Abstract Book 2016 Committee
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ORTHOPTERA IN A CHANGING WORLD OCTOBER 30 TO NOVEMBER 03 PRAIA DO SOL HOTEL ILHÉUS - BAHIA - BRAZIL ABSTRACT BOOK 2016 COMMITTEE LOCAL COMMITTEE: OS CONGRESS COMMITTEE: MARCOS GONÇALVES LHANO, CHAIR MICHEL LECOQ, PRESIDENT UNIVERSIDADE FEDERAL DO RECÔNCAVO DA BAHIA – BRAZIL FRANCE ELISSANDRA ULBRICHT WINKALER MARIA MARTA CIGLIANO UNIVERSIDADE FEDERAL DO RECÔNCAVO DA BAHIA – BRAZIL ARGENTINA LIDYANNE YURIKO SALEME AONA PINHEIRO DAN JOHNSON UNIVERSIDADE FEDERAL DO RECÔNCAVO DA BAHIA – BRAZIL CANADA ROGÉRIO FERREIRA RIBAS DAVID HUNTER UNIVERSIDADE FEDERAL DO RECÔNCAVO DA BAHIA – BRAZIL AUSTRALIA BATTAL ÇIPLAK TURKEY ALEXANDER LATCHININSKY SCIENTIFIC COMMITTEE: USA CARLOS FRANKL SPERBER, PRESIDENT MICHAEL SAMWAYS UNIVERSIDADE FEDERAL DE VIÇOSA – BRAZIL SOUTH AFRICA ANA LÚCIA NUNES GUTJAHR DAVID RENTZ MUSEU PARAENSE EMILIO GOELDI – BRAZIL AUSTRALIA BATTAL ÇIPLAK LONG ZHANG AKDENIZ UNIVERSITY – TURKEY CHINA CORINNA S. BAZELET STELLENBOSCH UNIVERSITY – SOUTH AFRICA DAN JOHNSON UNIVERSITY OF LETHBRIDGE – CANADA DAVID HUNTER AUSTRALIA FERNANDO MONTEALEGRE-Z UNIVERSITY OF LINCOLN – UNITED KINGDOM FRANCISCO DE A. G. DE MELLO UNIVERSIDADE ESTADUAL PAULISTA – BRAZIL HOJUN SONG TEXAS A&M UNIVERSITY – USA LAURE DESUTTER MUSÉUM NATIONAL D’HISTOIRE NATURELLE – FRANCE LONG ZHANG CHINA AGRICULTURAL UNIVERSITY – CHINA MARIA MARTA CIGLIANO MUSEO DE LA PLATA – ARGENTINA MICHAEL SAMWAYS STELLENBOSCH UNIVERSITY – SOUTH AFRICA MICHEL LECOQ FRANCE TONY ROBILLARD MUSÉUM NATIONAL D’HISTOIRE NATURELLE – FRANCE VIVIANA ANDREA CONFALONIERI ISSN 2372-2517 (ON-LINE) UNIVERSIDAD DE BUENOS AIRES – ARGENTINA ISSN 2372-2479 (PRINT) INDEX PLENARY LECTURES ....................................................................................................................................................... 04 WORKSHOP ...................................................................................................................................................................... 12 SYMPOSIUM ..................................................................................................................................................................... 16 The orthopteran systematics in a changing world Orthoptera Conservation Locust and grasshopper control: Efficacy, Economics and Environment. Can all three E’s be achieved simultaneously? Morphology, molecules and evolution in Orthoptera Phylogeography and speciation Acoustic and vibrational communication in Orthoptera Orthopterology in a changing Brazil ORAL SESSIONS ............................................................................................................................................................... 54 Systematics and Taxonomy Ecology & Conservation Integrated Pest Management and Grasshopper & Locust Control Phylogeography & Speciation, Morphology & Development Behavior and Communication POSTERS ........................................................................................................................................................................... 78 Behavior & Communication Ecology & Conservation Morphology & Development Systematics and Taxonomy PLENARY LECTURE BIRTH AND EARLY CHILHOOD OF ORTHOPTEROLOGY IN SOUTH AMERICA WITH EMPHASIS ON NATIVE TAXONOMISTS. Francisco de Assis G. de Mello Departamento de Zoologia, Instituto de Biociências, São Paulo State University‐ UNESP, Botucatu Campus, Brazil; [email protected] HE South American fauna is one of the T most poorly known in the world, and the case of the invertebrate one, knowledge is still much more fragmentary than that of vertebrates. The situation for terrestrial invertebrates could perhaps be qualified as rudimentary. The size of the subcontinent, its landscape heterogeneity, the rich variety of vegetation types, presence of large areas of megadiverse tropical and subtropical forests and other factors, combined with the lack or insufficiency of taxonomists for many groups contribute for the extant paucity of faunal knowledge. In what concerns the order Orthoptera, knowledge on taxonomic diversity PLENARY LECTURES seems slightly skewed towards the Caelifera, group to which some genus‐level revisions have already been presented mostly by native researchers from Argentina and Uruguay. Several European, North American, and a few native specialists have done the bulk of descriptions in both sub‐orders. The purpose of this lecture is to present a brief compilation of the history of orthopterology in South America focusing on the role played by native taxonomists. Key Words: History, Orthopterology, South America PLENARY LECTURE BIRTH AND EARLY CHILHOOD OF ORTHOPTEROLOGY IN SOUTH AMERICA WITH EMPHASIS ON NATIVE TAXONOMISTS. Francisco de Assis G. de Mello Departamento