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J Exp Biol June 2024 PMID 38785337

Modulation of prey capture kinematics in relation to prey distance helps predict success.

Christopher E Oufiero, Lohitashwa Garikipati, Elizabeth McMillan, Mary Katherine Sullivan, Ryan Turnbaugh

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Mentions

9
Peak: 4 in May 2025
across 3 sources since Sep 2024

Extended reach

343,315
potential audience

Total likes

23,416

Video views

326,370

Mentions per month

Sep 2024 – Dec 2025

Where it's discussed

  • X / Twitter6 posts
  • YouTube2 videos
  • News1 articles

AI synopsis

What people are saying

Discussions reveal a clear interest in the advanced analytical approaches, such as 3D analysis of mantis movements, and recognize the importance of prey distance in prey capture success. The tone and vocabulary, including phrases like 'success predictors' and 'implications for predator behavior,' emphasize the research's relevance and potential influence, reflecting a generally positive and engaged response.

AgreementModerate agreement

Most discussion supports the study’s findings and emphasizes its significance, indicating general agreement with the research conclusions.

InterestHigh interest

Posts express high curiosity about the prey capture mechanics and the use of 3D analysis, showing strong interest in the subject material.

EngagementModerate engagement

Participants reference specific methods like 3D analysis and share reflections on the importance of prey distance, demonstrating moderate to deep engagement.

ImpactModerate impact

The discussions highlight the potential implications for understanding predator behavior and prey capture success, indicating a reasonably high perceived impact.

Abstract in brief

  • Predators, like praying mantises, may adjust their movements based on how far away their prey is, which can influence whether they succeed or fail in capturing it.
  • The study analyzed 192 prey capture attempts of Sphodromantis lineola using high-speed cameras and found that mantises change their foreleg and body movements—specifically, expanding and moving faster—as prey gets farther away; this adjustment (captured as PC1) is linked to higher chances of successful capture.
  • Although these movement adjustments explain some of the success, they only account for about 22% of the variation, implying that other factors also influence prey capture; overall, mantises appear to be flexible in how they attempt to capture prey depending on its position.
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Top posts

Most liked on X and Bluesky
Yoshimitsu, S. 吉光俊輔
@Tenodera_sp · X

カマキリの捕獲行動を3Dで運動解析して「捕獲成功｣と「捕獲失敗」に分類し、主成分分析からカマキリの捕獲成功率の決定要因は餌との距離であると推定。成功しやすい適切な距離を測るフィードフォワードモデルの存在を提唱。https://t.co/cR3pRdf6oc

May 13, 2025 · 12 likes · 5 shares · 145 followers View post →
The Company of Biologists
@Co_Biologists · X

Thanks to Christopher Oufiero @TowsonUBiology for sharing his experience of fee-free #OA publishing @J_Exp_Biol via our #ReadAndPublish agreement with @TowsonU @CookLibraryOfTU. Read Christopher’s paper https://t.co/Cd8uIZotdw See full list: https://t.co/WpJcxTtBmG https://t.co/rqznddso7Q

Sep 26, 2024 · 2 likes · 15,452 followers View post →
prosopocoilusun
@prosopocoilusun · X

RT @Tenodera_sp: カマキリの捕獲行動を3Dで運動解析して「捕獲成功｣と「捕獲失敗」に分類し、主成分分析からカマキリの捕獲成功率の決定要因は餌との距離であると推定。成功しやすい適切な距離を測るフィードフォワードモデルの存在を提唱。https://t.co/cR3p…

May 13, 2025 · 5 shares · 543 followers View post →
コロギスのサブ
@KorogisuSub · X

RT @Tenodera_sp: カマキリの捕獲行動を3Dで運動解析して「捕獲成功｣と「捕獲失敗」に分類し、主成分分析からカマキリの捕獲成功率の決定要因は餌との距離であると推定。成功しやすい適切な距離を測るフィードフォワードモデルの存在を提唱。https://t.co/cR3p…

