##. ameliae, $ 8 &## americana, & $ $ = 03 anachorea, $ $ / 0& anceps, $ $ $ % 0## anderswareni, Parvioris anderswareni 4! ";; 6 00 - syn of: ) . anglica, Eulima anglica % $ - syn of: $ " ,/ : . angulata, $ $# , 3 . angulata, ) $# ,( = &. angulata, " $# ,* 0$0. angulata, $# ,2 ? 0 . angulata, $ $ $# % 0#0 angulosa, $# angusta, $# ,2 3. angusta, Pyramidelloides angusta % 0 - syn of: ) # angustior, $# 5 0 angustispira, $ $# - " 42 ? 0 3 anomala, Eulimaustra anomala 1 0 - syn of: $ , anonyma, $ $ - " 42 ? 0 3 antarctica, $ $ 0# anteflexa, Vitreolina anteflexa 1 0& - syn of: 2 $ $ - 4 * antiflexa, 2 $ $ - 4 * $ apheles, Eulima apheles 2 0 - syn of: $ # , 3 . apicofusca, Batheulima apicofusca ( )) % $ - syn of: apiculatum, Scalenostoma apiculatum "6 - syn of: $ aqabaensis, + 1 " $ &## araeosomae, + 00& archeyi, $ ,7 % 0& . arcuata, 2 $ # arcuata, / % # arcuata, Eulima arcuata % 3 - syn of: $ $ & arcus, - " 42 ? 0 3 ariel, 3 arleyi, $ 8 9 4* &## armigeri, ( # 2 ? 4: % 0 armonica, $ 8 49 &## arrhynchus, ) # $ $ '6 6 0 articulata, ) " % $ asser, $ 0 asteriaphila, $ : 3$ astericola, & , 4@ 6 #. astericola, & asteriophila, 2 " 0 0 asthenosomae, $ $ ,2 ? 0 #. astropectenicola, 2 " $ ,<" 4 0 #. astropyga, ) # 4! 0 atlantica, $ $ , 0#. attenuata, $ $ , % 33. attilioi, * ;4 ; 0 & atypha, $ ,> 4 -" 0##. aucklandica, $ 0 $ , " 0#0. augur, $ # , 3 . augur broadbente, $ # " " $ ,: 4 ! ) % 0 &. augustoi, # 5 0 aupouria, . , 0 . aurata, 2 $ 0&# auricincta, $ , 0 . auricula, , % 0# . aurisflamma, $$ " 4* 00 auritae, + 2 ? 4: 00 australasica, % 0 $ australiensis, $ , 0 #. australiensis, ) . $ 2 ? 0 babylonia, $ " " $ 0 & "3 $ ,! ,5 = . 3 . $ ,( )) % $ / $. % 3 03 . baculumpastoris, ) " ,* 6 4 03. badia, " 2 3 bahamondei, + " $ @ 0 # bakeri, ) "$ " 0 0 baldra, $ " 0 balteata, " , 3$. balteata, * " % 0## baptocephala, 4" / "; 47 03 barbadensis, ) " " $ * =47 00& barreti, " barroni, $ # " $ , $. barthelowi, "" 0 bartschi, " ; 0 & bathymetrae, $ " / 0# baueri, * " 8 03 becki, $ " 0 , " 0 &. bellardi, Pyramidelloides bellardi ' 30 - syn of: $ benedicti, Hemiaclis benedicti 0$ - syn of: $ 2 beneitoi, . " $ A 4 @ B &##3 bermudezi, 2 $ " 3 , %4 " % 0 . berryi, $ " 0 beryllina, Crinophtheiros beryllina * - syn of: $ bibsae, Scalenostoma bibsae 5 C = 0 0 - syn of: $ " bicincta, $ " $ 3# bifascialis, ", 3 . bifascialis, Eulima bifascialis /D9 % $& - syn of: "/D9 bifasciata, "/D9 % $& biformis, $ ", % 0 . biformis, ( $ "2 ? 0 # bilineata, " $ $ bipartita, $ " ,*+ 0. bipartita, " *+ 3# birtsi, - " 0#$ bistorta, Eulima bistorta > 0## - syn of: $ : bivittata, ". bizona, "3 $ 3 bizonalis, $ "3 $ 0#$ bizonata, " $ "3 $ ( )) % $ bizonula, $ "3 $ * 6 0#3 blakeae, ) . " 0 2 ? 0 bollonsi, . " $ , 0 . bonifaciae, Sabinella bonifaciae 5 = 0 $ - syn of: "$ borealis, $ $ " 0 borealis, Melanella borealis 0 - syn of: $ $ " boscheineni, " $ $ ,8 00 . boscheineni, $ " $ $ 8 &##$ boschorum, + " 2 ? 4: 00 boscii, $ " , % " " &3. bountyensis, ) $ " $ $ , 0 . bouvieri, $ 4 $ " . @ 0 bovicornu, $ " . $ , % 0# . brazeri, " 3 , . brazieri, " 3 , . brevis, $ " . ,@?E" $ . brevis, ) . " . , % $. breviuscula, $ " . ,/" = . broadbentae, " " $ ,: 4 ! ) % 0 &. broadbente, $ # " " $ ,: 4 ! ) % 0 &. broderipi, - " brunnea, * " $$ , % $. brunnea, ) $ " $$ , . brunnimaculata, $ " $$ ,< % 0 0. bryani, $ " $ , % 0 . brychia, ) " ,2 . 3$ ,! )) ,- % &. $& 3$ -" - 0 . bulbiformis, Scalenostoma bulbiformis % - syn of: $ bulbula, + " " ,*" 4 " 0#3. bulimuloides, $ " / 0& burragei, " # ,0 . burryi, Oceanida burryi 0$3 - syn of: & " $ # , 4 cabiochi, 4 " - " 42 ? 0 3 caelata, ( )) % # calamaris, ) 4! 0 caledonica, Eulima caledonica * - syn of: ) . - . $ , californica, Eulima californica 0 - syn of: + $ callista, & - % 0 0 callistemma, $ / 0& callosa, 4 - " 42 ? 0 3 cambessedesii, Eulima cambessedesii % " " &3 - syn of: # " cameroni, $ 1 0 campyla, $ ,2 . canarica, + $ - " 42 ? 0 3 candida, Melanella candida * # - syn of: $ $ , candidula, * $ $ cantharelloides, # $ $ " % 4 1F ; 0 & capa, Balcis capa 0&3 - syn of: $ $ ,0&$. capensis, $ $ capillastericola, 0#0 capillastericola, $# * 6 0 # carforti, @ " 4* 0 carifa, . - ,0 . carinata, & $ 4 $ ,9 2 0 &. carinatum, $ $ / % 3 carneola, $ $ ! " 3 caroli, / 0 carolinensis, + $ $ ,0 . casta, + , 3 . castanea, $ ,1 0 . castaneus, ) $ $ ,/ 0& . catalinensis, $ $ $ 0 celebensis, " $ <F= 0 cernica, ' " $ 0 chariessa, $ ,> $. chascanon, $ $ $ ,2 . chaskanon, 0 $ $2 chathamensis, $ ,0 . chaunax, $ $ 4 ,2 . cherbonnieri, * $ " " $$ 2 ? 00# chevreuxi, * . 4 / "; 0 chilensis, + $ 0 chionea, $ -" 42 ? 0 3 chiridotae, $ 4 0 chondrocidaricola, 2 $ $ $ chrysallida, $ 3 chuni, $ 0& chydaea, $ ,2 . chyta, 2 cicatricosa, $$ " ,2 ? 0 . cicatricosa, 2 ? 0 # cifara, $ 0 cinca, $ $ / 0& cinctella, $ 3 cingenda, $# $ 3$ cingulata, $# @ E" $ cingulata, $# @?E" $ cingulata, $# 2 ? 0 # cionella, 2 $ $ * circinata, * $ / 0 circumcincta, $ 3 " ,- = ) 0 . 33. ,> 0##. ,/ : % . $. &. circumstriata, 0#0 clara, 3 clarimaculosa, % 0 $ clavella, . 3 clavula, $ . , 3 . clypeastericola, , 0 3. colini, 2 $ $ 8 49 &##3 collinsi, $ $ , %= 0# . colmani, + $ 2 ? 4: 00 columbiana, 2 $ " $ 0 columnaria, + " $ ,* % 0 . comatulicola, $ ,! )) . comatulicula, Crinophtheiros comatulicula ! )) - syn of: $ commensalis, 2 $ $ 0 communis, $ > = F; ) comoxensis, $ 4 $ 0 compacta, $ : 33 compactilis, $ * $ compressiuscula, ! compsa, $ ,> 4 -" 0##. conaminis, $ $ % 0#0 conaminis angulata, $ $ $# % 0#0 concavus, $ . 2 ? 0# conchita, $ $ < 0$ confluens, ( $ $- $ - " 42 ? 0 3 confusa, $- " 42 ? 0 3 conica, $ > = F; ) conoidalis, Eulima conoidalis % 3 - syn of: $ $# conoidea, $ $ ,<" ; 4 . conspicuus, " $ ,! = 6 0 . conspurcata, $ 3 constantia, Hypermastus constantia 3 - syn of: + constellata, $ ,* 6 0 . contracta, Eulima contracta $ - syn of: ) . $- 4 , 3 convexa, $ $. 