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Optimization of dynamic soaring in a flap-gliding seabird affects its large-scale distribution at sea
Kempton, J.A.; Wynn, J.; Bond, S.; Evry, J.; Fayet, A.L.; Gillies, N.; Guilford, T.; Kavelaars, M.; Juarez-Martinez, I.; Padget, O.; Rutz, C.; Shoji, A.; Syposz, M.; Taylor, G.K. (2022). Optimization of dynamic soaring in a flap-gliding seabird affects its large-scale distribution at sea. Science Advances 8(22): eabo0200.
In: Science Advances. AAAS: New York. ISSN 2375-2548, more
Peer reviewed article  

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Authors  Top 
  • Kempton, J.A.
  • Wynn, J.
  • Bond, S.
  • Evry, J.
  • Fayet, A.L.
  • Gillies, N.
  • Guilford, T.
  • Kavelaars, M., more
  • Juarez-Martinez, I.
  • Padget, O.
  • Rutz, C.
  • Shoji, A.
  • Syposz, M.
  • Taylor, G.K.

    Dynamic soaring harvests energy from a spatiotemporal wind gradient, allowing albatrosses to glide over vast distances. However, its use is challenging to demonstrate empirically and has yet to be confirmed in other seabirds. Here, we investigate how flap-gliding Manx shearwaters optimize their flight for dynamic soaring. We do so by deriving a new metric, the horizontal wind effectiveness, that quantifies how effectively flight harvests energy from a shear layer. We evaluate this metric empirically for fine-scale trajectories reconstructed from bird-borne video data using a simplified flight dynamics model. We find that the birds’ undulations are phased with their horizontal turning to optimize energy harvesting. We also assess the opportunity for energy harvesting in long-range, GPS-logged foraging trajectories and find that Manx shearwaters optimize their flight to increase the opportunity for dynamic soaring during favorable wind conditions. Our results show how small-scale dynamic soaring affects large-scale Manx shearwater distribution at sea.

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