Jun 9, 2025 · 5 shares · 351 followers View post →
Tyno-ティノ@虫垢
@TynoInsecta · X

RT @Tenodera_sp: カマキリの捕獲行動を3Dで運動解析して「捕獲成功｣と「捕獲失敗」に分類し、主成分分析からカマキリの捕獲成功率の決定要因は餌との距離であると推定。成功しやすい適切な距離を測るフィードフォワードモデルの存在を提唱。https://t.co/cR3p…

May 14, 2025 · 5 shares · 208 followers View post →
Green Prayer
@Green_Prayer · X

RT @Tenodera_sp: カマキリの捕獲行動を3Dで運動解析して「捕獲成功｣と「捕獲失敗」に分類し、主成分分析からカマキリの捕獲成功率の決定要因は餌との距離であると推定。成功しやすい適切な距離を測るフィードフォワードモデルの存在を提唱。https://t.co/cR3p…

May 13, 2025 · 5 shares · 186 followers View post →

All mentions

コロギスのサブ
@KorogisuSub · X

RT @Tenodera_sp: カマキリの捕獲行動を3Dで運動解析して「捕獲成功｣と「捕獲失敗」に分類し、主成分分析からカマキリの捕獲成功率の決定要因は餌との距離であると推定。成功しやすい適切な距離を測るフィードフォワードモデルの存在を提唱。https://t.co/cR3p…

Jun 9, 2025 · 5 shares · 351 followers View post →
Tyno-ティノ@虫垢
@TynoInsecta · X

RT @Tenodera_sp: カマキリの捕獲行動を3Dで運動解析して「捕獲成功｣と「捕獲失敗」に分類し、主成分分析からカマキリの捕獲成功率の決定要因は餌との距離であると推定。成功しやすい適切な距離を測るフィードフォワードモデルの存在を提唱。https://t.co/cR3p…

May 14, 2025 · 5 shares · 208 followers View post →
Green Prayer
@Green_Prayer · X

RT @Tenodera_sp: カマキリの捕獲行動を3Dで運動解析して「捕獲成功｣と「捕獲失敗」に分類し、主成分分析からカマキリの捕獲成功率の決定要因は餌との距離であると推定。成功しやすい適切な距離を測るフィードフォワードモデルの存在を提唱。https://t.co/cR3p…

May 13, 2025 · 5 shares · 186 followers View post →
prosopocoilusun
@prosopocoilusun · X

RT @Tenodera_sp: カマキリの捕獲行動を3Dで運動解析して「捕獲成功｣と「捕獲失敗」に分類し、主成分分析からカマキリの捕獲成功率の決定要因は餌との距離であると推定。成功しやすい適切な距離を測るフィードフォワードモデルの存在を提唱。https://t.co/cR3p…

May 13, 2025 · 5 shares · 543 followers View post →
Yoshimitsu, S. 吉光俊輔
@Tenodera_sp · X

カマキリの捕獲行動を3Dで運動解析して「捕獲成功｣と「捕獲失敗」に分類し、主成分分析からカマキリの捕獲成功率の決定要因は餌との距離であると推定。成功しやすい適切な距離を測るフィードフォワードモデルの存在を提唱。https://t.co/cR3pRdf6oc

May 13, 2025 · 12 likes · 5 shares · 145 followers View post →
The Company of Biologists
@Co_Biologists · X

Thanks to Christopher Oufiero @TowsonUBiology for sharing his experience of fee-free #OA publishing @J_Exp_Biol via our #ReadAndPublish agreement with @TowsonU @CookLibraryOfTU. Read Christopher’s paper https://t.co/Cd8uIZotdw See full list: https://t.co/WpJcxTtBmG https://t.co/rqznddso7Q

Sep 26, 2024 · 2 likes · 15,452 followers View post →
Cuttlefish use stereopsis to strike at prey | Science Advances
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https://doi.org/10.1242/jeb.247311 · Crossref. Binbin Su,; Xianghe Zou,; Zhaoxiang Wang,; Lirong Huang,. Numerical analysis of lubrication ...

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