The increasing miniaturisation of animal-tracking technology has made it possible to gather
exceptionally detailed machine-sensed data on the social dynamics of almost entire …

In recent years, Radio frequency (RF) sensor networks have been used to localize people
indoor without requiring them to wear invasive electronic devices. These wireless mesh …

Wireless sensor networks (WSNs) and unmanned aerial vehicles (UAVs) have been used
for monitoring animals but when their habitats have difficult access and are areas of a large …

How do the characteristics of the surrounding environment affect the ability of the nodes of a
wireless sensor network (WSN) to communicate? Partial answers to this question can be …

The successful deployment of a large scale solar powered wireless sensor network in an
urban, desert environment is a very complex task. Specific cities of such environments cause …

The need to identify interactions with the potential for pathogen transmission among the
community of hosts at the wildlife–livestock interface has led to the development of multiple …

Growing interest in the structure and dynamics of animal social networks has stimulated
efforts to develop automated tracking technologies that can reliably record encounters in …

Current environmental challenges have profound local consequences and often benefit from
the collection of fine-grained microclimate data. Advances in wireless sensor networks and …

Real-world deployments of wireless sensor networks (WSNs) are notoriously difficult to get
right, partly due to the fact that their low-power wireless communication is greatly affected by …

Background Ecological sciences have, in recent decades, benefited from the ability of
proximity loggers (PLs)—ie devices that transmit and receive radio signals (UHF)—to …