+ Aelia Acuminata L

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"#$%&"'(%&")#)*+ 8/95%6"7 50 %12"34 /0 %,-. Aelia acuminata L. %&'(')*+,-'./0'(*$1234'$' 5/#4'(+6 !"#$ )+78#+941':#3;<'*2 (Hemiptera: Pentatomidae) E(*=-+8>0'?@A9';BCD 2:D% E4FG 1"#$%&")#)*+ %C ?7A%B 2"#:;<= Q95 %L50P0 MNJOG%KJ2"+ 95 05058%L I'"J2=%KJ2"+ H )F>GH %&2"?W%&"XY<% "$%D%=4 A%T?*A%&V%C" R7%C -3.%S< Aelia acuminata (L.) (Hemiptera: Pentatomidae) %R7 %^ ,D A%e3D%R7%RJ<%C" $bJY%IW"4%c%](%I#_3.% 3D%d#-*+%Y% 7"4 I?JS%C _`"aA %^ I7<%1,4%M2<F$%.%Y%Z,$%\2<FA%2=%]( %C"NkA<2"G%Y%"3;%Y%:;%C _`"aA%Y%C2Y( j3.%dA(%C )aA%2=%Z,$%C i2FA%S<%B A. acuminata %R7%C 12"c%d?;%dA"D%&<N:g%2hA%RJ,c %Ii"7 8P % C2;% 12Y=% Y % v us %t Ps % p?;% Icq2% Br#?-7% .2= 5o ±8% C"A= H% 1"n:J"AS(% 2=% 1,4="J% C" R7 %^ ,4% Z"l;<% ](% -mA,#`+ %{#+N+%c A. acuminata %R7% $2G%R7%xG%Y%yz+%C"3;Y%:;%]<2Y=%R#n;"#A %^ ,;,4%JOw+%Z,$%C ;<=%"c %Q EJ2"+%Ii"7 u%Y% J"4Y2 %Y%NA %v us %S<%~#c ^,A(%I7=%c%SY2 u0P/ ± 0s /|} %Y P0oP ± 0s 8uo %BP05u ± 0s 5/u %B9088 ± 0s 558 %B|09P ± 0s soP %B}08| ± 0s s5u %{#+N+% Hc %I4<,;%NnJ,EJ%"c%C2<= _A%&Y"+%1="A%Y%N;%&<N:g%C"3;Y%:;%]<2Y= %^ =c%ZY=%Y%6Y<%R#7%C" 12G%Y%yz+%dg<NA%c%cNA%N#A %6q%Y %Q yz+ H%dmA%,#`+%`"W%Y%`"W";%N;%B Qt8SY2 H%I#_3.%,42% J";%Y% +<%N;%C"NkA<2"G %^Q SY2 |/ 0ss ± s0u}%Y |/ 0/P ± s0u8 %^ ,4%=2Y(Nc Pu 099 ± 8o 0}|%Y s08P ± 0s s9| %B8s }0 ± o0u8 0s%B 9}| ± 0s 58s 0s%t%B s5P8 ± 0s s885 %{#+N+%c %Q SY2 H%d?;%eJ%C 12Y= ^,k?#;% "n:J"AS(%J<N4%2=% 42YNG% -D%2<N)k7<%c%2="X%" ](%D%,=% A%]":;%R7%RJ<%C 12"c%d?;%=<N'<% -mA%,#`+ % #_%=NE-3i "n:J"AS(%M2YNG%B&V%C" R7%B '<N$A= L(F>JK'(+6 )I3$ [email protected] %L 6?A%1,?J; 4%+%5,! %8%+,29:;<%2%.=81<%+! ./012 *+, !"#% ( ?@ # !" %,: "T#C% .M% #(a "% !1 |. ;N/:% H!!h %H%,29 G!1<%+! 4%+ C%<; Aelia %AC%+! 4 %N#% 2% }N% 2% +`1, sa% *!% 2% "% +!% 5:;:% + 5LN#/N %R L; 5LM;NO%,"M%P! %<;%+,!