A Brown professor and two Brown-trained scientists co-authored a research review proposing a ‘more realistic’ conceptual model for understanding current and future changes to marine ecosystems in the wake of climate change.
A Brown professor and two Brown-trained scientists co-authored a research review proposing a ‘more realistic’ conceptual model for understanding current and future changes to marine ecosystems in the wake of climate change.
A new approach to examining the effects of climate change on marine ecosystems may provide a more accurate understanding of climate change responses — and predictions for future consequences — according to a new paper co-authored by a Brown University biologist.
The paper, published in the Annual Review of Ecology, Evolution, and Systematics, highlights the interplay between the trend of climate warming and the fluctuations in local temperature. These two properties cause atypically warm events such as marine heatwaves to occur with increasing frequency and magnitude.
However, the interaction between the steadily warming climate and the spikes in local temperatures tends to be underappreciated, according to study co-author Jon Witman, a professor of biology at Brown University.
Read more at Brown University
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