Editor in Chief
- Henry Hagedorn
Editors
- Michael Adams
- Brian Aukema
- Luc Bussiere
- Craig Coates
- Allen Cohen
- Andrew Deans
- Tochi Dhadialla
- Jason Dombroskie
- Nadir Erbilgin
- John Ewer
- Ann Fallon
- Tugrul Giray
- Sara Goodacre
- Walter Goodman
- Karl Gordon
- John Greenplate
- Ahmed Hassanali
- David Heckel
- Kostas Iatrou
- Marcelo Jacobs-Lorena
- Stefan Jaronski
- Robert Jeanne
- Robert Jetton
- Marek Jindra
- Russell Jurenka
- Peter Kerr
- Robert Knell
- Takumasa Kondo
- Steve Lapointe
- Nannan Liu
- T.X. Liu
- Carl Lowenberger
- Oliver Martin
- J.P. Michaud
- Thomas Miller
- David Morton
- Mario Muscedere
- Xinzhi Ni
- Fred Nijhout
- Paul Ode
- James Ottea
- John Palumbo
- Megha Parajulee
- Coby Schal
- Inon Scharf
- David Schooley
- Tom Scott
- Igor Sharakhov
- Todd Shelly
- Guy Smagghe
- Michael Strand
- Daniela Takiya
- Zhijian (Jake) Tu
- John D. Vandenberg
- Stuart Wigby
- Mariana Wolfner
- Yong Zhang
- Jurgen Ziesmann

Recent Papers
Featured Paper
The ecology of most arboreal ants remains poorly documented because of the difficulty in accessing ant nests and foragers in the forest canopy. This study documents the nesting and foraging ecology of a large (~13 mm total length) arboreal trap–jaw ant, Odontomachus hastatus (Fabricius) (Hymenoptera: Formicidae) in a sandy plain forest on Cardoso Island, off the coast of Southeast Brazil. The results showed that O. hastatus nested in root clusters of epiphytic bromeliads, most commonly Vriesea procera (70% of nest plants). Mature O. hastatus colonies include one to several queens and about 500 workers. Foraging by O. hastatus is primarily nocturnal year–round, with increased foraging activity during the wet/warm season. The foragers hunt singly in the trees, preying on a variety of canopy–dwelling arthropods, with flies, moths, ants, and spiders accounting for > 60% of the prey captured. Although predators often have impacts on prey populations, the ecological importance of O. hastatus remains to be studied.
Recently Published
- Isolation and characterization of microsatellite loci for Stys’s
bush-cricket, Isophya stysi, and cross-species amplification in
closely related species from the Phaneropteridae family
- Influences of different large mammalian fauna on dung beetle
diversity in beech forests
- Female-released sex pheromones mediating courtship behavior
in Lysiphlebus testaceipes males
- Host plant selection by larvae of the muga silk moth, Antheraea
assamensis, and the role of the antenna and maxillary
palp
- A test of the thermal melanism hypothesis in the wingless grass-hopper Phaulacridium vittatum
- Population density and distribution of wheat bugs infesting
durum wheat in Sardinia, Italy
- Cloning, expression analysis, and molecular modeling of the
gamma-aminobutyric acid receptor alpha2 subunit gene from
the common cutworm, Spodoptera litura
- Field biology of the beetle Aegopsis bolboceridus in Brazil,
with a list of host plants
- Infections with the microbe Cardinium in the Dolichopodidae
and other Empidoidea
- Larval performance and kill rate of convergent ladybird beetles,
Hippodamia convergens, on black bean aphids, Aphis
fabae, and pea aphids, Acyrthosiphon pisum
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About the Journal
The Journal of Insect Science is an international, open access, peer-reviewed journal publishing papers in all aspects of the biology of insects and other arthropods from the molecular to the ecological, and their agricultural and medical impact. Published online by the University of Wisconsin Libraries, it is freely available to individuals and institutions, and provides a viable alternative to excessively priced scientific journals.
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