4 0# cookeana, 4 0 $ ,0 . corallina, $ $ $ , % 0 &. corallinus, Scalenostoma corallinus $ - syn of: $ " corintonis, $ $ $ 4 0 cornuta, . $ 1 0 corrida, Melanella corrida / 0& - syn of: $ " / 0& cosmia, $ 0 costellata, $ / "; 47 0 coxi, + 4 % 00 crassiceps, + " 1 0 crassiuscula, /" = ) crassula, 3 crassula, " " - " 42 ? 0 3 crassula, ( )) % 0 crosseana, Melanella crosseana - " 3 - syn of: ,- " crossei, ,- " 3. crotaphis, Stilifer crotaphis 2 3 - syn of: $ , crystallina, $ 3$ crystallina, & $ !" $3 cucumariae, 4 * 0$3 cumingianus, Scalenostoma cumingianus % - syn of: $ cumingii, $ $# $ cumingii medipacifica, $ $# , % 0 . cunaeformis, $ $ ,* % 0 . curta, $ ,2 ? 0 &. curtus, Stilifer curtus > & - syn of: ) $ $ > & curva, 2 $ . * $ curva elongata, 2 $ . $# -" E" % / " ; 4 / )" curvata, $ . , 3 . ,! )) . $ , 3 . . ,- &. 3. $. " ,- &. cuspidata, $ , . cylindrata, $ $ ,2 . cylindrica, Pyramidelloides cylindrica 1 0 3 - syn of: $ cylindrica, $ 0& cylindricus, + $ , % 0##. cysticola, " $ ,< 4> % 0& . dahli, $ - " 42 ? 0 0 dalli, Melanella dalli 0 - syn of: $ $# $ dalmata, 8 49 &## dautzenbergi, . 3 $" # % 0## debilis, $ " 3 decagyra, # % 0 $ decipiens, $ % 00 decussata, ( )) % 0 definita, -$ 0& deformis, Scalenostoma deformis 3 - syn of: $ " deformis hawaiensis, Scalenostoma deformis hawaiensis % 0& - syn of: deimatis, $ ,< 4> % 0# . delicata, + , % 0 . delicatula, Pyramidelloides delicatula 1 0 3 - syn of: ) # delmontensis, Balcis delmontensis 4! 0$ - syn of: $ denscolubri, $ " * 6 03 densicostata, $ $ - " 42 ? 0 3 dentaliopsis, $ $ , 3 . dentiens, $ $ /" = deshayesi, Scalenostoma deshayesi # - syn of: $ $ deshayesi, : devians, $ . $ * $ devistoma, . - " 42 ? 0 3 diaphana, $ % 00 diauges, + # , 4 = ) 0 . dicoelobicus, ) " '6 6 0 dicoelobius, Paedophorus dicoelobius '6 6 0 - syn of: ) dilecta, $ 00 diomedae, * < % 0 0 distincta, $ 0#$ distorta, ,/ % & . distorta, Hemiliostraca distorta 3# - syn of: + , % distorta, Vitreolina distorta 3 - syn of: 2 $ ,@ % 6 4 ; distorta, $ > 00 distorta gracilis, Eulima distorta gracilis 7 4 % - syn of: $ doederleini, $ $ -" 3 dogieli, & $ # ,'6 6 0$ . domus, & 2 ? 0 # donovani, Eulima donovani 7 - syn of: # " ,/ : . dorcas, * <" 4 0 # draconis, $ $ 0 drangai, $ $# 4 0 drivasi, & . < " dubia, " dufresnei, $ $ & dufresnii, Melanella dufresnii & - syn of: $ $ dunkeriana, Eulima dunkeriana % 0# - syn of: $ /" = dysnoeta, $ / "; 47 03 eburnea, $ " $ ,*F ) &$. eburnea, 4 " $ , 45 ; 0#0. eburnea, " $ 3 echinasteri, $ 2 ? 0 # echinocardiaphila, + $ , 0 3. echinodisci, + $ 2 ? 4: 0 # ectoconcha, & $ edulis, ) = 42 ? 0 edwardiensis, $ $ ,2 #. edwardsi, . , 3. 3$ ,- &. $ " ,! ,- . : 3$ / " % 3 '6 6 0 3. $. , & 3# % 33. &. egregia, # # ,/ 0. elata, ,/ 0& . elegantissima, # $ ,@ &3. elegantissima, + # $ 7 3 elenensis, $ $ $ 0&3 elodia, $ 7 3 elongata, 2 $ . $# -" E" % / " ; 4 / )" elongata, $# '6 4 % 0## elsa, $ 0 # emersoni, * $ *1 0 # encalada, $ 8 9 4* A &##3 encopendema, & . $ $ - % 0 3 encopicola, $ 2 ? 4 00$ engonia, Melanella engonia > 4 -" 0## - syn of: entopodia, $ # $ 1F ; 0 3 entospinea, & $ $ 2 ? -" 4 -" 0 $ epeterion, + $ ,* 6 0. ephamilla, 2 epibathra, $ " * 6 0#3 epiphanes, + $ ,* 6 0 . epixantha, 4 $ &##& equestris, ) . 1 ,<+ 4> % 0 &. eschara, 2 $ - " 42 ? 0 3 eucidaricola, & 2 ? 4* = 0 0 eucosmia, Pyramidelloides eucosmia 0 - syn of: eulimoides, $ # eurychada, 2 exarata, Scalenostoma exarata - syn of: $ exasperata, $ 4 , 0# . excellens, 4 $ > = F; excolpa, * 4 0 exigua, 4 # ,* 0#&. exigua, 4# 3 exilis, $ 4 , 3 . exilis, $ 4 3& expansilabra, Sabinella expansilabra 4 * % 0 # - syn of: "$ exquisita, $ 41 % 0 exulata, $ 4 , 0 . faba, ) - " 4! 0 faberi, ( $ - " ( 4: 0 falcata, $ ,: 3 . fallax, 4 ,2 . famelicum, $2 fasciata, $ ,2 . fasciata, + * " C% 45 &# fasciata, Eulima fasciata @ * $ - syn of: # " fastigiata, Scalenostoma fastigiata % - syn of: $ fernandinae, + - $ $ $ ,/ 0& . fischeri, / "; flava, Fusceulima flava 1 0 - syn of: flavipunctata, . - . $ 03 flavocincta, Eulima flavocincta *F ) &0 - syn of: # " flexa, $ - 4 , 3 . flexuosa, - 4 3 foresti, * - " 42 ? 0 3 fragilis, + - # - " 42 ? 0 3 fragilissima, ( - # - " 42 ? 0 3 franquiae, - $1 9 0 # fricata, + " , % 0# . frielei, $ ( 0 fulva, - . ,2 0 . fulvescens, ) . - . $ , 33. fulvocincta, - . $ # fusca, ) 4! 0 > 4 -" 0## $ 3$ " ,- $ ,/ : , % % ,/ : 0# . . " , &. ,- 0#$. . &. fuscescens, $ 0# fuscoapicata, ,( )) % $. fuscoapicata, ( 2 ? 0 fuscopunctata, $ $ , 0#. fuscostrigata, "# : 3$ fuscozonata, 3 $ - " 42 ? 0 3 fusus, / 0 gagei, $ # # -" 42 ? 0 3 galapagensis, # # $ 0 gemmulata, Pyramidelloides gemmulata " 0 & - syn of: $ 3$ gentilomiana, Eulima gentilomiana ' 30 - syn of: # $ $ ' 30 gentiluomiana, # $ $ ' 30 geographica, Eulima geographica 7 - syn of: + $ ( )) % georgiana, + # # $ ,/ 0& . georgiregis, + # # # ,: 4 ! ) % 0 &. germana, # $ 0# gervillei, Eulima gervillei : : # - syn of: $ " ,/ : . giba, $ #" 7 3 gibba, $ # "" 0 $ gibba, # "" 3& gibba, # "" 7 3 gibbosula, # "" 3 gigas, $ $ # # <" 4 0 # giustii, $ # ! 00 glaber, Strombiformis glaber / : - syn of: # " ,/ : . glaber, ) # " 7 00# glaberrima, # " @ &3 glabra, # " ,/ : . glabra, Hemiaclis glabra - syn of: + . $ ,7 $. glabra alba, # " " * glabroides, $ # " G = % 0&& globosa, Polygireulima globosa H" % 4 ! - syn of: * # " H" % 4 ! glypta, $ # - " 42 ? 0 3 gomphus, $ # ,2 . goniostoma, * # $ $ goodingi, Robillardia goodingi @ 0 # - syn of: ' " $ 0 goodingi, # $# 2 ? 0 gracilenta, # $ 3 gracilis, ) # ,! . gracilis, ) - # , 3 . gracilis, $ # # gracilistylus, # @ &3 gracillima, # % 3 gradata, $ # ,: 4 ! ) % 0 &. graduata, Oceanida graduata 7 - syn of: & " $ # , 4 = ) 0 grandis, $ # $ $ gratiosa, $ # grimaldii, # - " 42 ? 0 3 grippi, $ # 0 guenteri, $ # $ 8 &##$ guentheri, - # $ , . guildingii, $ # $# , $. habei, " 2 ? 0 hadalis, $ < " 03$ halia, $ 0 haloraphe, $ ,/ " ; 47 03. hastata, 3 hastata, $ % $ hawaiensis, Scalenostoma hawaiensis % 0& - syn of: $ " ,hawaiiensis, ) $ $ ! 0 hawaiiensis, $ 2 ? 