Marzullo - AOL & LL dalyensis

Journal of Fish Biology, 2018

Zoology, 2013

Journal of Morphology, 1998

Journal of Physiology-Paris, 2002

Brain, Behavior and Evolution, 2010

The mechanoreceptive lateral line system in fishes detects hydrodynamic stimuli and plays a critical role in many fundamental behaviours, including orientation to water currents and the detection of stationary objects, prey and predators. Interspecific variation in lateral line structure may result from a process of functional adaptation, with the background level of hydrodynamic activity proposed as an important selective pressure. Here we use the eight species of the ecologically diverse New Zealand marine triplefin fish of the genus Forsterygion and one species from the sister genus Notoclinops to investigate interspecific differences in lateral line morphology and to assess the relationship between lateral line characteristics and exposure to wave energy (fetch/depth ratio). Overall, the results show that lateral line traits are divergent between species, and these differences could in part be related to the wave exposure of the habitats that the species occupy. Specifically, nu...

Developments in environmental biology of fishes, 2001

Reviews in Fish Biology and Fisheries, 1995

Františkáni v zemích Koruny české a Sasku mezi reformou, reformací a protireformací (15.–17. století) / Die Franziskaner in den Ländern der Böhmischen Krone und Sachsen zwischen der Reform, Reformation und Gegenreformation (15.–17. Jahrhundert), 2018