Kranenbarg, S.

(Sander Kranenbarg)

feather moult vertebrae warbler moment lordotic willow lordosi lordotic vertebrae journal willow warblers sampling 38- vertebra chiffchaff volume calci ﬁcation stiffness signi shaft group length fatigue rachi ﬂ ight feathers dorso-ventral willow warbler feathers weber ground specimen effect phylloscopu sea bass adult column signi ﬁcantly zoological society structure c c journal respect ﬂ ight performance / journal study willow warbler activity spine cortex curvature keratin haemal value hedenstrom ridge ﬂ exural stiffness area i muscle activity segment species ﬁcation zoology calci aquaculture ﬁcant skeleton biomechanic animal migration quality schedule cortex volume divanach trochilu muscle dorsal micro-ct koumoundouro trade-off ﬁcantly material variation

2 Most Recent Publications

Flight feather shaft structure of two warbler species with different moult schedules: A study using high-resolution X-ray imaging (Article) Weber, T.P. Kranenbarg, S. Hedenström, A. Waarsing, J.H. Weinans, H.H.	2010-02-01
Lordotic vertebrae in sea bass (Dicentrarchus labrax L.) are adapted to increased loads (Article) Kranenbarg, S. Waarsing, J.H. Muller, M. Weinans, H.H. Leeuwen, J.L. van	2005-06-01

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