0 # hawaiiensis, & $ 2 ? -" 4 -" 0 $ hawaiiensis, ) $ $ 2 ? -" 4 -" 0 $ healeyi, , 4 0 0. & . &. healyi, "4 0 0 hebes, $ " ,2 . helena, Melanella helena 0 # - syn of: $ , 3 . hemphilli, $ 0 hemphillii, ,/ $. hendersoni, * $ $ 0 hians, $ $ ,2 . hians, $ 2 ? 0# hiloensis, Pyramidelloides hiloensis %4> 0# - syn of: $ , hipolitensis, * $ 0 histrix, Pyramidelloides histrix "6 - syn of: $ 3$ hizenensis, Niso hizenensis <" 4 0 # - syn of: * 3 $ <" 4 0 # hizensis, * 3 $ <" 4 0 # holdsworthi, 2 " , $. holothuricola, Melanella holothuricola 0 $ - syn of: ) - $ , holothuricola, # $ @ 0 # hua, 0&3 humilis, 3 hyalina, Melanella hyalina 2 - syn of: $ 2 hyalina, $ 2 hypolysina, ( $ $ ,* 6 0#$. hypsela, $ ,> 4 -" 0##. hypsela, > 4 -" 0## hystrix, Pyramidelloides hystrix "6 - syn of: $ 3$ ibizenca, ) . " 3 $ ,5 = 03 . icafra, . - ,0 . ignota, #$ , 0& . ima, $ % 0 imbricata, * " , % $. imitatrix, ) . 4 ,0 . immaculata, Scalenostoma immaculata / 0& - syn of: / 0& immaculata, Apicalia immaculata 4 ! )) 0## - syn of: " 3 , inca, $ 0&3 incerta, $ /D9 % $& incerta, $ 5 0 incerta, ) # $ $ 2 ? 0 # incidenta, $ $ $ incolor, $ - " 42 ? 0 3 incolorata, + $ , 0 &. incolorata, $ , 0 &. inconspicua, 2 $ $ $ , " 0 &. inconspicua, $ $ $ 2 0 incurva, 2 $ $ . -" E" % / " ; 4 / )" indeflexa, $ $ - 4 , 3 . indica, $ $ , 0# . indiscreta, . $ , 0 . indistincta, + $ $ , 0& . indomatta, $ 4&## inflata, $, 4 * % 0##. inflatus, $2 ? 0 # inflexa, ) . $- 4 , 3 . inflexa, Eulima inflexa - 6 & - syn of: $ $ & inflexa, $ $- 4 * infrapatula, " $ $,*" 4 " 0#3. inglei, ( $ $# 1% 0 ingolfiana, $# - $ - " 42 ? 0 3 innocens, ) . $$ $ , 0& . innotabilis, $$ " , " 0 &. inquinata, $1 $ 3 insculpta, $ $ - " 42 ? 0 3 insignis, $ #$ ,/ " ; 47 03. insignis, + " $ #$ , " 0 &. insolita, ) $ ,/ % 3 . insolita, Pyramidelloides insolita 5 6 - syn of: $ 3$ %4> 3#. . 0# . insolita deformis, Pyramidelloides insolita deformis 5 6 - syn of: insolita depauperata, Pyramidelloides insolita depauperata 5 6 - syn of: insolita major, Pyramidelloides insolita major 5 6 - syn of: $ insueta, "$ $ / "; 0& intermedia, $ $ : intermedia, Melanella intermedia ( )) % 3 - syn of: $ " * intermedia, Melanella intermedia - syn of: $ ( 0 interrupta, $ $ , 3$. interrupta, * $ , % $. interrupta albida, Niso interrupta albida / 0 - syn of: * " / 0 interspinea, $ # $ $ 1F ; 0 3 inusta, + " $ , % 0#3. involuta, $ $. : 3 iota, $ & iotoides, $ 0 3 ira, $ / 0& irafca, + - ,0 . iredalei, Eulima iredalei 1 0 - syn of: $ ,! " $0. jacksonensis, Fusceulima jacksonensis 1 0 - syn of: $ 1 jaculum, / %41 0 & jamaicensis, Eulima jamaicensis $ - syn of: $ " $ ,*F ) japonica, / $ @ 4 0 & japonica, - / $ % jaskiewiczi, / 0 3 - "= 00 jeffreysiana, / -$ -" 30 jeffreysii, $ / -, % 3. josephinae, / $ -" 42 ? 0 3 joshuana, "/ $ ! )) 4 ! 0 # joubini, Niso joubini / " ; 47 0 - syn of: 3 $2 jucunda, $ / $ junieri, $ / $ 8 9 4* A &##3 junii, $ / $ 7 kahoolawensis, Melanella kahoolawensis % 0 - syn of: $ kanaka, $ 0 $ 0 , % 0 . karolinae, $ 0 $ 8 &##3 katrinae, + 0 $ 8 &##3 kawamurai, - 0 , 0 3. kawamurai, 0 03 kawamurai, " 0 <" 4 0 # kermadecensis, $ 0 $ ,< " 03$. kermadecensis, 0 $ ,9 6 0 . kilburni, + 0 " $ 2 ? 4: 00 kilcundae, + " 0 $ ,! )) 4 ! 0 $. knudseni, 2 $ 0$ $ -" 42 ? 0 3 kochianus, Stilifer kochianus % 0# - syn of: - . " 0 koeneni, 0 $ $ -" 0 komaii, . 0 , 0 #. kowiensis, . 0 $ , " 0 &. koyamai, ) - 0 0 3 krishna, $ 0 $ G =% 0&# kuronamako, $ 0 $ 0 , 0 &. kyurokusimensis, Melanella kyurokusimensis 5 " 4 03# - syn of: $ labiata, " 3 labiosa, $ " % $ labrosa, " 5 0 lacca, <" 4 0 lactarius, 4 ' 0& lactea, & ,<" 0$0. lactea, $ laevis, Melanella laevis - syn of: $ " ,/ : . laevis, 2 " . 2 ? 0# lamberti, Subeulima lamberti "6 - syn of: 4 lampra, $ * 6 0 lanceata, $ 3 $ 3$ $ 3$ 3$ 0# 0 &$. , 3 . $ 3 , 3 . lanceolatum, ' " $ - " 42 ? 0 3 langfordi, 2 $ $#,/ 0& . langleyi, $# % 0& lapazana, "3 $ 0 lapida, 3 laseroni, Melanella laseroni % - syn of: $ , 0 . lastra, $ 0 lata, - " 42 ? 0 3 lata, " " / 0 lata, Hemiaclis lata / 0 - syn of: " " / 0 latipes, $ ,2 . laurae, $ ,7 3. leachii, 3 legrandi, $ # $ ,&. lentiginosa, $ #$ 3 lepida, $ * 6 0#3 leptostoma, 0 # leptozona, 3 $ / "; 47 03 lesbia, Eulima lesbia - syn of: , % 33. letsonae, $ $ , % 0 . leucophaes, $ , 4 = ) 0 . levantina, 2 $ . $ $ 96 -";;" 4 > 00$ linckiae, $ 0 linearis, $ $ : lineata, $ $ ,* 30. lineata, $ ,* 30. lineata, Eulima lineata % $ - syn of: # " ,/ : . litoris, . 1 0 lodderae, $ , $. lodderae, $ lomana, * $ 0 lowei, Eulima lowei > 0## - syn of: $ : 3$ lubrica, $ " * 0# luchuana, Eulima luchuana % 0# - syn of: $ , lucida, $ ,> $. ludwigii, $ 4 # > luminosa, $ $ * 00 lunata, $ $ % 0 lutea, , " &. lutea, $ @ ;! : &### lutescens, $ &##& mabutii, Melanella mabutii 5 " 4 0 - syn of: ) . - . $ machaeropsis, $ / "; 47 03 macleani, $ 2 ? 00& macra, 2 $ 0 macrapex, $ 4- " 42 ? 0 3 macrophthalmica, . ,2 ? 0 &. macropthalmica, Curveulima macropthalmica ,2 ? 0 &. - syn of: . maculatus, $$ " / " ; 7 64< &# & magna, #$ - " 42 ? 0 3 magnifica, $ #$ ,0 . major, / , % $. major, 4 / -" 42 ? 0 3 mamilla, $ ,* % 0 . mammillata, $ / 0& mangonuica, $# $ , 0$#. manifesta, . $1 0 manzoniana, $3 $ $ ' 30 maoria, $ , 0$#. maracuya, 2 $ ,8 9 4* &## . mareticola, + 2 ? 5 4 00$ marginata, Eulima marginata 2 0 - syn of: $ # , mariei, ) ,7 3. marmorata, * , % $. . , 33. ,2 ? 3 . 0 &. marshalli, . - " 42 ? 0 3 marshalli, $$ " 2 ? 0 martinii, $ $ , % $. martyni, $ martynjordani, $ $/ $ ( 0 marviva, $ .. 8 9 4* A &##3 masseneti, Eulima masseneti 7 3 - syn of: - . $ # matsumotoi, * <" 4 03 maui, $ ,/ 0 &. mayi, Eulima mayi 0## - syn of: $ # , 3 . media, $ - " 42 ? 0 3 media, ) $ < 4> % 0# medipacifica, $ $# , % 0 . mediterranea, $ * 30 mellamella, : = 0& melvilli, $$ " . , 0#0. meridionalis, $ ,0 . metcalfei, + - , $. metulina, $ 3 mexicana, Melanella mexicana 0 - syn of: $ $ : 3$ micans, $ $ : 3$ micans borealis, $ $ " 0 micrans, Melanella micrans : 3$ - syn of: $ $ : 3$ micrapex, $ 4- " 42 ? 