Movement ecology is a cross-disciplinary field. Its main aim is to quantitatively describe and understand how movement relates to individual and population-level processes for resource acquisition and, ultimately, survival. Today the study of movement ecology hinges on two 21st century advances:
Animal-borne devices/tags (biologging science, Hooker et al., 2007) and/or remote sensing technology to quantify movement and collect data from remote or otherwise challenging environments
Computational power sufficient to manipulate, process and analyse substantial volumes of data
Although datasets often involve small numbers of individuals, each individual can have thousands – sometimes even millions – of data points associated with it. Study species have tended to be large birds and mammals, due to the ease of tag attachment. However, the trend for miniaturisation of tags and the development of remote detection technologies (such as radar, e.g. Capaldi et al., 2000), have allowed researchers to track and study ever smaller animals. Continue reading →
iMarCo is a new initiative aimed at creating an international network for promoting collaborative projects among European scientists interested in the study of marine connectivity. The network covers a broad spectrum of marine science disciplines including physical oceanography, microchemistry, genetics and evolutionary ecology, behaviour, tagging, fisheries and aquaculture.
The strategic objective of iMarCo is to organise and create synergies among the European scientific community sharing an interest in the understanding of the spatial dynamics of marine populations. Continue reading →