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Новости за 09.10.2024

Amaechi questions Nigerians’ silence despite economic hardship

The Punch 

Former Minister of Transportation, Rotimi Amaechi, has expressed his disappointment at the way Nigerians are responding to the nation’s current economic challenges, stating that he had expected more visible reactions from citizens, particularly the youth. In an interview with Igbere TV, Amaechi lamented the high cost of living, rising fuel prices, and other economic pressures.

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'Accused' Creator Reveals Season 2 Changes, Explains Why Actors Find the Show Appealing

«Just Jared» 

The Fox anthology series Accused is back for season two and creators Howard Gordon and Daniel Pearle are opening up about changes that were made. Each episode is a fast-paced provocative thriller, exploring a different crime, in a different city, with an entirely original cast. Each episode opens in a courtroom on the defendant, with [...]

My World Roasting The MMF!

RingSideReport.com 

@badbrad2024 My World… ♬ original sound – “Bad” Brad Click Here to Order Boxing Interviews Of A Lifetime By “Bad” Brad Berkwitt

How hurricanes like Milton spawn tornadoes

Sciencebase.com 

Hurricanes often produce tornadoes that add to the destructive power of the storm – and climate change may make such tornadoes more common

New tool provides knowledge on heat stress vulnerability in cities for more targeted adaptation

Phys.org 

Heat-related deaths and diseases are a major concern in Europe amid increasing extended periods of extreme heat. A recent study proposes a novel way of quantifying and projecting future vulnerability to heat stress in different areas of a city, providing local decision-makers with knowledge for designing more effective adaptation strategies to minimize health impacts of heat stress.

Sludge sequencing: High-throughput single-cell method reveals novel species and genetic diversity

Phys.org 

Activated sludge is essential for removing contaminants from wastewater, and understanding the diverse microbial communities it harbors has been a significant task. Traditional methods fail to capture the full spectrum of microbial interactions. Due to these limitations, researchers recognized the need for single-cell level investigations to gain deeper insights into microbial heterogeneity.