0 3 microcostellata, 4 - " 42 ? 0 3 microforis, * / 0& microsculpta, $ - " 42 ? 0 3 microstoma, Parvioris microstoma - " 3$ - syn of: ) . " 3 $ ,5 = 03 . microstoma ibizenca, Balcis microstoma ibizenca 5 = 03 - syn of: ) . "3 $ mimus, $ % 0 mindoroensis, ( $ $ $ , 4@ 6 #. minibulla, $ # $" ,9 4* ! % 0 . minibulla, Rosenia minibulla 9 4 * ! % 0 - syn of: $ # $" ,9 4* ! minima, ( $ ,/ 0& . minor, $ $ , % 0#$. minor, ) $ $ < 4> % 0# minor, Eulima minor * - syn of: # " ,/ : . minor, $ $ * minor, + $ 2 ? 00 minuscula, $ " 0 & minuta, ) $ $ / 0& minuta, $ ( )) % $ minuta, Teretianax minuta " 0 & - syn of: ) $ , " 0 &. minutulum, $ $ , 4 * % 0##. minutus, ) $ , " 0 &. mioacutissima, , 0&. mirabilis, $ $ " *F & miranda, $ 3$ miranda, # $ $ / "; 0& mirifica, 5 6 45 6 $ mittrei, $ , / 1 " % . mizon, 3 $2 modesta, 0& modesta, $ 0 # modicella, $ ) )) monodon, Eulima monodon @?E" $ - syn of: ( $ ,$. montageuana, $ $ # $ ,' 0 $. montagueana, $ # $ ' 0 $ montagui, Melanella montagui 1 $ - syn of: $ " ,/ : . montebelloensis, Eulima montebelloensis ' 0 $ - syn of: $ $ , % montereyensis, $ $ $ 0 monterosatoi, Acicularia monterosatoi * 0# - syn of: $ , montrouzieri, 4 $ 3 , "6 30. montrouzieri, + $ 3 , "6 &. ,5 % = 0 . 33. % 33. 03 . morishuichiroi, Scalenostoma morishuichiroi 03 - syn of: $ morisyuichiroi, $ , 03 . mortenseni, & $ $ $ * 0$ mortenseni, & $ $ 2 ? 0# mortoni, ) . $ 2 ? 0 muchia, Costaclis muchia 1 03 - syn of: 3 $2 mucronatus, + $ , % 33. mucronetincta, Niso mucronetincta 0& - syn of: & $ $ muelleri, $ 4 $ , 3 . muelleriae, $ " % 0# mulata, @ 4 I 00# multicostatus, ) 7 00# munda, + $ , 00. mundula, $ $ 3 munita, " $ $ , % 0# . murdochi, , % 0#$. murrayae, Eulima murrayae : 4 ! ) % 0 & - syn of: $ # , musta, $ ,G = % 0& . myriotrochi, $ - " 42 ? 0 3 nacraensis, $ $ $ A 4! &## nakayasui, * $ 0 0 3 nana, Eulima nana ( )) % $ - syn of: # " ,/ : . nana, * $ " $ $ * nardoafrianti, & $ - $ , 0 3. natalensis, ) . $ $ , 00. natalensis, $ $ 2 ? 00$ neozelanica, $ 3 $ 0$# neritaeformis, & $ newtoni, $ $ -" 0 nidorum, Sabinella nidorum % 0 3 - syn of: "$ # nilae, $ $ 8 &##3 nishimurai, 2 $ $ 0 nishimurai, . $ 0 nisoides, Niso nisoides - " - syn of: , . nisonida, $ $ $ ,* 6 0#3. nitens, ) . $ $ ,- ; 3. nitens, $ $ 1 0 nitida, ) $ $ , 3 . nitidula, ) - $ , 3#. nitidula, Melanella nitidula $ - syn of: $ , nitidula, $ / % # nitidus, + $ ,> $. nivea, $ $. 3 nixa, $4 3 noumeae, ) . $ / "; 4- 6 % 0 & nucleata, Costaclis nucleata / 0 - syn of: $ 2 nutans, 2 " $ $ ,*F ) &$. oberon, " $ 3 obesula, ) " , $. obliquistoma, . " 1 - " 42 ? 0 3 obliquistomum, + " 1 2 ? 4: 00 oblonga, $ " $# ,. obtusa, $ " ,1 0 . obtusa, $ " obtusa, " / 7 # obtusiuscula, " - " 42 ? 0 3 obtusoapicata, $ " - " 42 ? 0 3 obtusus, + " - " 42 ? 0 3 ochsneri, $ $ 0 odontoidea, $ $ , 3 . oestergreni, $ 4 $ # $ 6 0#& ogasawarana, $ # $ % 0# okadai, 4 0 0 3 oldroydae, Melanella oldroydae 0 - syn of: $ $ : , , 0& . 3 . 0& 3 . 3$ 03 . oldroydi, Melanella oldroydi 0 - syn of: $ $ : oleacea, $ ,<" ; 4 . olssoni, $ $ ,0&$. oneirophantae, # $ $ $ - " 4 1F ; 0 # onychina, Eulima onychina 7 3 - syn of: "/D9 % $& opaca, $ % 3 opalina, $ $ ,* * 0# . opalina, " $ $ 7 3 ophiarachnicola, + $ * " C% 45 &# ophidiastericola, Stilifer ophidiastericola 0 - syn of: $ ophioacanthicola, 4 $ 2 ? 0 ophiodon, $ $ / 0& ophiomoerae, ) $ 2 ? 0 ophiuraphila, $ 0 $ orbiculatus, Stilifer orbiculatus % 0# - syn of: " , orbignyanum, " $ " #$ $ , " ? 3#. orientalis, $ !" 6 0 orphanensis, $ $ $ : = 0 $ orstomi, + 2 ? 5 4 00$ orthophyes, " % 0# orthopleura, Eulima orthopleura 0 - syn of: $ # , osorioae, + ,@ &## . otagoensis, $ # $ , 0& . otakauica, . 0 ,/ 0 3. ovalis, Oceanida ovalis 7 $ - syn of: ( $ $ ( )) % # ovata, . , 3#. ovata, . ,2 ? 0 . ovata, Echineulima ovata 3 - syn of: . ,2 ? 0 . ovitesta, Macertexta ovitesta 1 0 - syn of: - $ $ , ovoideus, . , 4 . oxyacme, $ 4 , " 0# . oxytata, $ 4 ,2 . oxytenes, $ 4 $ * 6 0#$ ozawai, 3 G = % pachya, " $ / "; 47 03 pachychila, 0 pacifica, Pyramidelloides pacifica 1 0 3 - syn of: $ padangensis, $# $ , 0& . pagoda, ) # , 0&3. pagoda, # 2 ? 00& paivensis, " $ . $ 2 pallida, 2 ? 00& pallidula, Eulima pallidula ( )) % $ - syn of: # " ,/ : . palmipedis, ,< 4> % 0 . palucciae, $ ,7 3$. panamensis, $ $ ,0 . pandata, $ $ , 3 . parallela, $ / 0& parasaleniae, $ # $ 2 ? 0 # parasita, Helicosyrinx parasita - " 3$ - syn of: $ $ " *F parastichopoli, $ 4 $ = 03 parfaiti, 2 $ ,7 . paria, 0&3 parva, 4 . , 0#0. parva, $ . @ 6 33 patula, / 4 0# paulucciae, Echineulima paulucciae 7 3$ - syn of: $ paxillus, $ 4 , % 0#$. peasei, + , % 3. pellucida, $$ " , " &. pellucida, Thyca pellucida <F= 0 - syn of: & $ !" $3 pelluscens, $ peninsularis, $ $$ 0 penna, $ $$ / 0& 3$ 0 % 0# . 3 . % 0# . 3$ & ,7 3$. peracuta, 0& perdepressus, ) $ ,/ 0& . perexigua, 4# , 4 * % 0##. perknasteri, 0$ 2 ? 00$ perminima, 2 $ $ ( )) % pernula, Melanella pernula * 0# - syn of: $ ,1 " . peronellicola, + $ ,<" 4 0 #. perplexa, $ 4 96 0 perrierae, $ 6 4 &## persimilis, $ ,<" 4 0 . perspicua, ,9 6 0 . pervegrandis, Hypermastus pervegrandis 0$# - syn of: + " " ,*" perversa, $ . ,-" 0#0. petitiana, $ $ -" 30 petterdi, . ,&. petterdi, Stilifer petterdi 4 * % 0# - syn of: $ , $. philippi, 2 $ ,@ % 6 4 ; $. philippiana, $ /" = 3# philippii, 2 = ")) 3 philippinarum, Stilapex philippinarum 0 3 - syn of: $ $ , % philippinarum, $ $ % phyllacanthicola, & $ 0 0 picta, Melanella picta % 33 - syn of: $ $# $ picturata, 3 pinguicula, $ $# , 3 . piperata, , % 0# . piperita, Eulima piperita % 0#0 - syn of: $ ,* 6 0 . piperita, Eulima piperita % 0# - syn of: $ ,* 6 0 . pipus, @+ 0 piriformis, " $ -" piriformis bizonata, " $ "3 $ ( )) % $ pisinna, $ $$ @ 0 # pisorum, Eulima pisorum % 0 - syn of: $ ,! " $0. pistillum, 3$ pisum, ' " 0 placentae, + $ 2 ? 4: 00 planicincta, Eulima planicincta : 4 ! ) % 0 & - syn of: $ # , 3 . planisutis, $ $ - " 42 ? 