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The broad objectives of the International Heteropterists’ Society (IHS) are to promote systematic, biogeographic, and biological studies of Heteroptera and to cultivate cooperative research among heteropterists throughout the world. The Society is organized and operated exclusively for scientific and educational purposes.

The Society holds a meeting every four years at locations around the world, where members give presentations on their work and discuss the directions of the Society. The Society’s website provides an online portal for distribution of information about bugs, including a world bibliography, taxon pages, and membership details.

Interested in joining the IHS? Read more about the Society and information on membership. You can also donate to the Student Travel Fund your contribution is very valuable!

We had an excellent presentation about the next Meeting in Thailand during the last Truebug Tuesday.

Follow the link to our Youtube channel to see it, and do not forget to explore the section about the Meeting. If you have any questions, contact the organizer Bob Sites (bugsinbangkok@gmail.com).

The Journal of the International Heteropterists’ Society (JIHS)

CALL FOR PAPERS FOR THE NEXT ISSUE!!!

The Journal of the International Heteropterists’ Society (JIHS) publishes manuscripts of high scientific quality on heteropteran systematics, taxonomy, morphology, biodiversity, biogeography, natural history, and conservation biology

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JIHS NEWS

The second issue of volume 3 of the JIHS has [...]

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We are sad to report that two heteropterists have passed [...]

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International Heteropterists' Society
International Heteropterists' Society14 hours ago
New paper!

Drosdosky E.V. et al.: "List of Ranatra Species (Heteroptera: Nepomorpha) from the tributaries of the Xingu River in the Brazilian Amazon".

Areas of endemism are geographic units characterized by unique biological diversity and evolutionary histories, enabling the formulation of hypotheses about the processes shaping regional ecosystems. Aquatic insects are essential components of freshwater environments, and the genus Ranatra Fabricius, 1790 is commonly found in slow-flowing streams rich in leaf litter and submerged roots. Known as “water scorpions”, 35 species have been reported across Brazil to date. Despite growing research efforts, substantial gaps remain regarding the diversity of these insects, particularly in terms of species identity (Linnean shortfall) and distribution (Wallacean shortfall). In this study, we present a species list of Ranatra Fabricius, 1790 from streams of the Xingu Basin, Pará State, a region located within the Tapajós and Xingu Areas of Endemism in the Brazilian Amazon. We sampled 165 individuals belonging to 13 species, including three new distributional records for the state of Pará, R. brasiliensis De Carlo, 1946, R. doesburgi De Carlo, 1963, and R. rabida White, 1879. Our findings emphasize the importance of expanding research and monitoring efforts in freshwater systems, particularly in highly diverse regions increasingly threatened by anthropogenic pressures and climate change, such as those of the Amazon biome.

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International Heteropterists' Society
International Heteropterists' Society6 days ago
New paper!

Danielczyk A. & Chłond D.: "Morphogenesis and functional adaptation of grasping leg structures in Distirogaster tuberculifera Horváth, 1914 (Insecta: Heteroptera: Reduviidae)".

The fossula spongiosa, a specialized grasping structure located on the legs of assassin bugs (Heteroptera: Reduviidae), plays a key role in prey capture, and substrate adhesion. In this study, we investigate the morphogenesis and functional adaptation of the fossula spongiosa in Distirogaster tuberculifera Horváth, 1914 (Heteroptera: Reduviidae: Ectrichodiinae), based on a unique set of specimens representing all five juvenile developmental stages, the only known material worldwide, preserved at MNHN Paris. Using a combination of light microscopy, scanning electron microscopy (SEM), and morphometric analyses, we describe structural changes across successive nymphal instars and the adult stage. Our results reveal distinct morphological transformations, including the formation of microtrichia patterns, cuticular modifications, and the gradual specialization of the fossula spongiosa as a highly specialized grasping apparatus. Functional implications of these changes are discussed in relation to predatory behaviour, ecological adaptation, and potential bioinspired applications in surface adhesion. This study provides new insights into the evolutionary significance of grasping leg structures in Reduviidae and highlights their relevance for applied sciences.

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International Heteropterists' Society
International Heteropterists' Society6 days ago
New paper!

Fox M.C. et al.: "Fatumocoris flattirei, a new genus and species of Cotyledon-associated plant bugs from South Africa (Hemiptera, Miridae, Bryocorinae)".

The Cape Floristic Region (CFR) is the most plant-dense Mediterranean-type ecosystem on Earth, but the number of described plant bugs (Heteroptera, Miridae) is relatively small. While Miridae are often host-plant specific, an association with succulent plants is only found in ~20 plant bug species worldwide. A combination of recent fieldwork in South Africa’s Western Cape region and iNaturalist [http://www.inaturalist.org/] observations allows us to document and describe a new genus and species of dicyphine Bryocorinae, Fatumocoris flattirei gen. et sp. nov., associated with Cotyledon orbiculata L. (Crassulaceae). This new plant bug genus is unusual among dicyphines as it possesses prominent spines on the pronotum, a wider posterior margin of the pronotum, and distinctive dark, white, and reddish coloration. The placement is confirmed with morphological examination and inclusion of Sanger sequence data in a recently published molecular dataset of Miridae. Light microphotographs, SEM micrographs, and female and male genitalic images are provided.

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