Evolution of host utilization patterns in the seed beetle genus Mimosestes Bridwell (Coleoptera: Chrysomelidae: Bruchinae)

Kato, Tadahiro; Bonet, Arturo; Yoshitake, Hideaki; Romero–Nápoles, Jesús; Jinbo, Utsugi; Itô, Motomi; Shimada, Muneaki

doi:10.1016/j.ympev.2010.03.002

Cited by 15 publications

(7 citation statements)

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“…Many legumes are associated with bruchine beetles (Coleoptera: Chrysomelidae: Bruchinae) that have diversified from an endophagous group of chrysomelids (Farrell, 1998;Gómez-Zurita & al., 2008). Food webs of the legume-bruchine system have been studied in various geographic areas (Johnson, 1981a;Udayagiri & Wadhi, 1989;Kergoat & al., 2007a); Asia (Chujo, 1937;Arora, 1977;Tuda & al., 2005Tuda & al., , 2006, the Middle East (Johnson & al., 2004), Europe (Hoffmann, 1945;Jermy & Szentesi, 2003;Delobel & Delobel, 2006;Kergoat & al., 2007b), Africa (Johnson & al., 2004;Kergoat & al., 2005), Russia (Luk'yanovich & Ter-Minasyan, 1957) and the New World (North and Central America, Johnson, 1970Johnson, , 1983Kingsolver, 2004;Kato & al., 2010;South America, Johnson, 1990). Native bruchines are absent in arctic areas and Pacific islands and scarce in Australia (Borowiec, 1987).…”

Section: Concept Strategies and Key Indicators Of The Assessmentsmentioning

confidence: 99%

Global legume diversity assessment: Concepts, key indicators, and strategies

Yahara

Javadi

Onoda

et al. 2013

TAXON

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105

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While many plant species are considered threatened under anthropogenic pressure, it remains uncertain how rapidly we are losing plant species diversity. To fill this gap, we propose a Global Legume Diversity Assessment (GLDA) as the first step of a global plant diversity assessment. Here we describe the concept of GLDA and its feasibility by reviewing relevant approaches and data availability. We conclude that Fabaceae is a good proxy for overall angiosperm diversity in many habitats and that much relevant data for GLDA are available. As indicators of states, we propose comparison of species richness with phylogenetic and functional diversity to obtain an integrated picture of diversity. As indicators of trends, species loss rate and extinction risks should be assessed. Specimen records and plot data provide key resources for assessing legume diversity at a global scale, and distribution modeling based on these records provide key methods for assessing states and trends of legume diversity. GLDA has started in Asia, and we call for a truly global legume diversity assessment by wider geographic collaborations among various scientists.

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Section: Concept Strategies and Key Indicators Of The Assessmentsmentioning

confidence: 99%

Global legume diversity assessment: Concepts, key indicators, and strategies

Yahara

Javadi

Onoda

et al. 2013

TAXON

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105

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“…Le conservatisme du patron d'association plantes-insectes chez les bruches est donc vraisemblablement imputable au degré de parenté phylogénétique des plantes, mais également à la nature des composés secondaires toxiques contenus dans les graines. La réalité est très certainement plus complexe comme l'indiquent des études phylogénétiques récentes (Morse et Farrell, 2005 ;Tuda et al, 2006 ;Kato et al, 2010). Ces études ont mis en évidence l'influence de la nature du substrat d'oviposition dans la diversification de certains genres.…”

Section: Apport De La Phylogénie Dans La Compréhension Des Associatiounclassified

“…Ces études ont mis en évidence l'influence de la nature du substrat d'oviposition dans la diversification de certains genres. Il existe des espèces phylogénétiquement proches au sein d'une même guilde d'oviposition appartenant aux genres Mimosestes et Stator (Morse et Farrell, 2005 ;Kato et al, 2010). Dans le cas du genre Callosobruchus, il a pu être mis en évidence un patron un peu similaire où l'on a un clade qui s'est spécialisé sur des graines sèches de Phaseoleae (Légumineuses), alors qu'un autre se développe préférentiellement sur des jeunes graines vertes (Tuda et al, 2006).…”

Section: Apport De La Phylogénie Dans La Compréhension Des Associatiounclassified

Insectes ravageurs des graines de légumineuses

Huignard¹,

Glitho²,

Monge³

et al. 2011

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“…Because gall position is one of the factors determining gall structure, maternal selection of an oviposition site will be important in determining gall type and potentially promoting diversification (Janz et al 2005, Kato et al 2010). The cues influencing oviposition site selection may be a critical factor determining rates and direction of diversification in Pariaconus, and oviposition “mistakes” may be an important route to repeated parallel shifts to different plant organs (Joy and Crespi 2007), as well as preference for particular Metrosideros morphotypes (Gruner et al 2005).…”

Section: Discussionmentioning

confidence: 99%

Making the most of your host: the Metrosideros-feeding psyllids (Hemiptera, Psylloidea) of the Hawaiian Islands

Percy¹

2017

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The Hawaiian psyllids (Psylloidea, Triozidae) feeding on Metrosideros (Myrtaceae) constitute a remarkable radiation of more than 35 species. This monophyletic group has diversified on a single, highly polymorphic host plant species, Metrosideros polymorpha. Eleven Metrosideros-feeding species included in the Insects of Hawaii by Zimmerman are redescribed, and an additional 25 new species are described. Contrary to previous classifications that placed the Metrosideros-feeders in two genera, Trioza Foerster, 1848 and Kuwayama Crawford, 1911, all 36 named species are placed in Pariaconus Enderlein, 1926; and the relationship of this genus to other Pacific taxa within the family Triozidae, and other Austro-Pacific taxa feeding on host plants in Myrtaceae is clarified. The processes of diversification in Pariaconus include shifts in galling habit, geographic isolation within and between islands, and preferences for different morphotypes of the host plant. Four species groups are recognized: the bicoloratus and minutus groups are free-living or form pit galls, and together with the kamua group (composing all of the Kauai species) form a basal assemblage; the more derived closed gall species in the ohialoha group are found on all major islands except Kauai. The diversification of Pariaconus has likely occurred over several million years. Within island diversification is exemplified in the kamua group, and within species variation in the ohialoha group, but species discovery rates suggest this radiation remains undersampled. Mitochondrial DNA barcodes are provided for 28 of the 36 species. Genetic divergence, intraspecific genetic structure, and parallel evolution of different galling biologies and morphological traits are discussed within a phylogenetic framework. Outgroup analysis for the genus Pariaconus and ancestral character state reconstruction suggest pit-galling may be the ancestral state, and the closest outgroups are Palaearctic-Australasian taxa rather than other Pacific Metrosideros-feeders.

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Evolution of host utilization patterns in the seed beetle genus Mimosestes Bridwell (Coleoptera: Chrysomelidae: Bruchinae)

Cited by 15 publications

References 96 publications

Global legume diversity assessment: Concepts, key indicators, and strategies

Global legume diversity assessment: Concepts, key indicators, and strategies

Insectes ravageurs des graines de légumineuses

Making the most of your host: the Metrosideros-feeding psyllids (Hemiptera, Psylloidea) of the Hawaiian Islands

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