hat
Konsantrasyon an nan gaz kabonik atmosferik (CO2) te ogmante dramatikman depi Revolisyon Endistriyèl la (ki soti nan alantou pati 280 pou chak milyon dola [ppm] nan tan preindustrial a 409 ppm nan 2019), premyèman akòz aktivite moun tankou boule nan konbistib fosil ak chanjman nan itilizasyon peyi.ref Oseyan an jwe yon wòl enpòtan nan diminye atmosferik CO2 pa absòbe sou 1 / 4 nan CO2 ki te lage chak ane nan atmosfè a. ref Pwosesis sa a ede diminye enpak rechofman atmosfè a ki asosye ak ogmante emisyon, men li te vini nan yon pri: asidifikasyon lanmè.
eng
The concentration of atmospheric carbon dioxide (CO2) has increased dramatically since the Industrial Revolution (from around 280 parts per million [ppm] in preindustrial times to 409 ppm in 2019), primarily due to human activities such as the burning of fossil fuels and changes in land-use.ref The ocean plays an important role in reducing atmospheric CO2 by absorbing about 1/4 of CO2 that has been released each year into the atmosphere. ref This process helps to reduce the impacts of global warming associated with increasing emissions, but it has come at a cost: ocean acidification.