Incendiamoeba cascadensis can reproduce up to 63°C (145.4°F)
WithinReason•2mo ago
The archaean Methanopyrus kandleri can grow at 122°C, while among bacteria, Geothermobacterium ferrireducens can grow at temperatures up to 100°C
metalman•2mo ago
the numbers put the idea of total extinction of life on earth way out there in the relm of the improbable, and suggest that perhaps some living things will survive
the expansion of our sun, when it inevitably turns into a red giant, or at least till some later phase in that process
it also means that irrate alliens looking to rid the universe of earth life, have got there work cut out for them
close04•2mo ago
When the Sun turns into a red giant the water on Earth won't stay liquid for much longer. Lack of water will be a much bigger challenge for life before the planet hits that limit of 122°C.
vatsachak•2mo ago
I wouldn't be surprised if life on earth expands to other solar systems before the sun goes berserk. There's 5 billion years left
tim333•2mo ago
Or just the chillier bits of our own one.
Gibbon1•2mo ago
I have a self bet that if they discover life on mars it's going to be suspiciously similar to what we have here.
vatsachak•2mo ago
Evolution is beautiful. To me, it's the most beautiful process ever chronicled
adrian_b•2mo ago
That is why the title stresses that this is a new record for an eukaryote.
It is well known that the much less complex bacteria & archaea can live at much higher temperatures than any eukaryote.
IAmBroom•2mo ago
Which is the subject of the article. Did you read it?
ahazred8ta•2mo ago
WithinReason•2mo ago
metalman•2mo ago
close04•2mo ago
vatsachak•2mo ago
tim333•2mo ago
Gibbon1•2mo ago
vatsachak•2mo ago
adrian_b•2mo ago
It is well known that the much less complex bacteria & archaea can live at much higher temperatures than any eukaryote.
IAmBroom•2mo ago