Recent submissions

Comment · 6 years ago
So there's a big question here (beyond the obvious, existential one) for the VC and startup community. What role do we play in all of this? Can we play a constructive role? What might that look like?
Comment · 6 years ago
So there's a big question here (beyond the obvious, existential one) for the VC and startup community. What role do we play in all of this? Can we play a constructive role? What might that look like?
Comment · 6 years ago
This sent chills down my spine.

We don't have much time left. Link to academic paper: https://www.nature.com/articles/s41559-020-1198-2

========

We know that global warming is forcing many animals around the world to flee their normal habitats, but now, an exhaustive analysis has shown marine species are booking it for the poles six times faster than those on land.

Drawing together 258 peer-reviewed studies, researchers compared over 30,000 habitat shifts in more than 12,000 species of bacteria, fungi, plants, and animals.

The resulting database, named BioShifts, is the first comprehensive analysis of its kind, and while the database is limited by our own, human research biases, the data we have certainly suggests marine species are following global thermal shifts much closer than land animals.

...

In the review, amphibians were found to be moving up slope at over 12 metres a year, while reptiles seem to be headed towards the equator at 6.5 metres a year.

Insects, which incidentally carry many diseases, were found to be moving poleward at 18.5 kilometres per year.

Relatively, that's a lot, but in the bigger picture, marine species were moving towards the poles at an average pace of nearly 6 kilometres per year, while land animals were only shifting upslope at a mean pace of nearly 1.8 metres per year (slightly faster than previous estimates for land species, but still comparatively slow).

Comment · 6 years ago
This sent chills down my spine.

We don't have much time left.

========

We know that global warming is forcing many animals around the world to flee their normal habitats, but now, an exhaustive analysis has shown marine species are booking it for the poles six times faster than those on land.

Drawing together 258 peer-reviewed studies, researchers compared over 30,000 habitat shifts in more than 12,000 species of bacteria, fungi, plants, and animals.

The resulting database, named BioShifts, is the first comprehensive analysis of its kind, and while the database is limited by our own, human research biases, the data we have certainly suggests marine species are following global thermal shifts much closer than land animals.

...

In the review, amphibians were found to be moving up slope at over 12 metres a year, while reptiles seem to be headed towards the equator at 6.5 metres a year.

Insects, which incidentally carry many diseases, were found to be moving poleward at 18.5 kilometres per year.

Relatively, that's a lot, but in the bigger picture, marine species were moving towards the poles at an average pace of nearly 6 kilometres per year, while land animals were only shifting upslope at a mean pace of nearly 1.8 metres per year (slightly faster than previous estimates for land species, but still comparatively slow).

Comment · 6 years ago
Obviously not in a pleasurable way.

It's disheartening / devastating / infuriating that the genocide of 120-40M people barely pierces the consciousness of the dominant culture when talking about apocalypses or genocides...

Comment · 6 years ago
Always amuses me how the apocalypse of Inidgenous Americans never seems to make the cut...

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