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Benefits of heterospecific aggregation on necromass: in fluence of temperature, group density, and compositi on on fitness-related traits

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Insect Science 2021年第1期28卷 144-152页

作者： Larissa Komo Valery Hedouin damien charabidze CHU Lille EA 7367—UTML—Unite de Taphonomie Medico-LegaleUniversity of Lille59000 LilleFrance

Necrophagous blowflies(Diptera:Calliphoridae)such as Calliphora vicina,a cold-tolerant species,and L ucilia serie ata,a warm-adapted species,are pioneer carrion・*** these two species have different temperature preferences,larvae aggregate actively and often feed simultaneously on *** hypothesis to be tested was that *** benefits from the association with *** at lower temperatures(i.e.,15℃)and that *** derives greater benefits from this association at higher temperatures(i.e.,28℃).Therefore,both species were raised at these two constant temperatures from first instars to adults under three different conditions:monospecific low-density,monospecific high-density,and heterospecific *** time until larval migration,surface area of puparia,and survival rates were determined for each *** between these fitness-related traits were found between species,temperatures,group densities,and species *** 28°C,*** larvae bred in heterospecific groups migrated significantly earlier and in higher numbers than that under same density conspecific con・ditions,with a lower mortality *** 15°C,both species benefited from high-density heterospecific associations,expressed by faster development and larger *** conclusion,necrophagous larvae benefited from heterospecific aggregations at suboptima 1 temperatures by adapting their migration time to that of the faster *** temperature changes throughout the day and over the year,the beneficiary of such a collective association also *** costs involved and deviations to the temperature-size rule highlight the complexity of the carrion ecosystem.

关键词： carrion ecology development rhythm flies forensic entomology lifehistory traits mutualism

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To eat or get heat： Behavioral trade-offs between thermoregulation and feeding in gregarious necrophagous larvae

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Insect Science 2018年第5期25卷 883-893页

作者： Jana Podhorna Cindy Aubernon Marie Borkovcova Julien Boulay Valery Hedouin damien charabidze Department of Zoology Fisheries Hydrobiology and Apiculture Mendel University in Brno Czech Repubfic Unite de Taphonomie Medico-Legale University of Lille CHU Lille EA France

The thermoregulation behavior ofLucilia sericata larvae （Diptera： Calliphori- dae）, a necrophagous species that feeds on vertebrate cadavers, was investigated. These larvae require high heat incomes to develop, and can elevate temperatures by forming large aggregates. We hypothesized that L. sericata larvae should continue to feed at temperatures up to 38 ℃, which can be reached inside larval masses. Thermal regulation behavior such as movement between a hot food spot and colder areas was also postulated. The hypotheses were tested by tracking for 1 h the activity of single, starved third instar larvae in a Petri dish containing 1 food spot （FS） that was heated to a constant temperature of 25 ℃, 34 ℃ or 38 ℃ with an ambient temperature of 25 ℃. The influence of previous conspecific activity in the food on larval behavior was also tested. The crops of larvae were dissected to monitor food content in the digestive systems. Based on relative crop measurements, larvae fed at all food temperatures, but temperature strongly affected larval behavior and kinematics. The total time spent by larvae in FS and the duration of each stay decreased at high FS temperature. Previous activity of conspecifics in the food slightly increased the time spent by larvae in FS and also decreased the average distance to FS. Therefore, necrophagous L. sericata larvae likely thermoregulate during normal feeding activities by adjusting to local fluctuations in temperature, particularly inside maggot masses. By maintaining a steady internal body temperature, larvae likely reduce their development time.

关键词： blowflies Calliphoridae forensic entomology foraging thermoregulation video tracking

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Mixed-species aggregations in arthropods

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Insect Science 2019年第1期26卷 2-19页

作者： Julien Boulay Cindy Aubernon Graeme D.Ruxton Valery Hedouin Jean-Louis Deneubourg damien charabidze CHU Lille Universite Lille 2EA 7367-UTML-Unite de Taphonomie Medico-LegaleLilleFrance School of Biology University of St. AndrewsDyers Brae HouseSt.AndrewsFifeUK Unit of Social Ecology-CP 231 Universite Libre de Bruxelles (ULB)Campus de la PlaineBoulevard du TriompheBrusselsBelgium

This review offers the first synthesis of the research on mixed-species groupings of arthropods and highlights the behavioral and evolutionary questions raised by such ***-species groups are commonly found in mammals and *** groups are also observed in a large range of arthropod taxa independent of their level of sociality. Several examples are presented to highlight the mechanisms underlying such groupings, particularly the evidence for phylogenetie proximity between members that promotes cross-species *** advantages offered by such aggregates are described and *** advantages can be attributed to the increase in group size and could be identical to those of nonmixed groupings,but competition-cooperation dynamics might also be involved,and such effects may differ between homo-and heterospecific *** discuss three extreme cases of interspecific recognition that are likely involved in mixed-species groups as vectors for cross-species aggregation:tolerance behavior between two social species,one-way mechanism in which one species is attractive to others and two-way mechanism of mutual *** shown in this review,the study of mixed-species groups offers biologists an interesting way to explore the frontiers of cooperation-competition, including the process of sympatric speciation.

关键词： collective behavior complex system cross-species recognition self-organization sociality

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