Many researchers and amateur naturalists keep track of dates for the first robin of spring, the first peepers or ice-out on ponds, and such records can offer decades of data on the timing of plant and animal life cycle events known as phenology.
Many researchers and amateur naturalists keep track of dates for the first robin of spring, the first peepers or ice-out on ponds, and such records can offer decades of data on the timing of plant and animal life cycle events known as phenology.
While such observations are common in terrestrial systems, a new report by first author Michelle Staudinger and others at the University of Massachusetts Amherst shows there is limited understanding of similar events in the oceans. They urge more researchers to increase observations and use more phenological datasets to understand how marine species are responding to climate change through phenological shifts in the Gulf of Maine and other coastal regions.
Staudinger says, “We only found 20 studies documenting shifts in phenology in the Gulf of Maine. This topic appears to have received less attention in the region compared to other responses to climate change. We provide a summary of the existing evidence, and offer examples of the implications, remaining research questions and available long-term datasets appropriate for assessing shifts in the region. These data come from a range of federal, state, academic and citizen science monitoring programs.”
Read more at University of Massachusetts Amherst
Photo courtesy of UMass Amherst/Keenan Yakola
