so our r research hahas been fod on basic impacts on abalonone, t beyond that, what drives variatioion in that t response? because in o our experiments, we've seen some pretty negative impacts, but then we've seen some abalone that don't seem as affected, that grow more or less normally. . so what is it aboutt those inindividuals? whehen youe these bibig impacts s in other , what is it abobout the guyuys tt are makiking it? whahat in their genetics i is allowingng them to that? and d then couldld we hars that informationon that we're discoverering to basically buiud resiliencece into consnserving d growing the species s in the future? aquilino: our first year of getting this program here at uc davis bodegaga marine laborator, we only had abouout 30 total animals in captitivity. our r ft spawning season, w we created about 2020 more. thahat wasn't g to save e the specieies, but the nextxt year, we e created about, ththe year after that, a few thousand, and in this room, , we have about 30,000 white abalone, well over what is left in the wild. we want as many as possible to survive in or