FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4220793583> ?p ?o ?g. }

• W4220793583 abstract "Summary During flight maneuvers, insects exhibit compensatory head movements which are essential for stabilizing the visual field on their retina, reducing motion blur, and supporting visual self-motion estimation. In Diptera, such head movements are mediated via visual feedback from their compound eyes that detect retinal slip, as well as rapid mechanosensory feedback from their halteres - the modified hindwings that sense the angular rates of body rotations. Because non-Dipteran insects lack halteres, it is not known if mechanosensory feedback about body rotations plays any role in their head stabilization response. Diverse non-Dipteran insects are known to rely on visual and antennal mechanosensory feedback for flight control. In hawkmoths, for instance, reduction of antennal mechanosensory feedback severely compromises their ability to control flight. Similarly, when the head movements of freely-flying moths are restricted, their flight ability is also severely impaired. The role of compensatory head movements as well as multimodal feedback in insect flight raises an interesting question: in insects that lack halteres, what sensory cues are required for head stabilization? Here, we show that in the nocturnal hawkmoth Daphnis nerii , compensatory head movements are mediated by combined visual and antennal mechanosensory feedback. We subjected tethered moths to open-loop body roll rotations under different lighting conditions, and measured their ability to maintain head angle in the presence or absence of antennal mechanosensory feedback. Our study suggests that head stabilization in moths is mediated primarily by visual feedback during roll movements at lower frequencies, whereas antennal mechanosensory feedback is required when roll occurs at higher frequency. These findings are consistent with the hypothesis that control of head angle results from a multimodal feedback loop that integrates both visual and antennal mechanosensory feedback, albeit at different latencies. At adequate light levels, visual feedback is sufficient for head stabilization. However, under dark conditions, antennal mechanosensory feedback is essential for the control of head movements. Highlights Visual feedback contributes to head stabilization primarily during slower body rotation in hawkmoths. Antennal mechanosensors contribute to head stabilization primarily during faster body roll. Antennal mechanosensory feedback in head stabilization is mediated via Johnston’s organ. Restricting head movements affects flight control." @default.
• W4220793583 created "2022-04-03" @default.
• W4220793583 creator A5007258042 @default.
• W4220793583 creator A5024202488 @default.
• W4220793583 creator A5033818363 @default.
• W4220793583 creator A5039400768 @default.
• W4220793583 date "2022-03-18" @default.
• W4220793583 modified "2023-09-27" @default.
• W4220793583 title "Integration of visual and antennal mechanosensory feedback during head stabilization in hawkmoths" @default.
• W4220793583 cites W1495067093 @default.
• W4220793583 cites W1577451703 @default.
• W4220793583 cites W1967698836 @default.
• W4220793583 cites W1979262715 @default.
• W4220793583 cites W1994663096 @default.
• W4220793583 cites W1997532647 @default.
• W4220793583 cites W1999544093 @default.
• W4220793583 cites W2008021703 @default.
• W4220793583 cites W2009560029 @default.
• W4220793583 cites W2018016012 @default.
• W4220793583 cites W2032192688 @default.
• W4220793583 cites W2046436472 @default.
• W4220793583 cites W2060175380 @default.
• W4220793583 cites W2070232035 @default.
• W4220793583 cites W2074740247 @default.
• W4220793583 cites W2075218762 @default.
• W4220793583 cites W2081889666 @default.
• W4220793583 cites W2082317248 @default.
• W4220793583 cites W2098791073 @default.
• W4220793583 cites W2105726658 @default.
• W4220793583 cites W2106980887 @default.
• W4220793583 cites W2135628284 @default.
• W4220793583 cites W2146191325 @default.
• W4220793583 cites W2151068567 @default.
• W4220793583 cites W2156989807 @default.
• W4220793583 cites W2161754685 @default.
• W4220793583 cites W2169537425 @default.
• W4220793583 cites W2171129572 @default.
• W4220793583 cites W2199806910 @default.
• W4220793583 cites W2238644328 @default.
• W4220793583 cites W2288271511 @default.
• W4220793583 cites W2301302978 @default.
• W4220793583 cites W2314628182 @default.
• W4220793583 cites W2323851342 @default.
• W4220793583 cites W2535577078 @default.
• W4220793583 cites W2579328476 @default.
• W4220793583 cites W2599937155 @default.
• W4220793583 cites W2604828758 @default.
• W4220793583 cites W2807921625 @default.
• W4220793583 cites W2810440784 @default.
• W4220793583 cites W2924530200 @default.
• W4220793583 cites W2980918667 @default.
• W4220793583 cites W3082653596 @default.
• W4220793583 cites W56457934 @default.
• W4220793583 doi "https://doi.org/10.1101/2022.03.15.484547" @default.
• W4220793583 hasPublicationYear "2022" @default.
• W4220793583 type Work @default.
• W4220793583 citedByCount "1" @default.
• W4220793583 countsByYear W42207935832022 @default.
• W4220793583 crossrefType "posted-content" @default.
• W4220793583 hasAuthorship W4220793583A5007258042 @default.
• W4220793583 hasAuthorship W4220793583A5024202488 @default.
• W4220793583 hasAuthorship W4220793583A5033818363 @default.
• W4220793583 hasAuthorship W4220793583A5039400768 @default.
• W4220793583 hasBestOaLocation W42207935831 @default.
• W4220793583 hasConcept C105702510 @default.
• W4220793583 hasConcept C151730666 @default.
• W4220793583 hasConcept C15744967 @default.
• W4220793583 hasConcept C169760540 @default.
• W4220793583 hasConcept C18903297 @default.
• W4220793583 hasConcept C2776058522 @default.
• W4220793583 hasConcept C2777612826 @default.
• W4220793583 hasConcept C2780312720 @default.
• W4220793583 hasConcept C3020716817 @default.
• W4220793583 hasConcept C31972630 @default.
• W4220793583 hasConcept C41008148 @default.
• W4220793583 hasConcept C46312422 @default.
• W4220793583 hasConcept C86803240 @default.
• W4220793583 hasConcept C94487597 @default.
• W4220793583 hasConceptScore W4220793583C105702510 @default.
• W4220793583 hasConceptScore W4220793583C151730666 @default.
• W4220793583 hasConceptScore W4220793583C15744967 @default.
• W4220793583 hasConceptScore W4220793583C169760540 @default.
• W4220793583 hasConceptScore W4220793583C18903297 @default.
• W4220793583 hasConceptScore W4220793583C2776058522 @default.
• W4220793583 hasConceptScore W4220793583C2777612826 @default.
• W4220793583 hasConceptScore W4220793583C2780312720 @default.
• W4220793583 hasConceptScore W4220793583C3020716817 @default.
• W4220793583 hasConceptScore W4220793583C31972630 @default.
• W4220793583 hasConceptScore W4220793583C41008148 @default.
• W4220793583 hasConceptScore W4220793583C46312422 @default.
• W4220793583 hasConceptScore W4220793583C86803240 @default.
• W4220793583 hasConceptScore W4220793583C94487597 @default.
• W4220793583 hasLocation W42207935831 @default.
• W4220793583 hasLocation W42207935832 @default.
• W4220793583 hasOpenAccess W4220793583 @default.
• W4220793583 hasPrimaryLocation W42207935831 @default.
• W4220793583 hasRelatedWork W2148307166 @default.
• W4220793583 hasRelatedWork W2313499821 @default.
• W4220793583 hasRelatedWork W2328888782 @default.
• W4220793583 hasRelatedWork W2950846806 @default.

• next