Philip Matthews

13PUBLICATIONS
25CO-AUTHORS
Biosecurity science and invasive species ecologyEcohydrologyHost-parasite interactionsInvertebrate biologyFluid-structure interaction and aeroacoustics
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Publications (13)

|Jul 23, 2026
Crush-resistant air sacs allow insect larvae to exploit aquatic habitats at extreme depth.

|Nov 07, 2025
Molecular mechanisms underpinning buoyancy control in the aquatic larvae of Chaoborus evolved from tracheal fluid clearing functionality.

Tahnee Ames, Philip G D Matthews, Benjamin J Matthews

|Sep 25, 2024
Buoyancy Regulation in Insects.

Philip G D Matthews

|Aug 19, 2024
Born suckers: the cibarial pump of Philaenus spumarius scales across ontogeny to ensure functional equivalence.

Elisabeth A Bergman, Philip G D Matthews

|Jan 24, 2024
Oxygen extraction efficiency of the tidally-ventilated rectal gills of dragonfly nymphs.

Daniel J Lee, Philip G D Matthews

|May 19, 2023
Air sacs are a key adaptive trait of the insect respiratory system.

Jon F Harrison, Evan K G McKenzie, Stav Talal

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Frequent Collaborators

2 joint publications

Tahnee Ames

2 joint publications

Till S Harter

2 joint publications

Daniel J Lee

2 joint publications

Evan K G McKenzie