Climate models suggest major changes in coastal marine ecosystems

By the end of the 21st cen­tury, cli­mate change will sig­nif­i­cantly alter an impor­tant oceano­graphic process that reg­u­lates the pro­duc­tivity of fish­eries and marine ecosys­tems, North­eastern researchers report in a new paper in Nature. These changes are likely to influ­ence the geo­graphic dis­tri­b­u­tion of marine biodiversity.

3Qs: New approach to understanding climate change

North­eastern pro­fessor Brian Hel­muth and a group of inter­na­tional researchers recently pub­lished a review paper in Cli­mate Change Responses calling for a new approach to under­standing and pre­dicting the impact of cli­mate change.

How does marine life survive climate extremes?

An inter­dis­ci­pli­nary team of researchers at North­eastern Uni­ver­sity has received a four-​​year, $1.2 mil­lion grant from the National Sci­ence Foun­da­tion to develop new ways to study how marine organ­isms respond to cli­mate related severe tem­per­a­ture stress.

3Qs: Why time is now to link science, ocean policy

North­eastern pro­fessor Brian Hel­muth, an expert on cli­mate change and envi­ron­mental policy, has co-​​authored a paper in the journal Nature Cli­mate Change exam­ining the need to fur­ther inte­grate sci­ence into U.S. cli­mate and ocean policy.

Climate change research goes to the extremes

In a new paper, North­eastern researchers show how they’ve used advanced com­pu­ta­tional data sci­ence tools to demon­strate that despite global warming, we may still expe­ri­ence severe cold snaps due to increasing vari­ability in tem­per­a­ture extremes.

How climate talks can be more successful

New research from North­eastern Uni­ver­sity phi­los­ophy pro­fes­sors sug­gests that global cli­mate nego­ti­a­tions would be more suc­cessful if coun­tries worked together out­side of global bar­gaining venues.