Wednesday , June 16 2021

Global carbon dioxide emissions are seeing a new record in 2019, Europe News & Top Stories



The amount of climate-damaging carbon dioxide in the atmosphere is likely to reach a new record in 2019, driven by increased use of fossil fuels and a reduction in the area of ​​the planet covered by forests, the UK meeting office. said.

The official forecast of the British weather forecast said that this year's profit will probably be one of the biggest since it began measuring emissions 62 years ago.

The prediction is the latest evidence that the dampening of the upward path of emissions has come to an end and that greenhouse gas concentrations in the atmosphere are now at levels comparable to those before the last ice age when ocean levels were significantly higher.

Findings will focus more on deforestation, especially in Brazil, where scientists have hoped that the protection of the Amazon rainforest will help absorb more than the most harmful emissions.

"Every year, CO2 (carbon dioxide) is higher than last, and this will continue until people stop adding CO2 to the atmosphere," said Richard Betts, a professor at the Huddle Center.

"This is a particularly bad year for tropical rainforest carbon emissions: Deforestation in the Brazilian Amazon has risen to about 8,000 square kilometers in 2018, which is equivalent to a loss of a forest football field every 30 seconds," said Professor Joss Barlow, Professor. of Conservation Science at Lancaster University.

"With this trend of CO2 growth this year, we continue to focus on CO2 concentrations that are not observed in the geological record of the warmest Pliocene, 3 million years ago, and are rapidly accelerating to even hotter times" "says Tom Chalk, a research associate in Ocean and Earth Sciences at the University of Southampton.

Increasing atmospheric CO2 also to the Earth's meteorological model is probably going to the El Nino event this year. This will lead to a drier and warmer weather in the tropics, which will lead to a decrease in the amount of CO2 that the forests are able to suck.


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