#8 %,:%M%LQ .%K8( %2%5:N" %H!d;%*c2,%1;%~M% %R T4;%=s%w;N Aelia acuminata (L.) 4%AC%1;%+! /%<;%.S1 %5N"w%+,29:;<%2%.=81<%+! ./012%G;N#O%.!M%T\8 %T#;% +;,;:% U# % 2% M% *!,"M% <;% .WN % ,:% M% T4; %#(a%2%1`a%. Nd%<; %R (Carey, 1993) %L19 .%T4: %! % * (Lodos, 1981; Burlaka, 2009) % T4;% +:!X= ; %T!W:%!4;%N %2%.4%+ 5012 +wN%c2,% %! 5:;:%1; (Panizzi %1L %+!#: %,:%4%1;%UM;NO%./:N=8/%:C2 %;N %;,%+Na !C%H!d;%*5:!%2%N%AC%2:%N%+! 5:;: Alexandrov Z% G;N1;% 2 et al ., 2000; Rider, 2006) A. %4% %P N% !%.4,N %,: %R (Chi, 1988) %:,29 . % % T#;% 2 % [ and Mirzayan, 1949; Radjabi, 1998 %T#C% %Ca%! %R L"%5L!"%H!d;%1; acuminata %.!/%!;%* (Panizzi et al. , 2000) %G9%+:!X= ;%M%T\8 %*,! % 1;2;% ,:% G;,zv!=8<% +! 4% L;% 2% 5LM;NO %2% ^L/% _,;`% ,:% G9% <;% .Ca% ! % +! T#C% H! 2; %T#C% T\8% % M % [ ^2:% 8 Z 5,! % +! 4% + !h %c,;`/ (Lodos, 1981; Javahery, 1995) %bN %.!/ %:;N ;%. !1<,;%U20O%1;%L %R T4;%Na ;N %L,;:%+N="# %+! M;Na%,:%G;N1;% d!%<;%+,!#8 %,:%4%1; %R T4; 5LQ %.Q,2NO%.M%#S"a%G!S;%,% %4%1;%+ 5,! %8 %+ 5N#a%<;%<N%2%.aN%+! %2%.;,<%G!!#/%+2,%*M RT4;%! G9%.=81<%+! ./012%TW!Q%2%.!v"1!<9 Radjabi, Z% :,W .% "g% % `# (Poaceae) % H +, $%&'%'()* R[ 2000 Z%! Z%! % 9% TQL % ^L/% _,;`% <;% 5!:;:NW% NW9% ,: A. % 4 Kustanai % + h% ,:% G!=8 ;` % i!Q% ,: *+ )(!( " #" %&' ! % .!Q% N .1!# ;NC% H!Xs" %4% 5;N% 2% 5: % +:!X= ;% T#;% +;,;: acuminata +* =) "89 ;&<"#" 5 ' 67 )6 ! "#"%&' (* ", ./"02"3 5 ' %+! 4% T#C % m kl % j1N Aelia siberica Reuter A. "L F&9I"A"L'<M;"L.5O F.GH"&;"9I "E 9>&'"?@A"B<".C %#42,%,: %R (Burov, 1962) %:;: .%#S"a%;, Aelia %AC ",T"L9U"F9VG>9BW"&'"T"M/"L&#W % acuminata %_,;`%+! 4%T#C%Lo,: %!an %*l A. acuminata %4 "L9' ]" ,9VG>9BW" \><./" &'" 9 A" >< " Z '<'" 5YG;" <& R(Burlaka, 2009) %: Samara %G!