Carbon Dioxide Levels Possibly Reach High Peak in 2019

Researchers from Met Office are expressing concerns about vigorously rising CO2 level. Possibly, carbon dioxide level will reach its higher estimation in 2019, researchers said.

The Pacific Ocean consistently witnessing changing weather patterns, and in 2019 the region probably reports weather conditions warmer than usual. And issue appears here when warm weather influences plant growth, forests, grasslands which are known as natural carbon sinks. Tropical Pacific regions are warmer this year, so trees and plants are unable to absorb a great quantity of gas.

Scientists said that this year CO2 rise will be much bigger than 2018.

The research observatory at Mauna Loa, in Hawaii, has been invariably gathering and analyzing data on chemical composition of the atmosphere since 1958. And according to their observations, the concentration of carbon dioxide in the atmosphere has increased by 30 percent, which is the result of excretion of fossil fuels and massive forest removal.

Without any support from forests, lands, and seas that socks more than half amount of carbon from the atmosphere, CO2 increase likely to be more effective and weather will fail to absorb the gas released by human activities.

Forests, trees, and plants sock the carbon much deeply in summer as they grow better, thus the CO2 level falls drastically. While in winter they sock competitively less gas when they lose their leaves. Less gas soaking leads to rising atmospheric levels.

However, warmer and drier temperature proves unfavorable, because between the duration trees and plants grow less and absorb less also. The variable situation worsens the atmosphere, which is known as the El Niño event. During the event, Pacific heat uplifts dramatically into the atmosphere.

A researcher from Met Office said the condition of the warm sea will continue over the upcoming months which will cause into the vegetation response. The heat impacts different in terms of various areas. Sometimes, it gets hotter and drier, that leads to forest conflagration.


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Sidney has been part of the core team since last 3 years. He covers news related to science and technology.

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