With nearly 2500 delegates over one week it was impressive how talks and sessions kept to time, posters went up and came down, and coffee (good coffee, served with correctly cooked croissants!) was served. The level of organisation you’d hope to see at all conferences, big or small. The venue for Polar2018 was also home to the G7 world economic forum summits and staff seemed at ease with only having 2500 delegates to deal with…
From day one, there was persistent message throughout the conference. Not only does the rest of the human populated world affect the polar environments, but in response, any change in polar ecosystem and environment functioning (biological and non-biological) has a large knock-on effect on the rest of the world. Continue reading →
An international research team has developed a simple method for using a network of autonomous time-lapse cameras to track the breeding and population dynamics of Antarctic penguins, providing a new, low-cost window into the health and productivity of the Antarctic ecosystem.
The team of scientists from NOAA Fisheries and several other nations published in the journal Methods in Ecology and Evolution, descriptions of the camera system and a new method for turning static images into useful data on the timing and success of penguin reproduction. They say that the system monitors penguins as effectively as scientists could in person, for a fraction of the cost. Continue reading →
New method faster, more efficient and less damaging to the environment
A team of researchers from the University of Wollongong (UOW) and the University of Tasmania has developed a new method for assessing the health of fragile Antarctic vegetation using drones, which they say could be used to improve the efficiency of ecological monitoring in other environments as well.
The researchers have written about their method in an article published in Methods in Ecology and Evolution, a scientific journal of the British Ecological Society.