The overall discussions reflect high enthusiasm, with posts describing the study as new and impactful, using phrases like 'uncovers the energy dynamics' and 'crucial role in maintaining reef health,' demonstrating interest in the technological advances and ecological insights; the tone is informative yet promotional, indicating a positive reception of the research's significance.
AgreementModerate agreement
Most posts express positive recognition of the research, emphasizing its innovative methods and potential importance, indicating a generally supportive stance.
InterestHigh interest
Posts show high interest by highlighting technological approaches and ecological significance, which appeal to academic and conservation audiences.
EngagementModerate engagement
Discussions include references to specific technologies used, such as stereo-video and AI-driven tracking, suggesting some depth, but mostly remain introductory or promotional in tone.
ImpactModerate impact
The posts suggest the research could influence conservation strategies and coral reef management, though they mainly serve to promote the publication rather than demonstrate direct societal impact.
Abstract in brief
This research explores how herbivorous fishes like the Brown surgeonfish and Yellowtail tang feed and use energy on a coral reef, using advanced tools like stereovideo and AI-driven 3D tracking.
Despite their different feeding behaviors and preferences, both fish species play a crucial role in maintaining reef health by controlling algae and supporting coral growth.
The study highlights how modern technology can uncover detailed insights into fish feeding dynamics and energy use, which can help improve conservation strategies for coral reef ecosystems.]
New research! Our (@LeibnizZMT & @AUTuni & @lirmm_) study in @Ecol_Evol uncovers the energy dynamics of #CoralReef key grazers using stereo-video & #AI-driven 3D tracking
Mar 4, 2024 · 20 likes · 7 shares · 302 followersView post →
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Julian Lilkendey
@Knochenfisch1 · X
Check out our brand new study funded by @TheFSBI
and published in @Ecol_Evol
https://t.co/Y7DDZJ0EyM #SustainableOceans #TeamFish @BritishEcolSoc
Mar 7, 2024 · 13 likes · 4 shares · 302 followersView post →
EE
Ecology and Evolution
@Ecol_Evol · X
RT @Knochenfisch1: New research! Our (@LeibnizZMT & @AUTuni & @lirmm_) study in @Ecol_Evol uncovers the energy dynamics of #CoralReef key g…
Mar 4, 2024 · 7 shares · 7,160 followersView post →
EE
Ecology and Evolution
@Ecol_Evol · X
RT @Knochenfisch1: Check out our brand new study funded by @TheFSBI
and published in @Ecol_Evol
https://t.co/Y7DDZJ0EyM #SustainableOceans…
Mar 7, 2024 · 4 shares · 7,160 followersView post →
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fsbi
@TheFSBI · X
RT @Knochenfisch1: Check out our brand new study funded by @TheFSBI
and published in @Ecol_Evol
https://t.co/Y7DDZJ0EyM #SustainableOceans…
Mar 7, 2024 · 4 shares · 4,566 followersView post →
LZ
Leibniz Centre for Tropical Marine Research (ZMT)
@LeibnizZMT · X
RT @Knochenfisch1: New research! Our (@LeibnizZMT & @AUTuni & @lirmm_) study in @Ecol_Evol uncovers the energy dynamics of #CoralReef key g…
Mar 4, 2024 · 7 shares · 1,602 followersView post →
This video explores how herbivorous fishes like the Brown surgeonfish and Yellowtail tang feed and use energy on coral reefs, using stereovideo and AI-driven 3D tracking to enhance conservation strategies.
Our new research published in Ecology Evolution uses remote underwater stereovideo and AI-driven tracking to measure the energy expenditure of grazing fish, offering insights into ecosystem health and conservation…
RT @Knochenfisch1: New research! Our (@LeibnizZMT & @AUTuni & @lirmm_) study in @Ecol_Evol uncovers the energy dynamics of #CoralReef key g…
Mar 4, 2024 · 7 shares · 1,602 followersView post →
JL
Julian Lilkendey
@Knochenfisch1 · X
New research! Our (@LeibnizZMT & @AUTuni & @lirmm_) study in @Ecol_Evol uncovers the energy dynamics of #CoralReef key grazers using stereo-video & #AI-driven 3D tracking
Mar 4, 2024 · 20 likes · 7 shares · 302 followersView post →
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