Florian Titus Muijres

This paper shows that malaria mosquito swarms emerge from simple environmental rule-following rather than complex social interactions.

This study examines how cuttlefish sucker papillae interact with substrate roughness to enhance attachment performance, finding optimal forces when substrate roughness matches papillae height.

This study analyzes flight diversity in Diptera by integrating morphology, kinematics, and aerodynamics, revealing how scaling, aerodynamic constraints, and evolutionary trade-offs shape flight adaptations.

This study shows wild Morpho butterflies trade speed for erraticity in escape flight, increasing unpredictability but reducing flight speed.

This study shows that small hoverflies compensate for reduced size by evolving larger and more aerodynamically effective wings, rather than changing their wingbeat kinematics.

This study characterizes the spatial and temporal flight kinematics of Anopheles coluzzii swarms, showing stereotypic shape and density patterns and modeling swarm structure based on visual perception.

This study uses accelerometers and machine learning to analyze flight behavior in pied flycatchers, finding no significant sex differences in flight activity despite males having higher flight performance potential.

This study shows that Anopheles mosquitoes use both visual and acoustic cues to navigate swarms, track mates, and avoid collisions.