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Data from: Long-term captivity is associated with changes to sensory organ morphology in a critically endangered insect.

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posted on 2021-08-12, 06:55 authored by CHRISTOPHER FREELANCECHRISTOPHER FREELANCE, MICHAEL MAGRATHMICHAEL MAGRATH, Bob WongBob Wong, MARK ELGARMARK ELGAR
This is the data underpinning the analysis reported in the manuscript "Long-term captivity is associated with changes to sensory organ morphology in a critically endangered insect".

Funding

The University of Melbourne’s Jasper Loftus-Hills Memorial Award 2018

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    University of Melbourne

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    Keywords

    AntennaSensillaCaptive breedingCompound eyeConservation biologyLord Howe Island stick insectDryococelus australisSensory ecologySensory systemsEcology not elsewhere classifiedEvolutionary BiologyInvertebrate BiologyTerrestrial EcologyZoologyBiological Adaptation

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    CC BY 4.0

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