An international team of scientists including Rutgers researchers has found that modern rates of sea level rise began emerging in 1863 as the Industrial Age intensified, coinciding with evidence for early ocean warming and glacier melt.
An international team of scientists including Rutgers researchers has found that modern rates of sea level rise began emerging in 1863 as the Industrial Age intensified, coinciding with evidence for early ocean warming and glacier melt.
The study, which used a global database of sea-level records spanning the last 2,000 years, will help local and regional planners prepare for future sea-level rise. The study appears in the journal Nature Communications.
Sea-level rise is an important indicator of broader climate changes. By identifying the time when modern rates of sea-level rise emerged above natural variability, the researchers were able to pinpoint the onset of a significant period of climate change.
By examining the worldwide records, the researchers found that globally, the onset of modern rates of sea-level rise occurred in 1863, in line with the Industrial Revolution – a period of time when society began using machinery fueled by coal, natural gas and oil, creating new sources of burning fossil fuels that contribute to climate change.
At individual sites in the United States, modern rates emerged earliest in the mid-Atlantic region in the mid to late 19thcentury, and later in Canada and Europe, emerging by the mid-20th century. These sites include Pelham Bay in New York, Cheesequake in New Jersey, Vioarholmi in Iceland, Aasiaat in Greenland and Loch Laxford in Scotland.
Read more at: Rutgers University
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