Movement Ecology is an open-access interdisciplinary journal publishing novel insights from empirical and theoretical approaches into the ecology of movement of the whole organism - either animals, plants or microorganisms - as the central theme. We welcome manuscripts on any taxa and any movement phenomena (e.g. foraging, dispersal and seasonal migration) addressing important research questions on the patterns, mechanisms, causes and consequences of organismal movement. Manuscripts will be rigorously peer-reviewed to ensure novelty and high quality.


  • Ran Nathan, The Hebrew University of Jerusalem
  • Luca Giuggioli, University of Bristol

Society affiliations

Movement Ecology is affiliated with the Minerva Center for Movement Ecology


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  • The authors developed methods to objectively identify non-linear patterns in daily activity budgets during the 'overwinter' period of non-breeding for two species of Hawaiian albatrosses. Using time-series of positional and immersion-state data, the authors reveal that these species make parallel adjustments to activity budgets throughout overwinter, likely reflecting compromised flight from active wing moult and a subsequent shift in priorities toward mass gain for breeding.
  • This study used large-scale acoustic monitoring networks to elucidate migration patterns and identify potential wintering grounds of North Atlantic minke whales. Results reveal details of minke whale spring and fall migration routes in the western North Atlantic and confirm their presence off the southeastern US and the Caribbean during winter months.
  • In order to move together, animals must coordinate their own movement with the movement of other individuals through appropriate interaction responses. The authors show that the traditional way in which these movement interactions are inferred from data and implemented in simulations is heavily determined by the simple hypothesis that individuals aim at keeping a specific, constant position with respect to their neighbours.
  • We explore the differences and similarities between continuous and discrete versions of mechanistic movement models, establish some common terminology,and indicate under which circumstances one form might be preferred over another. Counter to the overly simplistic view that discrete- and continuous- time conceptualizations are merely different means to the same end, we reveal hitherto unappreciated consequences of model formulation on inferences about animal movement.
  • Image attributed to: Black-legged Kittiwake (Rissa tridactyla)
    The authors investigated the processes by which two species of seabird (thick-billed murre and black-legged kittiwake) compensate for the variable energy costs of different wind conditions. Using radar technology, GPS loggers and accelerometers the authors found that foraging patterns are adjusted during times of high wind which would raise the energy cost of long flight. 



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Editor profiles

Ran Nathan

Ran Nathan

Ran Nathan is a professor in the Department of Ecology, Evolution, and Behavior at the Hebrew University of Jerusalem, Israel, and director of the Minerva Center for Movement Ecology. His Movement Ecology Lab studies foraging, dispersal, migration and other types of movements in plants and animals, mostly birds. These studies typically combine advanced biotelemetry of free-ranging animals, mechanistic models, molecular tools, and various observational and experimental approaches in the laboratory and in the field, both in Israel and around the world.

Luca Giuggioli

Luca Giuggioli

Dr Luca Giuggioli is a faculty member of the Department of Engineering Mathematics and the School of Biological Sciences at the University of Bristol, UK, and a core member of the Bristol Centre for Complexity Sciences. Work in his lab focuses on addressing fundamental questions in animal ecology to explain a variety of phenomena including behavioural interactions, foraging, social spacing, collective movement and epidemic disease spread. These studies involve the use of mathematical, computational and statistical techniques to develop mechanistic models of organism movement that explain empirical observations.

Minerva Center for Movement Ecology

Minerva center

The Minerva Center for Movement Ecology is an international interdisciplinary organization of researchers that have set a common goal to advance groundbreaking integrative research on the movement of organisms.

The center, established in January 2012, is sponsored by the Minerva Foundation together with the Hebrew University of Jerusalem. It aims at offering various collaborative activities such as workshops and meetings, as well as opportunities to train and promote young researchers, to develop new technologies, data analysis tools, scientific networks and research facilities. In particular, the Minerva Center for Movement Ecology will work together with Movement Ecology to advance the dissemination of research on various movement ecology themes.

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ISSN: 2051-3933