Insights and approaches from the long-term Continuous Plankton Recorder survey contribute to better understanding of ecological synchrony

Insights and approaches from the long-term Continuous Plankton Recorder survey contribute to better understanding of ecological synchrony

Populations of animals and plants – even those separated by thousands of miles – can fluctuate in synchrony, driven by shared environmental influences. This striking phenomenon, known as spatial synchrony, is the subject of a new synthesis study published in Ecology Letters, led by researchers at the University of Kansas and co-authored by Dr Lawrence ...