0 3 platyacme, Melanella platyacme %= 0# - syn of: $ / -, % 3. plenicolora, $ , 03 . pocahontasae, $ $ , 40 $. polaris, 4 % 0 3 polita, $ ,1 " . polita, Melanella polita " J 1 " - syn of: $ " ,/ : . polita inflexa, $ $- 4 * polita intermedia, $ $ : polita minor, $ $ * polita petitiana, $ $ -" 30 politissima, 5 0 polygyra, Eulima polygyra - syn of: 5 0 ponderi, $ $ 2 ? 0 # pontilevensis, ( $ $ . $ ,* 0 . porcellana, Eulima porcellana - syn of: $ " ,/ : . portensis, $ $ portlandica, Melanella portlandica 0& - syn of: $ : 3$ portoricensis, * $ / 4 0# praecurta, $ % 0#$ prionocidaricola, Trochostilifer prionocidaricola 0 $ - syn of: & proca, Eulima proca 7 3 - syn of: " ,: . procera, $$ " &##& producta, $ ,: 3 . productus, + , % 0$. profunda, ) $ - $ < 4> % 0# projectilabrum, / " - " 42 ? 0 3 4 " 0#3. 33. , % 0##. proxima, Eulima proxima % 33 - syn of: $ # , 3 . pseudoglabra, $ # " / "; 47 0 & psila, $ ,2 . ptilocrinicola, $ $ 0# puhana, $ $ ,/ 0 3. pumila, 3 punctozonata, $ 3 $ 03 pura, * ,* 6 4 0# . pura, 3 pusilla, , 3$. pusilla, $ % $ pusio, 3 pygmaea, # , 3 . pyramidalis, $ , % 33. pyramidalis, pyramidalis, Scalenostoma pyramidalis @ 6 0 - syn of: $ " pyramidata, $ 1 0 pyramidelloides, * 5 6 pyriformis, Sabinella pyriformis - " - syn of: " $ -" quadrasi, Stilifer quadrasi 0 - syn of: - . " 0 randolphi, + $ ,> 0##. rangi, * $# ,7 3 . rathbunasteri, " $ 2 ? 00$ raymondi, $ @6 0#$ reclinata, $ $ , 3 . recta, & recta, Melanella recta @?E" $0 - syn of: $ ,1 " . rectiuscula, Eulima rectiuscula / 0# - syn of: 2 recurva, . 0 regia, Niso regia <" 4 0 # - syn of: * # $ <" 4 0 # regina, * # $ <" 4 0 # retexta, $ 4 : reticulata, $ - " 42 ? 0 3 retrorsa, % rhaeba, 2 $ " ,* 6 0#3. rhaphium, Eulima rhaphium 2 0 - syn of: 2 $ ,@ % 6 4 ; richardi, $ ,/ " ; 47 03. richteri, 8 00 rimskykorsakovi, $ 4 0 0 0 . '6 6 0$ riss, : robillardiana, Melanella robillardiana % 0 - syn of: $ $ robusta, $ " , 3 . robusta, $ " 3# robusta, Stilifer robusta $ - syn of: $ , $. roegerae, # $ roemerianus, + $ * " C% 4 5 &# rosa, $ 2 0$ rosea, Peasistilifer rosea 3# - syn of: ) - $ , 3#. rossinsulae, Eulima rossinsulae 0 3 - syn of: $ $ , % rubrapicata, * " 0 rubropicta, Niso rubropicta 0 - syn of: * " 0 rubrotincta, $ " $ ,( )) % 3 . rutila, ) # : 33 ryukyuensis, + 0 $ * " C% 45 &# # saccata, Eulima saccata 0 - syn of: ) . $- 4 , 3 . sagamiensis, & # $ <" 4 0 salsa, 0&3 salvadori, $ . : @ B 40 samoensis, + $ ,: 3 . sandroi, $ * = &## sandwichensis, $ $ , % 33. sandwichensis, * $ $ % 3 sankurieae, $ $0 8 &##$ sansibarica, $ $ " , 0& . ,- $. & 33. &. sansibarica, Eulima sansibarica 0& - syn of: $ $ " sarissa, $ ,2 . sarissiformis, "%4( 0 sarsi, $ -" 0#0 sauliae, + 2 ? 4: 0 # scalaris, $ . " 2 ? 0 # schiemenzii, $ 4 $3 > 0# schoutanica, $ $ ) )) schwanitschi, $ 4 $ 4* 0 schwengelae, & . $# 0 scitula, 3 scutellicola, ) # $ 2 ? 0 # secunda, ) $ $ , 0$#. secundum, $ $ 0 seguenzai, $ # $3 ! 41 000 semistriata, Stylifer semistriata % - syn of: semitorta, $ 3 serratus, + 2 ? 4: 00 shaskyi, " $ 0 2 ? 00& shibana, $ " $ ,G = % 0& . shimazui, $$ " 3 03 shoplandi, 2 $ $ ,* 6 0 . siberutensis, $ " $ , 0& . sibogae, ) $ " # , 45 ; 0#0. similior, $ - " 42 ? 0 3 similis, 0& simplex, 4 % 0 sinuosa, $ 3 sloani, + $ 2 ? 0# smithi, * 0#0 sobrina, " $ ,1 0 . solida, $ , % 3 . solida, Melanella solida ( )) % $ - syn of: $ / -, % solida, ' " 2 ? 0 # solidula, $ , 4@ 6 $ . solidula, Eulima solidula ( )) % # - syn of: $ / -, % soliduloides, $ , 0 . solitaria, , &. solitaria, ) ,1 0 . solitaria, $ , 0 . sordida, 2 0 sororcula, 5 0 sowerbyi, " 0 speciosus, Scalenostoma speciosus 30 - syn of: $ sperata, 3 sphaeroconcha, & $ , 0 $. spiculum, 3 spina, $ $ ,0 . spinosa, $ $ 96 0 spiridioni, $ $ / "; 47 03 splendidula, * $ , % $. spreta, , 3$. stalioi, $ -" 30 stamina, $ $ / 0& stancyki, $ 0 2 ? 0# stellasteris, & < 4> % 0 & stenomphala, * $ <" 4 0 # stenostoma, + $ ( )) % stimpsoni, Stylifer stimpsoni > & - syn of: ) $ $ stimpsonii, ) $ $ > & striata, ) $ - " 42 ? 0 3 striatus, & , % 0##. striolata, 4 3 strongylostoma, $# - " 42 ? 0 3 , 0& . , . 3. 3. " > ,- & &. styla, . )) " 4 1 6 % &# stylata, $ 3 stylifera, ) $ , " & . stylifera, Pelseneeria stylifera " J " & - syn of: ) $ styliferoides, ) . ,* 6 4 0# . styliformis, ! )) 4 ! 0 $ suava, Mucronalia suava / 0& - syn of: $ / subangulata, Eulima subangulata ( )) % # - syn of: $ / -subangulata, Eulima subangulata % $ - syn of: $ " subangulatus, Scalenostoma subangulatus - syn of: $ subangulatus abbreviata, Scalenostoma subangulatus abbreviata *+ " ,- $ < 4> % 0# 0& , % 3. ,/ : . " - syn of: ,- &. $ &. subantarctica, $ " $ , 0# . subcarina, $ " $ 1 0 subcarinata, " $ 4&##3 subconica, 2 $ " $ , 0#. subcylindrica, Eulima subcylindrica /" = 2 = ")) 3& - syn of: sublabrosa, " " 5 0 subobtusa, . " " 1 0 subpellucida, ) " , 3 . subrostrata, " % 33 subtruncata, $ " $ 0& subula, + " , 3$. subula, " /D9 % & subulata, Eulima subulata / 6 #$ - syn of: # " ,/ subulata, ) " 1 0 3 subulatum, $ " ,&. subulatum thomasiae, $ " subulatus, Scalenostoma subulatus 4 % & - syn of: subulina, " $ 3 subumbilicata, " " " " ( )) % subumbilicata, * " " 5 0 subventricosa, ". $ % succiniola, $ 3 sucina, $ 1 0 sudamericana, ) $ $ 4 K % &## sumatrensis, $ 0& suta, ) , % 0 . suteri, ) ,9 6 0 . suzuki, 4 3 0 00 tacomaensis, $ $ 0 taeniata, $ 3 taiwanica, $ <" 03$ talaena, $ $ / "; 47 03 talismani, 4 $ -" 42 ? 0 3 tantilla, $ 3 teinostoma, $ $ teinostoma gigas, $ $ # # <" 4 0 # temnopleuricola, 2 " $ 7"L = 4 0 tenisoni, $ $ $ , % 3. tenua, $ $ ,! 3#. tenuissimae, + $ 2 ? 4: 00 teramachii, $ , 0 &. teramachii, 4 0 terebellum, * " ,/ % . terebralis, " ,: . teremachii, Stilapex teremachii 0 - syn of: 4 terquemi, + $ 1 7 3 tertium, $ / 0 & testacea, $ ,1 &. tetuakii, * 0 0$0 thaanumi, $ $ , % 0& . thalassae, - " 42 ? 