See Also A database of biological thermal performances www.biorxiv.org/content/10.1...

We compiled a database of 1,300 thermal response curves (1,125 species, from viruses to mammals).
Our results reveal universal scaling relationships in thermal performance, which could be useful for predicting changes in performance under scenarios of climate warming.

We suffer for what now shifts
But we are dividing time.
We can admire what stays
The potential of our mind.

In vain we attempt to grasp
Any happiness we find.
Let's enjoy every moment!
So, we will because we can.

We also propose a measure of classifiability, which serves as a theoretical limit on the best possible performance of any algorithm.

This suggests that the evolution of higher complexity in the universe should be expected, since new levels of organization emerge as quantity becomes quality

With an extremely simple mathematical model, we show that, even when probabilities of having "cooperative/symbiotic/catalytic/beneficial" interactions are ridiculously low, communities of mutualistic agents eventually emerge.