The Climate in Russia Is Warming Faster Than the Rest of the World

Temperatures in Russia are rising quicker than in the rest of the globe, according to Russian climate scientists.

Climate change is well recognized to be raising global temperatures, with the pace of warming increasing over time.

Since 1880, the Earth's temperature has risen by 0.14 degrees Fahrenheit every decade, but since 1981, the rate has been increasing more.

Russia's Climate Is Heating Up Faster Than the Rest of the World

(Photo : Tetiana SHYSHKINA/Unsplash)

According to the United States, the nine years from 2013 to 2021 are among the ten hottest on record as per Newsweek.

Igor Shumakov, the head of Russia's Federal Service for Hydrometeorology and Environmental Monitoring (ROSHYDROMET), told the Russian Daily Novye Izvestia on Monday that the last seven years had been the warmest in Russia's history.

According to Shumakov, the likelihood of at least one year in the following five years is warmer than the warmest year, 2016, surpasses 90%.

Russia's land is warming faster than the rest of the earth.

Temperatures in the arctic regions are increasing, sea ice is melting, permafrost is thawing, and climate change is accelerating.

According to Vladimir Kattsov, a climate scientist at the Voeikov Main Geophysical Observatory Russia, Russia is warming 2.5 times faster than the rest of the world.

In an email translated from Russian, Kattsov said that Russia's rapid warming was caused by two key elements.

The Arctic, which comprises a substantial percentage of Russian territory, is rising at an alarming rate "owing to positive feedbacks occurring in the climate system at high latitudes-the so-called 'polar amplification of global warming," Kattsov warned.

According to the Arctic Council, Russia controls about 53% of the Arctic Ocean's coastline.

This Arctic amplification is a well-documented phenomenon that causes the region to warm significantly quicker than the rest of the world.

One of the most commonly claimed causes for this is the loss of sea ice, which tends to reflect rather than absorb heat from the sun.

When sea ice melts, it exposes a darker ocean surface that absorbs more heat from the sun-and more heat equals more melting sea ice.

Also Read: Driftnets and Russia: Ban Starts 2016

Ukraine war may be a 'blessing' for climate

The United Nations Secretary-General According to the meteorological service, the war in Ukraine "may be considered as a godsend" from a climate standpoint since it is speeding the research and investment in green energy over the long term - even though fossil fuels are currently in high demand, as per The Washington Post.

Petteri Taalas, secretary-general of the Globe Meteorological Organization, made the remarks as the world faces an energy shortage, exacerbated in part by economic sanctions against important oil and natural gas exporter Russia, and fossil fuel prices have soared.

As a result, some governments have rushed to embrace alternatives such as coal.

However, growing prices for carbon-emitting fuels such as oil, gas, and coal have made higher-cost renewable energies such as solar, wind, and hydrothermal more competitive in the energy market.

The energy crisis has also prompted several large consuming countries in Europe and elsewhere to implement conservation measures, with some even discussing rationing.

Taalas recognized that the Ukraine conflict has been a "shock for the European energy sector," prompting an increase in the consumption of fossil fuels.

Taalas stated that the energy sector now accounts for around three-quarters of heat-trapping greenhouse gas emissions, and he advocated for a "total reform" of the global energy system.

He cautioned that climate change is having an effect on power generation, and that it would have a greater influence in the future.

Among the dangers are nuclear power stations that rely on water for cooling, and some are located in coastal locations vulnerable to sea-level rise or floods.

WMO observed in its research that by 2020, 87% of worldwide power generated by thermal, nuclear, and hydroelectric systems - which emit less CO2 than fossil-fuel plants - will be dependent on water availability.