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The European Beewolves Philanthus triangulum

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Page 1: The European Beewolves Philanthus triangulum. Classification DomainEukaryote KingdomAnimalia PhylumArthropoda ClassInsecta OrderHymenoptera FamilyCrabronidae

The European Beewolves

Philanthus triangulum

Page 2: The European Beewolves Philanthus triangulum. Classification DomainEukaryote KingdomAnimalia PhylumArthropoda ClassInsecta OrderHymenoptera FamilyCrabronidae

Classification• Domain Eukaryote• Kingdom Animalia• Phylum Arthropoda• Class Insecta• Order Hymenoptera• Family Crabronidae• Subfamily Philanthinae• Genus Philanthus• Species P. triangulum

Page 3: The European Beewolves Philanthus triangulum. Classification DomainEukaryote KingdomAnimalia PhylumArthropoda ClassInsecta OrderHymenoptera FamilyCrabronidae

General infoThe European Beewolf looks like… a wasp… that is what it is, after all.It is Ectothermic, doesn’t migrate, has internal fertilization and indirect

development.Adults are herbivores, larvae are carnivorous.It provides a disservice to beekeepers by paralyzing their honeybees and

taking them back to a burrow where their larvae will dine upon the honeybees.

It can be found in Europe and North Africa.

Page 4: The European Beewolves Philanthus triangulum. Classification DomainEukaryote KingdomAnimalia PhylumArthropoda ClassInsecta OrderHymenoptera FamilyCrabronidae

Special Features• Many insects spend a part of their life underground and are exposed to the risk of fungal or

bacterial infections. This is the case for many digger wasp species that construct underground nests. Digger wasps hunt insects to feed their offspring. Because of the warm and humid conditions as well as the large amounts of organic material in their subterranean nest, both their food supply and their larvae are endangered by pathogens. Mold and bacterial infection are a major threat and can cause larval death in many cases.

• Beewolves have evolved an elegant solution to the problem of fungal and bacterial infection. Martin Kaltenpoth and colleagues from the University of Wurzburg had already shown several years ago that beewolves form a symbiotic relationship with bacteria of the genus Streptomyces. Female beewolves cultivate these bacteria in specialized antennal gland reservoirs and apply them to the ceiling of the brood cells. Beewolf larvae later take up the bacteria and transfer the symbionts actively to their cocoons, thereby increasing their survival probability.

Page 5: The European Beewolves Philanthus triangulum. Classification DomainEukaryote KingdomAnimalia PhylumArthropoda ClassInsecta OrderHymenoptera FamilyCrabronidae

Photos

Page 6: The European Beewolves Philanthus triangulum. Classification DomainEukaryote KingdomAnimalia PhylumArthropoda ClassInsecta OrderHymenoptera FamilyCrabronidae

Citations

• Max Planck Institute for Chemical Ecology• http://www.mpg.de/625542/pressRelease201

00225• Department of Zoology at the University of

Regensburg, Germany