0 3 thalia, $ 0 3 : . % $ " 0 ,- &. thersites, $ : 3$ thielei, 4 , " % 0# . thomasiae, $ " % thurstoni, ) $ $ ,2 = 0 3. thurstoni, $ -" 42 ? 0 3 tia, $ 0&3 titahica, . , " 0# . titania, $ 3 tithaica, " 0# titubans, $ " $ - % 03 tokii, $ 0 , 0 $. tokunagai, + 0 $ # G =% 0&& topaziaca, Eulima topaziaca % 0# - syn of: * 3 " 3 tornata, $ , 0& . tortuosa, $ , 4@ 6 #. tosaensis, ) $ 03 townsendi, $ $ $ 0 toxopneustesicola, ) $ 4 $ 0 0 translucens, $ $ $ ,* 0#. translucida, $ 0# tricolor, * / 0 trifasciata, Eulima trifasciata " J - syn of: " $ triggi, . ## , 3. trilineata, * $ *+ & trilineata, $ $ 2 ? 0 # triliratus, ) ,7 . tristis, 0& trochodotae, $ 4 0 $ troglodytes, " $ # 0& trunca, $ $ ,2 0 . truncata, $ $ , " 0# . tryoni, $ $ , 4 * % 0##. tulearensis, $ 1 % 0 # tumere, + " 1 0 tumida, $ * % 3 tumidula, $ 0 & turbonilloides, $ " $ - " 42 ? 0 3 turgidula, # 3 turgidula, # / % turris, Pyramidelloides turris 1 0 - syn of: $ turrita, $ - " 42 ? 0 3 tyrrhena, + $ ! 41 000 undulosa, $ 7 0 unicincta, $ $ G = % 0&& unilineata, $ $ 4@ 6 # utinomi, $ 0 vafra, Melanella vafra % 0 - syn of: ) . $- 4 , valida, $ . 3 variabilis, - . " 0 variabilis, $ . " 0 $ varians, . $ % $ variciferus, Scalenostoma variciferus % 00 - syn of: $ varicosa, $# . 45 ; 0#0 vegrandis, $ . # $ ,*" 4 " 0#3. venatrix, . $ 45 0 venosa, * . $ % 0 ventrosa, + . $ ,7 $. venusta, $ . $ 3# verrilli, Stilifer verrilli / 0& - syn of: ) $ $ > verrilliana, + . $ ,-" 0#0. versa, $ . / 0& victoriae, $ . ,! )) 4 ! 0 $. vinarius, $$ " .$ / " ; 7 64< &# & vincta, .$ 3$ , % 0# . $ 3$ 3 . " & ,- &. violacea, Microeulima violacea : - syn of: viticula, ) . 1 0 3 vitrea, Melanella vitrea $ - syn of: $ ,! " vittata, + . 1 0 voeltzkovi, # $ . 30 . 45 ; 0 $ waltersi, + ,1 0 . wareni, $ ,8 00 . wareni, $$ " $ / " ; 7 64< &# & wareni, + $ $ * = &##0 wareni, 2 $ $ @ 0 # weerdtae, $ * =47 00& wetherelli, 5 0 whitechurchi, ( $ , " 0 &. williamsi, + ,: 4 ! ) % 0 &. worsfoldi, * $ " 2 ? 00# xanthias, $ 4 $ 2 3 xiphidiopsis, Melanella xiphidiopsis / " ; 47 03 - syn of: yamamotoi, ) $ , 0 &. yamamotoi, $$ " 0 $ yamazii, $ 3 , 0 &. yessonensis, " $ $ @% = 6 4 G = 6 6 00 yod, 2 $ : yokosukensis, $ 0 0 $ G = % 0&# yokoyamai, * 0 <" 4 0 # zebra, 43 " 0 3 zugnigae, $ 3 #$ # ,8 9 4* &## . " ,: . $0. $ - ( 0 ! !" ! % & ' (# ! " " #! $ # ! $) * # !" # $ % & ' " "! % ! # & ' " "! % ! # & ' # !" ( % & ' + !# $ ! , - '# # ( $) * ' # !# $ ! ! , - $ )" , '# " . " -- ( $) * )" "' / !& 0 ' (# # $) * # !& '! * 0 ' 1 2 % # #3 !& *" ! ( 2 1 24 ' * 3 !& ' 5 " 67 8 / # 3 $ # # !& '" " ( 2 ' * 1 24 ! !& # !% (9 ' # * " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' # !& #"! 0 ' / # !& + ' !$ " . # ' "$ # ! !& , ! 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" (/ * ## ! #* "!"!# 1 2 ' # " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' ! * ! / 3 : # ! ! *# / 3 : # ! !" $ " " 9 6% & 9 ' 3 ; # ' '!" 1 2 ' # '!" ! 2 " 33 ## ' ,BC " # # ! 3 ' / 3 : # ' '& ! #" 2 " " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' #! ! '# # ! / 3 : # ! / 3 : # ( # ' #3 "! ( '# * # ! # ' # ! '# !# ! 0 " ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' #' !$ , " " @ ' # !! # # L ; " '## : / # 3' 67 < : # & ! 2 " ! A ' & !/ 1 2 ' # , ( ! 1 2 ' '$ 1 % ! 2 ( $) * % ! (/ " 0 ' 3 * " ( " >A # ? "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' # $) * ! " !# 9 6% & 7 ; ' 3 $ 3 # " $ (, - 6@ '3* A # " *( 0" 9 ! 3 6% & ' 3 A " 0 ' 1 2 % # ! " "' # 9 6% & ' 3 A # 0 ' ( $) * # # '" #( (A . 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" "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' 3' " ! # "*( ! #( #" ) M" 61 2 # ! " ! # " "! " (7 # # * ! " ! # * ( " 3* 2 " 3 # # " ! # " (. 3 * : # " ! # " % & ' # " ! # & 0 ' 1 2 % # ! " ! # , ! (0 9 2 ' * ## ( " > A # " A "! % ! 9 ?# # & ' & ' 3 $) * ! ' , '# @ @ " ) , '# # !3' '! "0" (9 ' ) * / J # # ( (% 3* 2 # 3 # !! (% * " "! % ! # # ## ( !'* ) $ " A ) 0 < ' / A " ' ! # ## ( 9 9 3 * @ 3 " " A ) 0 ; 2 ' " ' ) ) ' / ! # ! ## - !" -" ( ' #* ; : # ' #! % 9 ' /= " A< = 9 ' # ! @ 3 % " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' / 3 . "! ( '# * 3# ( "* # ( '# * # #3 (! ) < # ' ! $ ( /= # ' (, . @ 3 * " A ) A 2 " ! ) ) A < / # < . . 0 A ) ! 2 " ! ! ! (, ' 3* 1 24 #! %! 9 ' # " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' # A # / # ! #("! , '# / 3 $ (/ 3 * # ! !# # ' / # ! !#( (@ " '# * < . / D . 0 # !! ! A C 6) # " "! % ! # & ' " "! % ! # & ' #! ! 9 ' # ! # ( ' * . G # ( !3 2 " 33* 1 2. " A A $ ' ! ' 3 # ! *( (G 69 ' * 9 # ! #- # ( ' '* 1 24 # $ ! (/ / 3 * A # " A A A ?% " ' ' . 6 = " ' # A A A " . 2 ?% 6 = " " 33 ' ' # A ' (. $ ! ' '!" 6 = " ' #* " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' / # ! # ' ! 9 ' % 3! ' #( ' #* # # ' !! 9 ' / # ! '* ! ()E '* % / 3 '" #( A # # ! # '" # ( " #3* # !' '"& #"! ( " C ' * $ # '! & (7&F ! * " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' # '! & (, # ; * A / # # (I " ' '* '! # 2 # '! ( " ' * 2 # ! # , '# / # # * (% * # # * # # # ! /= ! 3 " 3 : # ! # 9 ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' / # #( ! (G !* # #( # " (% * # ' #( / (% * # ! #(! / 3 : # 3 #( (% * 33 #% ! 9 ' " ) = 9 ' # 3 # # , / '# # 3# # & (/ 3 * : # ! #" "/ 9 ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' / # #" * # . 33 ) # #" * # ) ! $ " . ! # 3! #" * (G 69 ' * / #' #" #( I '! # 3 #" " (I -6 9 " C . ; * ! # ! ' #" & / ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' / # ! #"! " 6 % ' / # ! #" 9 ' ) # ! # #" , - 6@ ' A # # $ / ; 7" ! # 1 /= " A ) 2 2 " " 3 33 ) # # 3 $ * #%# ( " ' * 1 2. # # 3 %"! () " ' * 9 ' # 3' # !& (/ 3 * : # # * (/ * 7" ;" $ " A " ' # # ! (% * # " "! % ! # & ' " "! % ! # & ' ! ! ' / 3 : # ! #" 9 6% & ' 3 A # # "* (/ 3 * : # & ) $ ! " . -- # # '' ; 7" 1 /= # ' "! G '' : # ' " ! 9 3 ) ! #" 9 ' # ! 3 ! $ 6 % ' " "! % ! # & ' " "! % ! # & ' / # %! 9 2 # 2 " A ) = 2 " 9 2 3 # A = 9 < # ) # ' ! ()H = #!* @ " A J / ! # ! 