Yeah, it was actually really helpful to listen to Chris to talk about because I'm also like working on figuring out sampling strategy for experimental design. So I've kind of been out scouting late at night, low tide for aggregating anemones. And I found a bunch of different sites that have them. And now it's kind of up to you know, for my experiment, I'm trying to do a simple like two by three factorial design with two different temperatures and a control and a low dose of microplastic lead shape, and a high dose of microplastic lychees and looking at, like multiple responses to multiple stressors to trying to see like, how does that like, does it affect their respiration? Their microbial communities, their gene expression. So those are the three responses that I'm trying to measure and photosynthesis of their symbiotic. So four main responses. And my hypothesis is that it's actually kind of shifting because So Jackie teaches a class with like four pins. I don't know if I'm bad with remembering the numbers of the classes, but it's tropical marine ecology. And her lab, her whole undergrad lab, basically used the app Teva anemones, which are these tropical anatomies that are used as model organisms for coral research. Because they're tests for like aquaria they're like, super easy to take care of and really resilient. And they can have some bonds or they could not have to buy off the kind of similar to the aggregating in them many that I'm going to be working with that is like local to Puget Sound. And they all had like, increased in density under heat stress, and microplastic lead shade stress. So she kind of like did like a pilot in her lab. And they had like increased respiration, like increase in density, like increased photosynthetic efficiency under the multiple stressor, like positive positive movement group, which was like pretty interesting and like the opposite of what I was going to hypothesize. So I'm kind of like, thinking about that and digging into the literature again, trying to kind of like understand why and I think a lot of it has to do with like, when you leach something out of like, like plastics have, like carbon backbone, you know, like, and then there's like all these other like trace, metal, those things that are kind of also in the cocktail mix. And so when you give synbiotic increased heat and increased trace nutrients they can take off. So the symbiotic density and like increased photosynthetic efficiency and increased respiration could all be related to that kind of like combination of it being more beneficial for the symbiotic but maybe not for the host. So there's kind of like host environment dynamics there that like, are kind of interesting. Long story short, I'm trying to figure out like, do I select from multiple sites and add site as a factor? Or do I keep it simple and like collect from all one site? If I did that, would a reviewer be like Oh, this isn't representative of like, a, like greater population could have different genotypes.