The poles are warming several times faster than the global average, causing record smashing heatwaves that were reported earlier this year in both the Arctic and Antarctic. Melting ice and collapsing glaciers at high latitudes would accelerate sea level rise around the planet. Fortunately, refreezing the poles by reducing incoming sunlight would be both feasible and remarkably cheap, according to new research published today in IOP Publishing’s Environmental Research Communications.
Credit: IOP Publishing
The poles are warming several times faster than the global average, causing record smashing heatwaves that were reported earlier this year in both the Arctic and Antarctic. Melting ice and collapsing glaciers at high latitudes would accelerate sea level rise around the planet. Fortunately, refreezing the poles by reducing incoming sunlight would be both feasible and remarkably cheap, according to new research published today in IOP Publishing’s Environmental Research Communications.
Journal
Environmental Research Communications
DOI
10.1088/2515-7620/ac8cd3
Method of Research
Data/statistical analysis
Subject of Research
Not applicable
Article Title
A subpolar-focused stratospheric aerosol injection deployment scenario
Article Publication Date
15-Sep-2022
COI Statement
None