=4;%H ± "L&"F&#'"# "d c7 b!7 ",U_"aI 2&"3^5_A"%&' *( 6 %N="# A. acuminata %4%UM;NO%./:N=8/%:C2%! "fW"#"gMO"L <'"9I "E ,Y>&9;"a9A c"#",>9/#&"a9A 6! %i ;% 2% r2;% 2% U1;L #O% G;N#O% *G9% .4!Q ^ % H!!h ZMM/">h; Tischler, 1938; Z%T4;%=s% d!%,:%4%1;%T#C "n;" L9 CA'" 9I" \><./" &'" , <.O'" l>9BW" L<.I %R[ Burov, 1962; Benedek, 1971; Radjabi, 2000 "o#&'" 9O<M%" &2 I" #" a/<'.I" ,T" B<" <B#&" &2 I %<O!1:%+ 5L1LO%uXW%,:%.Ca% ! %+! .4,N %#t "9I"l>9BW "Z a .O"&<. "E .C ,C9A !"9'".@ ]"L.Cp"q#.r Hodek, Z% T4; = N/% H,o% 5!v"1!<9% ,:% 5N"w% 1; "FM9/p"h9T"9I"L.Cp"q#.r"T "Z M/"B9W"n ;"'M (+ %4 %1;%.!v"1!<9%.4!Q T81<%+ 5,! ,: %R[ 1971, 1979 *= " 9; 6* " 5I" 9 <'" T" FM/ u5v" gMO" L9 <'" B< " Z M/ %<;%yT4;%5LQ%G!# %.\!h%U# %2%M%.4!Q 5N"w% !%,: ""x> "Z M/"F'9 CA<">h;"L<.I"3MC/<'"&<. "fW"&'"a9A %1;% G;,zv!=8<% :;N ;% .{% L#a% +! ./012% .WN % C "B95"'&"fW"3oW"L 9'"&'"L< Up"9I"fW"L#9H",G>9BW (Javahery, %T4; = N/%,;N %.4,N %:,%5!v"1!<9%,:%4 "M>'B9I" q#.r" ><" B<" B#&" . " Z av9A ," F'&#W.I" <&" A R1967) 1 demography ( 6 +*"09A"3 *F&9/"3 M%"3,95O"y9 W"y9 5 z; "L< H."L9 I "Z MW"aA' I"B#& (c !) ± !)( "9I9"o<&#' "T"h9T"#"fW"3"<h"|>;"}"9;"a .O ,"y &{ "L9 I">.CG5I "Z aA< FMW 6 0#M%"&'"5"9I9"Cn"H<. "B<"MI "Z '/"a/<''9>"LB<M< aAp"#".5#"~."&9W"3q.r "oW">.CT"#"0#<"A"L9 F&p"I"I. "d c= ) "9I"L< H. "y&{ I" #" FM/" 5" 9 oW" u%" 9I" y<.GH" l><M5p ZMW"aA'"I "d * *) "9I"g#'"A"L9 F&p"I"I. "9 F'9"L>& n;"o<5"#">&9; "Z MC .O ,"&<. ""9I"a % 6"Y/"&'"5 (Sxj )"Cn"H<."L9 I"."L9 ,z "> <"I "Z M/"a/<'9>"<B#&"&2 I"F'9"#"."'<. <".5"#"~."# "L9 F&p"#"n;"H<."&'",T"&2 "ZI aA< FM/"F'<'"o9G "x5 <.O'"L9.C<&9p"'&#W.I"L<.I"A9"L9 F'<'"5;.; Z'<'"&",T".5#"~. "d c7 "3#'"#"x>"5A ZMW"<. A. acuminata "A ",>9"# "E rm]",;< "."L9.C<&9p"&95"L9@v"#"5V95 ",OMB" 0#M%" 0M" ^9A<" .I" FMW aA'" I" L9 F'<' "" M5;" 9v" # " E Ro]" 9v9" ." 