- Joined
- Jun 13, 2011
- Messages
- 404
Oh man that is a rabbit hole indeed! Regarding avoiding anaeorobic bacteria, I'm not sure if they play a more significant part in playing as T pathogens but I do believe that a more diverse microfauna is healthier. For the research regarding theraposidae pathogens, I would be surprised if more than a handful of research papers regarding that exist in the world!OK, i just went down about a 2hr rabbit hole trying to figure this one out. I'm not sure if the microbiome plays all that critical of a role here, especially trying to avoid anaerobic bacteria. If that was true people would poke holes in their substrate. I was trying to find bacteria that is harmful to spiders and it seems pretty rare, anaerobic not. Also I'm not sure if there would be more oxygen. Effusion through a hole larger than the mean free path is modeled by Samson's flow is only present when there is a difference in pressure. A spider probably cannot produce a great difference in pressure just through the consumption of O2. Also too much ventilation means more frequent wetting of the substrate. This means that I will always be effecting the soils water filled porosity on the top layer. I would assume doing this more often would contribute to a more anaerobic environment.
Also, at what point is there diminishing returns on ventilation? I was trying to figure this out but couldn't find any equations that modeled this behavior. I would assume that if you had a container with a large enough hole that increasing the size even more would have almost no effect.
I also want to add that I am no means an expert at any of the subjects at hand. Just a Bio Engineering student with a passion for T's. Thanks to yall I had a lot of fun and learned some new things.
hmm I suppose it would matter on how many holes and how big they were and whether or not there were in a place with air flow vs stagnant air ( I run a pretty powerful fan at my T shelf). Constantly adding water would probably create differences in pressure if it's over the substrate around the holes to I would imagine? Temperature probably plays a big role too?
For ventilation would cross ventilation and top and bottom holes create the most efficient gas exchange? From the little bit I can recall from uni that cross ventilation and top and bottom should be good but I could be wrong. How much does location of holes matter vs size vs number of holes?
Congrats on bioengineering homie, if I could go back in school that's the major I would pick, you guys learn EVERYTHING!!