How this super pollutant became as ‘lucrative as cocaine’

California's largest lake is turning to dust

Dust storms around the world are getting worse and for people like Michelle, living with chronic asthma near a drying lake in California, the results are life-threatening. Elsewhere, seeds of change are being planted in the form of native vegetation. Can eco science help fill a dust bowl like the Coachella Valley with hope for fresh air?

Can we bury climate pollution?

What happens after carbon is captured? In this special collaboration with How We Survive, Living Planet follows CO₂ from a cement factory to its final resting place more than a mile beneath the seabed. We investigate the promise, pitfalls and politics of a technology that could help tackle climate change - or prolong the fossil fuel era.

Is carbon removal a fantasy?

Every time you drive a car, heat your home or board a plane, carbon dioxide enters the atmosphere. A growing industry says it can pull that CO₂ back out again. Living Planet reporter Sam Baker visited two companies behind direct air capture to see whether this much-hyped technology is on the verge of a breakthrough - or headed for a reality check.

How this super pollutant became as ‘lucrative as cocaine’

At some point today, you’ve probably used an appliance that relies on HFCs, also known as refrigerants. They're many times more potent than CO2, which is why the EU, US and others are phasing them out. Planet A reporter Tim Schauenberg went undercover to explore the black-market boom in these gases now worth hundreds of millions of euros in Europe alone.

Europe’s chemical recycling gamble

A new generation of chemical recycling plants promises to turn hard-to-recycle plastics back into new packaging and keep waste out of landfills and incinerators. But as Europe pours millions into the technology, critics are questioning whether it can really deliver on those promises. This investigation examines the gap between the industry’s recycling claims and the reality on the ground.