9 % '#3 / " "! % ! # & ' " ' # ! " @ 3 % " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' / # ! ' # " / 9 3' / * ! ( ' # * 3 / ( 3 * @ " # / ( ' * / # ' % # (. 3 * 1 # % (% # * # ' % / (/ 3 * : # %! : ' # 0 $ " ) ) , # % #"* # ( ' * # " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' ! ' $ $ 9 6% & ' 3 A # # $' @ 3 # $ '' / ' ! A # !' $ '!" L ; " '## : # # $ * 9 6% & ) ' 3 - 6@ '3 # # $" *( (% * " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' # $! # / / # ! $! (. 6 = " ' #* # $! / ! ) ! 3 # $! F !' " /= # ! $! ** 9 ' / $ ! A # ! / # $ (/ $ !* # 3 ( I '3! " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' ' ( 9 ' # ' ( "! *( (, - 6@ # '3* !' ( 2 " ! # ! ( ' (% * 9 ( *( 9 ' # ( (% * # ' ( * (G 69 @ 3 ' * 3! 3 3 " ' 2 # ! #" *# % ' . "$ # ' % / (/ 3 * : ! # ( ' # * " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' ' # * 9 6% & ' 3 A # !'! " / # % / "" 9 ' 3 # '! ! , / '# 0 %%! ( " 3* " "! % ! # & ' " ) A " "; : == " ' ) # : == " ! A !'3 0 # /= 0 A ! C 6) # 5 # 3 " "! % ! # & ' " "! % ! # & ' ' - - ( " ' * 2 ' - !" A # 3 / # !'' -! ( L ; " '# : # '" 2 " ! C $ : == " # ' *! ) < ' # " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' 3 ! 9 ' % / # '' * (% * # # ! (@ 3* A # # $! 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( 3 * " "! % ! # & ' " "! % ! # & ' # ! #( ( ' #* : # (0 #* ' ( 9 ' /= # #3 ( ! . . = 3! 0 9 " A ) G ' 9 9 6 '! A '# # # 9 '#3 % " "! % ! # & ' " "! % ! # & ' / # # ' 9 " ' 3 / # ! ! "! (/ " 67 < * ) '3 $ # ! ", 9 ' A ' # # ! # () ' * $ " #'' ! # (% ' * /! # ! ( ) # # ' * 2 G ' # # ! " ( 6) " # ' * 3 ' # " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' / #3 !'" 9 " 6% & 9 ' 3 ; # 3 !! 9 6% & ' 3 A # & / 3 : # # & $! () 6 ' 3* 1 24 3' # & / 3 "$ # # ! & ! , / '# # # & # "! ( == 6 ' !* # " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' # 3 + ( ' #* : # ' "-" - L ; " '# : # 33 + $ $ (A #!" C /D / 6) 3 ( ! #!" ' ( , ! ' / # !# #!" '# # / 3 A . # #3# #!" ' +" ' ! 7& * # $) * # % # ## #!" ' +" ) < ' 3 # " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' #3 #!" ' " , '# # # #!" * ' (! ) < ' 3 '# #!" / / 3# # #33 #!" /. 2 " ' ' #!" !! * (/ 3!* # ! 3 #!" &" . 3 % / # #3 #!" * ) < ' 3 # #3' #!" , '# 1 / " ) < , '# # ! #!" "*( ! *( ' ! : % ; " # #3 #!" "/ ) < # ' ! " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' # #!" ! % & ' + '! #!" ) " # 3 # #!" & ! ' ' ! # / # # #!" ( % "7 #3 ( " > : 3 1 < G ?! ' $) * ## " $ 9 9 # " ' , ' 9 " 1 , ' # " %! 9 ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' ## " " -6 - # ' # # ! " ' 2 " ' : # # ' " ! A '3 % / ' " '! ( 2 " ) # " !* '3 " # / ! ## ! " #( &! , / - ' % # # # 3 " # !# , ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' ' " " I " ' ' # ! " "!# I 6 ' ) ' $ # !' " ! " ) 0 % ' / # # " /#" * 9 ' ) ) - # " %"! 9 6% & ' 3 A # # " $" " " / : ! # 1 ; ## " ! " ( 9 ' @ ## " ( *" 9 ' . 7 ## # " (+ I 6 ' 1 ## $ " 1 - I 6 ' # # ' " '! # ( 2 " # !* # " !! * ( 2 " !* ## # " " 9 ' % " "! % ! # & ' " "! % ! # & ' / # # " ! "! ( 2 " !* # # # " "" I 6 '3 G # # " #!"%"! , '# " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' / '' " ' 3 # # " *"! "! # , 6 ' . # " * ! () < 6 ' * # " * ! " 1 < # # 3 ! " $ (@ 3 * % / # ! " ! $ I 6 A # . ' " 1 I 6 ' # # " ! '! * # ' : # # " 1 ' # " , #( 2 " # 3 " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' # " ( ' ' # # ' " * ( 2 " !* % # " " *( I 6 ' : # ! ' " ' # 1 2 ' # " ! ' (, 2" * # #' " '!' : ## " ! #" "! , ' @ # 3 " ! )E # # " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' #' & " " 2 " ' C # ## ! " "-" I 6 ' : !& "! % & $ ' ( ! $) * ##! !& "! ! % & ' / # #' !& "! ' % & ' # ! !& "! '! & ( 2 " !* # #'' " "! % ! # & ' !& "! . ! (IE 6G " ' #* + # !& "! % & # (/ 33* ) ! $ " A ) ) ##! 1 6 ' # !& "! '+ # (1 ; $ '3 * " . " < < 2 / 9 6 3! -- ? < '' 9 - 1 # !& "! !/ (9 ' * + # # !& "! % / ( 3 * @J $ # " A A ! 9 ' ) < = " # !& "! "# ( '# * " "! % ! # & ' ' ; '3 # ! !& "! "! " % & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' # !& "! ( ''* # 3 !& "! (9 - 3* ##! !& "! " , - 69 < " ' # + # !& "! % !" () < 6 ' * + ! I 6G " ' ( " > # ! '" ( 2 ' * 1 24 # ! '! ( * ) # " = 7 " G = ? ' $) * # ' ! # (, '# * : ##! ! ( , ' 3! " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' # ! ( , % & 9 69 2 ' ! C # 3 ! I 6G " ' A ##! ! "! I 6G " ' ) # " "= / D # # ! , '# / ## ! * ! *! (, '# * @ # ' ! *!"% I 6G . ! " ' # ! # ( 2 '! * 1 24 # ! '"$ ( 61 - ' '* ) ##! ! * " G # " = G # "= G # = ## ! ! 9 6% & # ' 3 " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' # ! % ! ( % # * 3 , ; # ! !# 64 " # #! ! ( ! " (% ;2 ' 3* < , '# # 3! ! "/"* #" ' ' : ### ! "" ( # "' # 0 ' #* ' ( " "! % ! # & ' " "! % ! # & ' $) * ## # "' # ! # 2 " ! 1 2. " 1 #!" ( $) * " #!" (/ ! " 3 * 1 < ( " > ? $) * ## ! " $ (: ; #* # ! ' # " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' #! " * "! () < 6 '3* " 7 ) < 6 '3 # # ! ' !' ) ;6@ " ''# # ! #3 " $ ' ! @ '' # " "! % ! # & ' # ! " $! # ( * 7& " 7 " " ' 0 " 7 ' 3 # " < ' ' # ! " " (, " 3 * 7& ! #!# ! " ! (@ 3* ! " ( ' #* " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " ' # ' # # # ! " #" @ '' # ! " * $" ( 2 '#3* ' # ! " ( " ' * 2 # ! " ! (C < ' I * $ ! ! " " '3 " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' & ' " . '3 # # ! " ! ! (@ * # ! ! " & # 0 '$ ! " ' 3 1 ! /2 $ ! # ! (C ' 'N ( $) * / % @ ' #* " " . )E ' 3 ) ' ( " >A ? # $) * ##! ' # (I #" 6G " '# * " "! % ! # # ' %! * () 6 ' 3* 1 24 # ' ( " ' 1 2 * % " 6) " ' # 33 ' "* @ 3 % " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' / ## ' "!' $ ( & 3 * # 3 ' * #( , - 6@ '3 A # 3 ' * & % ) # ' * ! %"! 9 $ " . # $ " = 1 ; ' ! " = 9 ' * ! %"! ' +" : == " # ! " "! % ! # & ' & ' ' ' ( % & ''# 8 $ # ' !"$ " '# @ " " # ' 3 " " , " 3 ( " > " ? ! $) * # # # " " ' ' " 9 ' # % " "! % ! # / # # # " " # ! , " A . 3# 3 " < " # / " " ! " ( !* / " = % 3 = # " " #( !" ( '3 * '3 ' = ! # "! " 6) " " "! % ! # & ' ! # # " " * !! ! 