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Ukraine peace plan must address conflict's root causes: German expert

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Ukraine peace plan must address conflict's root causes: German expert

2025-12-01 14:08 Last Updated At:15:39

Helga Zepp-Larouche, president and founder of German think tank Schiller Institute, emphasized that any "peace plan" for the Russia-Ukraine conflict must give profound consideration to the root causes of the conflict.

A U.S.-proposed 28-point "peace plan" was unveiled on Nov 20. Following its release, representatives from the United States, Ukraine and several European countries met in Geneva on Nov 23 to discuss the plan. Through discussions, the revised plan has been cut down to 19 points but not been made public, marking the latest shift in the ongoing diplomatic push to end the four-year-old war.

In an interview with China Media Group (CMG), Zepp-Larouche identified the expansion of the North Atlantic Treaty Organization (NATO) as the fundamental cause triggering the conflict.

"Many people are well aware that Russia-Ukraine conflict is a consequence of NATO's eastward expansion and its deployment of offensive weapon systems around Russia. Russia's early warning time could be as short as five minutes. Russia has repeatedly stated this. From the perspective of Russia's national security, this is unacceptable," said Zepp-Larouche.

She said that the outbreak of the conflict involves profound factors including geopolitics, security concerns, and historical and cultural identity. NATO's eastward expansion, gradually approaching Russia, has intensified Russia's security apprehensions, particularly given NATO's actions in regions like the Middle East over recent decades that have plunged many countries into turmoil.

"Although NATO claims its original intention was peaceful, after the military interventions in Afghanistan, Iraq, Syria, Libya and other countries, NATO's so-called 'peaceful conduct' becomes untenable," Zepp-Larouche said.

Zepp-Larouche said that Europe needs to change its mindset and resolve the Russia-Ukraine conflict through diplomatic channels, rather than continuously increasing military and financial support to Ukraine as is currently happening, which does not contribute to conflict resolution.

"Overall, I think we need to achieve a transformation in the way of thinking in Europe, because wherever you look, whether it's Venezuela, the Middle East, or Ukraine, all these conflicts would become much easier to resolve if Western countries could change their mindset, turn to cooperation with Global South countries and the global majority, and return to diplomacy," she said.

Ukraine peace plan must address conflict's root causes: German expert

Ukraine peace plan must address conflict's root causes: German expert

"Extremely high" levels of radiation were detected inside the No.2 reactor at the crippled Fukushima Daiichi Nuclear Power Plant, according to the results of an investigation published by Tokyo Electric Power Company Holdings (TEPCO), the plant's operator, on Thursday.

This marks the first time since the 2011 nuclear accident at the Fukushima Daiichi plant that TEPCO has measured radiation inside a reactor that suffered a core meltdown.

According to public broadcaster NHK, the investigation was conducted on April 16. A fiberscope equipped with measuring instruments was inserted into the reactor through piping. At a point approximately five meters above the bottom of the reactor, radiation levels were measured at around 4.7 sieverts per hour, classified as "extremely high."

TEPCO stated that the findings indicate a certain amount of nuclear debris remains inside the No.2 reactor. The company will further analyze the data and study methods for removing the debris.

The No.1 through No.3 reactors in the Fukushima Daiichi plant all suffered core meltdowns after the six-reactor facility was hit by a 9.0-magnitude earthquake and an ensuing tsunami in 2011, leaving behind an estimated 880 tons of nuclear debris.

The highly radioactive material poses significant risks, and its removal is widely regarded as one of the most formidable challenges facing the decommissioning of the plant.

"Extremely high" radiation detected inside Fukushima nuclear plant's reactor

"Extremely high" radiation detected inside Fukushima nuclear plant's reactor

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