| I'd recommend people skim the actual report, it's written for a lay audience. https://www.lse.ac.uk/News/News-Assets/PDFs/2021/Sentience-i... I was a bit dismissive of the idea that they can define sentience in a useful way, but their framework is right there on page 7 and it makes a lot of sense: > 1) possession of nociceptors;
> 2) possession of integrative brain regions;
> 3) connections between nociceptors and integrative brain regions;
> 4) responses affected by potential local anaesthetics or analgesics;
> 5) motivational trade-offs that show a balancing of threat against opportunity for reward;
> 6) flexible self-protective behaviours in response to injury and threat;
> 7) associative learning that goes beyond habituation and sensitisation;
> 8) behaviour that shows the animal values local anaesthetics or analgesics when injured. I'd be very curious what they'd find if they tested fish and even insects. Surely certain predatory fishes would exhibit thought provoking behaviour. |
For example, what if chickens suddenly went off the food market?
(many bird species exhibit really intelligent behavior - would they fit the bill?)