de Zoologia, Instituto de Biociências, São Paulo State University‐ UNESP, Botucatu Campus, Brazil; [email protected] HE South American fauna is one of the T most poorly known in the world, and the case of the invertebrate one, knowledge is still much more fragmentary than that of vertebrates. The situation for terrestrial invertebrates could perhaps be qualified as rudimentary. The size of the subcontinent, its landscape heterogeneity, the rich variety of vegetation types, presence of large areas of megadiverse tropical and subtropical forests and other factors, combined with the lack or insufficiency of taxonomists for many groups contribute for the extant paucity of faunal knowledge. In what concerns the order Orthoptera, knowledge on taxonomic diversity seems slightly skewed towards the Caelifera, group to which some genus‐level revisions have already been presented mostly by native researchers from Argentina and Uruguay. Several European, North American, and a few native specialists have done the bulk of descriptions in both sub‐orders. The purpose of this lecture is to present a brief compilation of the history of orthopterology in South America focusing on the role played by native taxonomists. Key Words: History, Orthopterology, South America 5 PLENARY LECTURE ORTHOPTERAN SYSTEMATICS: PAST, PRESENT, AND FUTURE Hojun Song1 1 Department of Entomology, Texas A&M University, U.S.A.; [email protected] HE Orthoptera are the most diverse order highlight several clades that will require T among the polyneopteran insect additional studies in order to fully understand lineages, with more than 26,000 described their phylogenetic relationships and challenges species. The Orthoptera consists of two in achieving the full resolution. Finally, I discuss monophyletic suborders, the Ensifera and about the promises and pitfalls of new Caelifera. The Ensifera consist of two genomic and transcriptomic data in resolving infraorders, the Gryllidea and Tettigoniidea, phylogenetic relationships of Orthoptera. and are characterized by long, flagellate antennae that are often longer than the length Key Words: phylogenetics, molecular data, of the body, and a sword‐like or needle‐like taxonomic impediments female ovipositor. The Gryllidea include the superfamilies Grylloidea and Gryllotalpoidea, whereas the Tettigoniidea include the Schizodactyloidea, Rhaphidophoroidea, Hagloidea, Stenopelmatoidea, and Tettigonioidea. Collectively, the Ensifera include about 14,000 described species. The Caelifera also consist of two infraorders, the Tridactylidea and Acrididea, and are characterized by shorter antennae and the female ovipositor with only two valvular pairs. The Tridactylidea include The Tridactyloidea, whereas the Acrididea include eight superfamilies: Tegtrigoidea, Eumastacoidea, Proscopioidea, Tanaoceroidea, Pneumoroidea, Trigonopterygoidea, Pyrgomorphoidea, and Acridoidea. The Caelifera include more than 11,000 described species. With recent advances in phylogenetic studies, the higher‐level relationships among different superfamilies in the Orthoptera are now relatively well resolved. While higher‐level relationships among major superfamilies are established, we are far from understanding lower‐level relationships. In this presentation, I briefly review different phylogenetic hypotheses proposed by the pioneers of orthopteran systematics of the 20th century. Then, I highlight some of the major advances made using modern molecular data and contrast with previous hypotheses. I also 6 PLENARY LECTURE SURVIVAL IN FRAGMENTED LANDSCAPES – EFFECTS OF LAND‐USE AND CLIMATE CHANGE ON ORTHOPTERA IN EUROPE Thomas Fartmann1 1 Department of Biodiversity and Landscape Ecology, Faculty of Biology/Chemistry, University of Osnabrück, Barbarastr. 13, 49076 Osnabrück, Germany, [email protected] RTHOPTERA are important bioindicators O of the effects of global change. Moreover, they are of high functional importance to open and nutrient‐poor terrestrial ecosystems, e.g. as a crucial food resource for many vertebrate species. However, these formerly widespread habitats a) are nowadays, due to land‐use intensification or abandonment in most parts of Europe, often restricted to small and isolated remnants. Recently, climate change has become an additional factor that influences b) Orthoptera habitats and the distribution of the species. The aim of this plenary talk is to disentangle the effects of current land‐use and climate change on the long‐term persistence of Orthoptera in European landscapes. Based on extensive field and laboratory studies ranging from the microhabitat and habitat to the landscape scale level, the most important drivers are highlighted. A special focus will be c) on the effects of habitat quality, habitat heterogeneity, patch size and landscape connectivity on Orthoptera