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Following the latest government announcement concerning the current Covid-19 pandemic the Society headquarters at Mansion House has now closed.

Where possible emails will be monitored, any urgent enquiries should be forwarded to

Membership applications will be put on hold until further notice.

Our "identify that insect" service will continue, but our Director of Science cannot accept any physical samples to inspect during this time.

Our Librarian will not have access to our collections from home, but will be happy to try and locate references available to download from the internet.

All events and meetings have been cancelled until further notice

We hope that everyone stays well and we hope that normal business can resume soon for everyone, thank you for your understanding during this difficult time that the world finds itself in.

Kirsty Whiteford - Registrar

Lacewings (Neuroptera)

Since the time of Linnaeus the Neuroptera were often treated as a convenient receptacle for the diverse groups of endopterygote insects that did not fit anywhere else; the modern view is that the group is closely related to the Megaloptera and Raphidioptera . To avoid confusion with the name Neuroptera in its older broad sense, some authors employ the name Planipennia for the modern restricted usage.  Even though they are clearly defined as a monophyletic order within the Neuropterida, they still show a wide diversity of size, habits and life cycles, ranging from the tiny Coniopterygidae, or wax flies, which resemble Hemipteran whiteflies; the giant lacewing Osmylus, which has large strongly patterned wings and a semi-aquatic larva; the Sisyridae, or sponge-flies, which have aquatic larvae that feed on freshwater sponges; the large ant-lions which superficially resemble dragonflies, and whose larvae build conical pits in sandy soil to trap prey; and both the brown lacewings (Hemerobiidae) and green lacewings (Chrysopidae) which are familiar visitors to gardens. Neuroptera have predatory larvae, and many adults are also predators on small insects; several groups are regarded as beneficial insects in the garden because of the large numbers of aphids they consume. Lacewings court by 'tremulation', a low frequency sound produced by vibrating their abdomens, which in turn causes the substrate they are standing on to vibrate. The males and females will take turns tremulating; this duet is an essential prerequisite for mating. Worldwide there are around 6,000 known species in 17 families; in Britain there are 70 species in 6 families.

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