Russia says expelling two British ‘diplomats’ on spying charges

Russia says expelling two British ‘diplomats’ on spying charges
Above, a police officer patrols outside the British embassy building in Moscow on March 14, 2018. (AFP)
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Updated 10 March 2025
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Russia says expelling two British ‘diplomats’ on spying charges

Russia says expelling two British ‘diplomats’ on spying charges
  • Foreign ministry has revoked their accreditations and ordered them to leave Russia within two weeks
  • The ministry also summoned an embassy representative in connection with the allegations

MOSCOW: Russia said Monday it was expelling two British “diplomats” on suspicion of carrying out espionage activities.
Announcing the expulsion of the embassy’s second secretary and husband of the first secretary, Russia’s FSB security service said “counterintelligence work had revealed an undeclared British intelligence presence under the cover of the national embassy.”
It said the two “deliberately provided false information when obtaining a permit to enter our country, thus violating Russian legislation.”
The UK did not immediately respond to the allegation.
The Russian foreign ministry has revoked their accreditations and ordered them to leave Russia within two weeks, the FSB said.
The ministry also summoned an embassy representative in connection with the allegations, it said in a post on Telegram.
Relations between Moscow and London have been strained by intelligence scandals throughout Russian President Vladimir Putin’s quarter-century in power.
The UK accused Moscow of being behind the 2006 assassination of former Russian agent and Kremlin critic Alexander Litvinenko in a London poisoning attack.
And in 2018, Britain and its allies expelled dozens of Russian embassy officials they said were spies over the attempted poisoning of former double agent, Sergei Skripal, with Soviet-era nerve agent Novichok.
Monday’s announcement came as Russia shifts blame for the Ukraine conflict away from the United States to Europe, as US President Donald Trump’s administration seeks closer ties with the Kremlin.


As typhoons wreak havoc in Southeast Asia, scientists say rising temperatures are to blame

As typhoons wreak havoc in Southeast Asia, scientists say rising temperatures are to blame
Updated 10 November 2025
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As typhoons wreak havoc in Southeast Asia, scientists say rising temperatures are to blame

As typhoons wreak havoc in Southeast Asia, scientists say rising temperatures are to blame
  • Warmer sea temperatures linked to stronger typhoons, scientists say
  • Back-to-back storms increase damage potential, warn researchers

SINGAPORE: As the year’s deadliest typhoon sweeps into Vietnam after wreaking havoc in the Philippines earlier this week, scientists warn such extreme events can only become more frequent as global temperatures rise. Typhoon Kalmaegi killed at least 188 people across the Philippines and caused untold damage to infrastructure and farmland across the archipelago. The storm then destroyed homes and uprooted trees after landing in central Vietnam late on Thursday. Kalmaegi’s path of destruction coincides with a meeting of delegates from more than 190 countries in the rainforest city of Belem in Brazil for the latest round of climate talks. Researchers say the failure of world leaders to control greenhouse gas emissions has led to increasingly violent storms.
“The sea surface temperatures in both the western North Pacific and over the South China Sea are both exceptionally warm,” said Ben Clarke, an extreme weather researcher at London’s Grantham Institute on Climate Change and Environment.
“Kalmaegi will be more powerful and wetter because of these elevated temperatures, and this trend in sea surface temperatures is extremely clearly linked to human-caused global warming.”

Warmer waters pack “fuel” into cyclones
While it is not straightforward to attribute a single weather event to climate change, scientists say that in principle, warmer sea surface temperatures speed up the evaporation process and pack more “fuel” into tropical cyclones.
“Climate change enhances typhoon intensity primarily by warming ocean surface temperatures and increasing atmospheric moisture content,” said Gianmarco Mengaldo, a researcher at the National University of Singapore.
“Although this does not imply that every typhoon will become stronger, the likelihood of powerful storms exhibiting greater intensity, with heavier precipitation and stronger winds, rises in a warmer climate,” he added.

More intense but not yet more frequent

While the data does not indicate that tropical storms are becoming more frequent, they are certainly becoming more intense, said Mengaldo, who co-authored a study on the role of climate change in September’s Typhoon Ragasa. Last year, the Philippines was hit by six deadly typhoons in the space of a month, and in a rare occurrence in November, saw four tropical cyclones develop at the same time, suggesting that the storms might now be happening over shorter timeframes. “Even if total cyclone numbers don’t rise dramatically annually, their seasonal proximity and impact potential could increase,” said Dhrubajyoti Samanta, a climate scientist at Singapore’s Nanyang Technological University.
“Kalmaegi is a stark reminder of that emerging risk pattern,” he added.

Back-to-back stormms causing more damage
While Typhoon Kalmaegi is not technically the most powerful storm to hit Southeast Asia this year, it has added to the accumulated impact of months of extreme weather in the region, said Feng Xiangbo, a tropical storm researcher at Britain’s University of Reading.
“Back-to-back storms can cause more damage than the sum of individual ones,” he said.
“This is because soils are already saturated, rivers are full, and infrastructure is weakened. At this critical time, even a weak storm arriving can act as a tipping point for catastrophic damage.”
Both Feng and Mengaldo also warned that more regions could be at risk as storms form in new areas, follow different trajectories and become more intense.
“Our recent studies have shown that coastal regions affected by tropical storms are expanding significantly, due to the growing footprint of storm surges and ocean waves,” said Feng.
“This, together with mean sea level rise, poses a severe threat to low-lying areas, particularly in the Philippines and along Vietnam’s shallow coastal shelves.”