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A groundbreaking NASA-backed study has revealed that Amazon forests damaged by fire stay hotter by 2.6°C for over 30 years. This hidden heat weakens the forest’s ability to recover, store carbon, and survive future climate stress. Unlike fire-adapted ecosystems, the Amazon wasn't built for flames — and the damage lingers long after the smoke clears. Discover why not all forest damage is visible, and what this means for climate action.
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Transcript
00:00The Amazon rainforest isn't just burning. It's staying broken for decades.
00:04A new NASA-backed study reveals that forests damaged by fire in Brazil's Amazon
00:09remain hotter by 2.6 degrees Celsius for over 30 years.
00:14And that heat isn't harmless.
00:16It's pushing forest life past survival limits.
00:19Trees are losing more energy than they gain, and recovery slows down or halts altogether.
00:24Unlike fire-adapted ecosystems, the Amazon evolved without regular fires.
00:28So when it burns, the damage runs deep.
00:31Fires tear through canopy layers, remove vital leaf cover, and expose the forest floor to brutal heat.
00:37Even after the trees grow back, the heat lingers.
00:40Hidden stress remains, weakening the forest's ability to absorb carbon and survive future climate extremes.
00:47Compared to logged or untouched areas, burned forests are ten times more likely to suffer lasting damage.
00:53The key takeaway?
00:54Not all degraded forests are equal.
00:56Fire leaves a longer, invisible scar.
01:00And if we rely on these forests for climate recovery, we're overestimating their strength.
01:05But here's the hope.
01:06By reducing forest fires and shifting to clean energy, we can still turn the tide.
01:10Human faith aware?
01:12That's the hope.
01:12Human Era
01:12Human H
01:31Human Fear

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