3 Eλ]" a5%" M/& "# Chi and Liu (1985) "\A;"T",_%#'",A"L F># "F' <'"o9G *"0#M%"&' "E T]"_"x>"L F&#'"02"# "E GRR ] TWOSEX-MSChart "&< < g."9I"3FM/"5; Chi (1988) ZaA< FM/ ".C<&9p " Z a .O" &<. " L&9W" L >;" '&" 3 (Chi, 2012) "_"&'"a5%"l>< <",;< ".",>".C<&9p">.; b.#<"'9"^9A<".I "E rm]"a5%"l>< <",;< "." ω A. acuminata # " "."oW"B<"L#.5p"I"#"'I", "A"L F&9I ! rm ( x )1 "T" L&2 I" M/" '&#W.I " E 1 lxmxe ]" 9Y; "'v"T"'I "E )7 +c ]"x>"B<".CT"a5%"l>< <",9C x!0 Goodman, ]"aA< FM/"C .O"."&'". {"B#&"B<"F.GH"A ZaA<"F.GH"a5%"L <B#&"l9T".V95I SE 1982 &)$ "#&" >.2"B<"FM/'9>"L9.C<&9p "E ]"&95"L9@v "ZE (Huang 6 "&2 I" F.GH" x>" FU< 5" 9>" ,9VG>9BW" &#.p aA<"C .>hp"y &{"&<.Y;"&9I 67777 "9I .C_;I and Chi, 2012) ",C_>B" , 5T" #" ,T" L9 ,O>#"av9/" &" I" 0 "y<.GH"L9"G"o<&#'"02"L _>9 "Z SPSS t-test ".CO&I"^95 "&'"#"'v"L I"I"T"'.5O ,"y&{"oW ZM/"g9< "&< < g."9I"# "oBW"\A;"F'9"#". '!#%E "L9 9.I"g9<"L<.I",/&#.p"y<.GH"B<"F'9 CA<"I"M<; , "T" #" ,O&p" A" p" 3n;" L9" G" L F&#'" 02 "L 9@ " Z (Knipling, 1984) " M995I" a W" x>" 0.CT ">.; ,2 " Z aA< FM/" F'<'" o9G 6" 0#M%" &'" 9I9"o<&#' "A LF&9I"_"'<. <"L<.I"9 ,O>#"><"L ><&<"}".}9H "G"o<&#' "Z aA<"B#& 66)+ "9I"g#'"A"L F&p"I"I."F&#' "_"><"y<.GH"B<"F'9 CA<"T"'<'"o9G A. acuminata ± c)7 "# = !) ± c6)7 "5;.;"I"F'9"#"."y<.GH"L9"# '/Z ,",I9>B&<"5}",9VG>9BW",T"5YG;"L<.I t = ]"a/<M"L&<' ,"y#9 ;"T"MW"aA'"I"B#& = 77) "g#'" A A. acuminata " A" L9" #" G" ,A&.I" &' "."9T"y<.GH"."02 "ZE 0.298, df = 28, P = 0.77 "G"L F&#'">.; ,2",O&p"5A".>9A"I"aU _",O&p "B#& 6= 6+) ± 7!)= " # 6* *6) ± 7() " 9I"5;.;" I" F'9" # ",A" L H." .5#" ~." >.CG5I" # " E B#& 66)+ ]" 9" # t = -0.380, df = 28, P ]"a/<M""9I"L&<' ,"y#9 ; "&'" y" 0" &2 I" "a5U2"&' " Z a/<'" <& " Ed = ]6) ZE = 0.71 "I"oW"L FMT >h;"L9 F&p"F># I"3g#'"_"l><M5p"o9B "T" MM/" C/<hO" 'M 6= " 9; *" 5I" n;" L9 CA' "I" .>O9" #&" >B<" 3MA& ," <'" oM/ a A" L H.
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  • Marine Insects