9 < 6 # " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' 9 ##3 # * ! " " 0 ' # " " '# ! 0 ' ## # !! # " " ' (9 #* 9 ! " < )E 2 = 1 2 ?M " 3 = = 2 / 9 = 2 " " # < " " ' (" 2 G 0 2 " " '# / 2 # # ' ' 2 3' 6 ; ! " ! ' $ ( " >0 # # ! # ( '3 * : ! # ' # ! / 3 : ? 3 3 $) * = '# " / " 7 < ' < " '' )E ##' # ! ( ' * " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' # # ' % 3 ) # ! # # !" 0 ' 1 2 % # # # 0 %%! 9 3' . "$ # # - ! # (C < ' * # 9 6% & ' 3 # # # $ " / : 3 I # # ** ! ( 2 " ' * # # ** 7E ' $ ? " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' = # # ! # * #" "! ( '3 * # # # # "+" * '3 : # # # ! #( ! A '' . "$ # # # *! (/ 3!* # !3 # , ! (A '' * ) !"#(" % !% & # ' # ( $) * ! !"#(" " % & 9 % ! ' # ! !"#(" " * % & 9 % ! 69 ' ! ) # $ # !' !"#(" % ! # ! #" % & 6) ; / ' ' . 3! ' !"#(" ( , % & 9 % ! 69 2 ' ! C # !"#(" "! *( % ! % & ' # ' " !"#(" % ! # ( #" ' ' : # !"#(" ! ( " : % ! ' * % ; " " = 3 ! "' # ' ! % & ' (3 # $) * # 3 ! "' # ! "*( ' ' : "! % ! # & ' # ! 3 ! "' # !"* # #" (I 6 : I ' * # 3 ! "' # (" ,"! ( (/ !* # " "! % ! # & ' " "! % ! # & ' 3 3 ! "' # & % & ' + # 3 ! "' # ()H = #!* 9 # 3 ! "' # "* ! #" @ J ; 6 ' : 3 ! " ) ! (#' ! $) * # 3 ! " ' # !' F J # $ ' 3 ! " " (A C 6) # * # 3 3 ! " % / ) ! " ! " G = 0 '# # 3 3 ! " !# / @ # # ! 3 ! " ! '# : % ; " # 3 3 ! " ' ! ( "6/ + " ' * 9 # 3 ! 3 ! " #(" !"# ! #" ! 2 C # 3 3 ! " #" ) ) # #! 3 ! " #" A 6C # # 3 3 ! " #" ' 9 ' / ; 3 " "! % ! # & ' # # 3 ! " #" ' / !# A # 3 # 3 ! " # !& ) ! $ 9 F " / " , 3 ! " # !& " $ - # 6, = " "! % ! # & ' 3 3 ! " #( ! 9 6% & ' 3 " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' A #!! 3 ! " #" * # ( ' #* # 3 # 3 ! " # !& 9 F " , - 6, = . # # 3 ! " 9 6% & A # 3 ! 3 ! " $%"! (, : '# * I ' 3 # 3 3 ! " & C< 9 -- 9 - 6G $ 3 ''! ; " # 3 3 ! " #! 9 ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' / # 3 3 ! " ! # (A C 6) # * # 3 ! " ( ! ' : # #' 3 ! " * !% (@ * # 3 ! 3 ! " * ! : == " $ " . # # 3 ! 3 ! " *( ** (7 " . < "$ 6 # - !* = " G 3 A % ' #!3 3 ! " !( ' () < ' 3* # " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' ' 3 ! " ("* () < ' * @J $ # 3! 3 ! " '#" # ( ' * 3 ! " , ! 7 ' # 3 3 ! 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(/ * A % / " / 6 == ' *# #( '# *# #( ! % & ' + ' *# $ '' / 3# : *# ( ' % & ' 9 # $ '# *# % ( 6) " ' * 3! *# "& ( 3 * " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' *# "& (% & ' * " A < 3 # ' *# * * (I 6G " ' * # *# , #( ( 2 " 33* " ' 3 ! *# ", !' 9 ' /= !! *# , # I '3! : !# 1 < !N ( $) * # !# !%# 1 < 61 < 3 !"*( 7 6 ) ! $ '3 ( $) * ! !"*( 0 *" # 7 6 ' # : ! !"*( * !! % & ''! " "! % ! # & ' " "! % ! # & ' / ! # !"*( ! (' ! % & ) # D 6 /D / 3 ''! ( " > ? $) * ' ) # !" / 6/ ) # 3 F " < ) ( @D 1 ; '3 # ( $) * !!! ) ( ''! & : == " ! " "! % ! # & ' " "! % ! # & ' A # ) ( */ ( # # 9 # # ) ( % #" * # (: == " 7 ; " 9 = : == " ! ! !* $ # ) ( # # # " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' 9 # ) ( ( ! " 9 ) ( #! #" 6% & 9 ' 3 6% & # ' 3 (3 ! ) ( #! # ! (% & $) * #" ' #* A # !! ) ( #! #" #! * / 9 6% & ' 3 A # !!3 ) ( #! 9 #" 6% & ' 3 A # ) ( #! #" #! * / 9 6% & ' 3 A ! ) ( #! #! 5 ) 6 #" # # !! ) ( #! , - #" 6@ '3 " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' # & ' A ) 9 6% & ' 3 (# 3! $) * 3! ) #" "! ( ' #* / " / ' # # !! ) $ 9 6% & ' 3 A * "!( *( " 9 6% & ' 3 (# $) * # % * "!( *( " # % 7 ; $ # !!' * "!( *( " #( !"* , - 6@ '3 " A ( " 6. ' # ( $) * 3 ( "+ " # 2 '! 1 24 * ! #" % & ''! (# # * # * 3 ! #" ! #" ( ' 3* : $) * "! % ! # " # $ * ! #" % & ''! " '#! ( " > # # & ' $) * # " ( ?! "! % ! # 6) " ' * / " / 6) " ' /2 " 6) " # # 2 ' 1 24 # " # ! , ' # 1 24 " , # ! ) " # &' # % & ;6@ ''# ( $) * ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' # " # &' # # ! " # 9 '! % & ' (# $) * # ' " # $! $ (, '* 9 ' " / , ' # ! " # +" % " "! % ! # & ' A " 1 / J , 0 - 6@ '3 ! " ' 9 / 6% & # ' ' ( % . # $) * ! # ! " $ 9 - *! 6% & ' 3 " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' A # # ! " ( 9 6% & ' ' A # ! " , ! 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'!" ! * / # " "! % ! # & ' " "! % ! # & ' # % ! # IH; ' ' % ! #" # & % & ' + % ! ( ! $ (/ * + #! % ! # ! 1 2 ' " ' % ! % % & ' + #' % ! 0 *" # 2 " : # 3 - , ( % ! ! ' 3* ' . # % ! #7& # % ! "&" (/ 6/ : 3! * "! % ! # & ' ! % ! " ' ! ) $ " = ' #3 % ! & ! ' 9 ' . 7 " = ; 2 " ' = !" ' %"! . N ( F 9 $) * # !" ' %"! 9 ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' / # !" ' %"! " 9 ' / # !" ' %"! ' ! ( ", 9 . = ' D ) # % 9 " ! !" ' %"! #" ! $ . 3! % / # !" ' %"! ( 6 ' ' ' # 3 !" ' %"! 0" ( == 6 ' / G # !" ' %"! * + 9 0 ' - 9 J . = # ' !" ' %"! ! %"! "6: ' " "! % ! # & ' & ' " A ( # D 6 /D / ! ( " > " I ? $) * ( # ! #" (/ 67 < 9 * $ " / 67 < ( # # 9 " ' ' 9 J . = '! ( # #! !3 / 0- $ " " " IH; !3 ' ( # !& I " "! % ! # ! ( # # "#" #( ( # # (I '!'* A . 3 # ( # ! " %! ( ' 3* : ( # %"! ! " "! % ! # & ' " "! % ! # & ' ' ( # $ I 6 ' : ( # ! I '$ ( # 1) 6G " 29 " " ' # ' ' ( $) * ) " ( , % & 2 ( " #" ) ?9 ' C '! ( " > ? $) * # ! ! ( " #" !# ; '3 " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' " "! % ! # & ' "! % ! # & ' / ! ( " #" "$ ($< < '! * #! ( " #" "! ) !"* " ! #" ?9 % & '! ' ( # $) * # !"* " ! #" *( !"#" #( ( !& ! 9 " ' !* ' 3 (# $) * # # !& ! #"* 9 " % ' 3 / # !& ! #(, $ 9 ' ' # 9 ' 6% & ' 3 ( $) * # ' ' # #! 9 6% & A ' 3 " # ' ' # , ' 9 " / / , ' , , ' ' # ' ' ' # ' # : == " " "! % ! # & ' A Author: Claudio Galli - claudio@bagniliggia.it - last updated: 22/08/2014 red squares show where each species has been georeferenced each square has a size of 2° an interactive version of this image can be accessed at http://www.bagniliggia.it/WMSD/FamilyMap/EULIMIDAEmap.htm please note that this is not the complete coverage of this family the Data Base is not exaustive and only one specimen per species has been georeferenced this map is only the graphic summary of the WMSDB Data Base up to now the total number of georeferenced species in this map is: 484 from a total of 1018