Another point to emphasise though—it’s my sense that the intervention should be modelled as electrical stunning replaces air asphyxiation, rather than (perfectly implemented) ice slurry.
Do you think it would be best for me to assume than 100 % of the shrimp helped are originally being slaughtered via air asphyxiation? I am currently assuming 62.5 % are originally being slaughtered via air asphyxiation, and the other 37.5 % via perfectly implemented ice slurry, but this seems way too high considering you have not seen it happen.
I would probably model it with https://www.getguesstimate.com/ to give a range of uncertainty in the numbers. But yeah it wouldn’t surprise me if the number was ~100%
Thanks. I will update the analysis using 95 % (= (0.9 + 1)/2), which results in the same expected cost-effectiveness as using a uniform distribution ranging from 90 % to 100 %.
Do you think it would be best for me to assume than 100 % of the shrimp helped are originally being slaughtered via air asphyxiation? I am currently assuming 62.5 % are originally being slaughtered via air asphyxiation, and the other 37.5 % via perfectly implemented ice slurry, but this seems way too high considering you have not seen it happen.
I would probably model it with https://www.getguesstimate.com/ to give a range of uncertainty in the numbers. But yeah it wouldn’t surprise me if the number was ~100%
Thanks. I will update the analysis using 95 % (= (0.9 + 1)/2), which results in the same expected cost-effectiveness as using a uniform distribution ranging from 90 % to 100 %.