    Marine Insects

    UC San Diego Scripps Institution of Oceanography Technical Report Title Marine Insects Permalink https://escholarship.org/uc/item/1pm1485b Author Cheng, Lanna Publication Date 1976 eScholarship.org Powered by the California Digital Library University of California Marine Insects Edited by LannaCheng Scripps Institution of Oceanography, University of California, La Jolla, Calif. 92093, U.S.A. NORTH-HOLLANDPUBLISHINGCOMPANAY, AMSTERDAM- OXFORD AMERICANELSEVIERPUBLISHINGCOMPANY , NEWYORK © North-Holland Publishing Company - 1976 All rights reserved. No part of this publication may be reproduced, stored in a retrieval system, or transmitted, in any form or by any means, electronic, mechanical, photocopying, recording or otherwise,without the prior permission of the copyright owner. North-Holland ISBN: 0 7204 0581 5 American Elsevier ISBN: 0444 11213 8 PUBLISHERS: NORTH-HOLLAND PUBLISHING COMPANY - AMSTERDAM NORTH-HOLLAND PUBLISHING COMPANY LTD. - OXFORD SOLEDISTRIBUTORSFORTHEU.S.A.ANDCANADA: AMERICAN ELSEVIER PUBLISHING COMPANY, INC . 52 VANDERBILT AVENUE, NEW YORK, N.Y. 10017 Library of Congress Cataloging in Publication Data Main entry under title: Marine insects. Includes indexes. 1. Insects, Marine. I. Cheng, Lanna. QL463.M25 595.700902 76-17123 ISBN 0-444-11213-8 Preface In a book of this kind, it would be difficult to achieve a uniform treatment for each of the groups of insects discussed. The contents of each chapter generally reflect the special interests of the contributors. Some have presented a detailed taxonomic review of the families concerned; some have referred the readers to standard taxonomic works, in view of the breadth and complexity of the subject concerned, and have concentrated on ecological or physiological aspects; others have chosen to review insects of a specific set of habitats.
  • REPORT on APPLES – Fruit Pathway and Alert List

    REPORT on APPLES – Fruit Pathway and Alert List

    EU project number 613678 Strategies to develop effective, innovative and practical approaches to protect major European fruit crops from pests and pathogens Work package 1. Pathways of introduction of fruit pests and pathogens Deliverable 1.3. PART 5 - REPORT on APPLES – Fruit pathway and Alert List Partners involved: EPPO (Grousset F, Petter F, Suffert M) and JKI (Steffen K, Wilstermann A, Schrader G). This document should be cited as ‘Wistermann A, Steffen K, Grousset F, Petter F, Schrader G, Suffert M (2016) DROPSA Deliverable 1.3 Report for Apples – Fruit pathway and Alert List’. An Excel file containing supporting information is available at https://upload.eppo.int/download/107o25ccc1b2c DROPSA is funded by the European Union’s Seventh Framework Programme for research, technological development and demonstration (grant agreement no. 613678). www.dropsaproject.eu [email protected] DROPSA DELIVERABLE REPORT on Apples – Fruit pathway and Alert List 1. Introduction ................................................................................................................................................... 3 1.1 Background on apple .................................................................................................................................... 3 1.2 Data on production and trade of apple fruit ................................................................................................... 3 1.3 Pathway ‘apple fruit’ .....................................................................................................................................
  • Preempting the Arrival of the Brown Marmorated Stink Bug, Halyomorpha Halys: Biological Control Options for Australia

    Preempting the Arrival of the Brown Marmorated Stink Bug, Halyomorpha Halys: Biological Control Options for Australia

    insects Article Preempting the Arrival of the Brown Marmorated Stink Bug, Halyomorpha halys: Biological Control Options for Australia Valerie Caron 1,* , Tania Yonow 1, Cate Paull 2, Elijah J. Talamas 3, Gonzalo A. Avila 4 and Kim A. Hoelmer 5 1 CSIRO, Health and Biosecurity, Black Mountain, Acton, ACT 2601, Australia; [email protected] 2 CSIRO, Agriculture and Food, Dutton Park, QLD 4102, Australia; [email protected] 3 Florida Department of Agriculture and Consumer Services, Division of Plant Industry, Bureau of Entomology, Nematology and Plant Pathology, Gainesville, FL 32608, USA; [email protected] 4 The New Zealand Institute for Plant and Food Research Limited, Auckland 1025, New Zealand; [email protected] 5 USDA, Agriculture Research Service, Beneficial Insects Introduction Research Unit, Newark, DE 19713, USA; [email protected] * Correspondence: [email protected]; Tel.: +61-02-6218-3475 Simple Summary: The brown marmorated stink bug Halyomorpha halys (Stål) (Hemiptera: Pentato- midae) is native to Northeast Asia, but has become a serious invasive species in North America and Europe, causing major economic damage to crops. Halyomorpha halys has not established itself in Australia, but it has been intercepted several times at the border, therefore future incursions and establishment are likely. There are few control options for this species and biological control may be a useful management method in Australia. This study summarizes the literature on natural enemies of H. halys in its native and invaded ranges and prioritizes potential biological control agents that could be suitable for use in Australia. The results show two egg parasitoid species as the Citation: Caron, V.; Yonow, T.; Paull, best candidates: Trissolcus japonicus (Ashmead) and Trissolcus mitsukurii (Ashmead) (Hymenoptera: C.; Talamas, E.J.; Avila, G.A.; Hoelmer, Scelionidae).
  • The Importance of Vegetation Configuration in Coastal

