Dolmo5000
New member
Not to get to technical but I feel that the concept of phenotypic plasticity can really add to this discussion. Think of it as a single organisms ability to change their physical self to allow it to live in different environments. For example, any 2 human individuals are capable of living long, healthy lives at both sea level and 12k up in the mountains. After a few years of living at high altitude the number of red blood cells (carriers of O2) per unit of blood is higher than the person living at sea level. The ability to change like this can happen instantly or over long periods of time. And since we have been talking about the bacteriological side of things, we the hobbiest can observe individual bacteria change at the community level. For example, you start a sps system and like many including my self at the moment, decide to do your darnedest to export all that n and p if you can. Many have lots of success with this strategy, and I have a sneaking suspicion that it has to do with the relatively short time frame from dry tank to colorful reef we shoot for. If we were willing to take the other approach and go the other rout it wouldn't happen near quick enough for us, lol. The whole time, it's not only the total number of bacteria that might be changing like we think of most commonly, but the way each bacteria changes to allow it to live in the system. Fish, coral, shrimp, take your pick. They all do the same thing. Biggles, is there some way you might be able to incorporate this dimension into your diagrams? Lol. Good paints.