    The Importance of Vegetation Configuration in Coastal

    Biology Department Research Group Terrestrial Ecology _____________________________________________________________________________________ THE IMPORTANCE OF VEGETATION CONFIGURATION IN COASTAL DUNES TO PRESERVE DIVERSITY OF MARRAM- ASSOCIATED INVERTEBRATES IS HABITAT CONFIGURATION A DRIVER OF DIVERSITY IN DUNES? Noëmie Van den Bon Studentnumber: 01506438 Supervisor(s): Prof. Dr. Dries Bonte Dr. Martijn Vandegehuchte Scientific tutor: Ruben Van De Walle Master’s dissertation submitted to obtain the degree of Master of Science in Biology Academic year: 2019 - 2020 © Faculty of Sciences – research group Terrestrial Ecology All rights reserved. This thesis contains confidential information and confidential research results that are property to the UGent. The contents of this master thesis may under no circumstances be made public, nor complete or partial, without the explicit and preceding permission of the UGent representative, i.e. the supervisor. The thesis may under no circumstances be copied or duplicated in any form, unless permission granted in written form. Any violation of the confidential nature of this thesis may impose irreparable damage to the UGent. In case of a dispute that may arise within the context of this declaration, the Judicial Court of Gent only is competent to be notified. 2 Table of content 1. Introduction ....................................................................................................................................... 5 1.1. The status of biodiversity and ecosystems ..........................................................................................
  • Stink Bugs (Hemiptera: Heteroptera: Pentatomidae) of Minnesota: an Annotated Checklist and New State Records Robert L

    Stink Bugs (Hemiptera: Heteroptera: Pentatomidae) of Minnesota: an Annotated Checklist and New State Records Robert L

    2014 THE GREAT LAKES ENTOMOLOGIST 171 Stink Bugs (Hemiptera: Heteroptera: Pentatomidae) of Minnesota: An Annotated Checklist and New State Records Robert L. Koch1, 3, David A. Rider2, Paul P. Tinerella2, and Walter A. Rich1 Abstract Pentatomidae have been relatively poorly documented in Minnesota. Based on literature and museum records, an annotated checklist of the Pen- tatomidae of Minnesota was created. State-level and county-level records for Minnesota and the distribution of each species in North America are provided. Fifty-one species of Pentatomidae (12 Asopinae, 37 Pentatominae, and 2 Podopi- nae) are recorded for Minnesota. Of this total, 15 species are newly recorded for the state. Knowledge of the fauna of Pentatomidae in Minnesota will be important for providing baseline data for monitoring of potential shifts in the fauna resulting from the invasions of exotic Pentatomidae. Furthermore, a list of native Pentatomidae will be necessary for monitoring non-target impacts, if clas- sical biological control is implemented for management of exotic Pentatomidae. ____________________ In the continental U.S. and Canada, the family Pentatomidae (i.e., stink bugs) comprises about 222 species (Froeschner 1988). The invasions and range expansions of several exotic Pentatomidae have brought a new level of attention to this family in North America. Recent invaders include Halyomorpha halys (Stål) (Hoebeke and Carter 2003), Bagrada hilaris (Burmeister) (Palumbo and Natwick 2010), and Agonoscelis puberula Stål (Thomas et al. 2003). Further- more, the ranges of two established exotic species, Piezodorus guildinii (West- wood) and Picromerus bidens (Linnaeus) are expanding (Tindall and Fothergill 2011, Swanson et al. 2013). Knowledge of the native and established fauna of Pentatomidae will be important for providing baseline data for monitoring changes in diversity or abundance that may occur after the invasion of exotic species.