Quote:
Originally Posted by Daethen
...but we humans usually try to complicate things as much as we can.
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In the context of orchid seeds, the complication doesn't necessarily come from humans. They're actually presented by the nature of some of the seeds themselves.
There are a few orchids that you can sow the seeds to without a whole lot of complicated methods, no matter what part of the world you're in, in relation to the orchid's place of origin (as long as certain basic criteria for the orchid seeds to germinate are met, of course).
But in reality the "asymbiotic in-vitro method" you're referring to is ironically a "simpler" method of sowing orchid seeds compared to the "symbiotic in-vitro method".
The "symbiotic in-vitro method" uses the orchid's mycorrhizal fungi (mychorrhizae = "fungus root" in Latin; referring to the symbiotic fungi that infect the roots of plants that aid in the plant's efficient uptake of water and nutrients from their environment) to germinate the seeds, btw.
Quote:
Originally Posted by Daethen
If they can manage to survive in nature, then sterile is more for us than them and so that we don't cross contaminate things.
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This statement is true to a certain degree.
Yes, in reality, orchid seeds don't need a sterile environment to germinate.
But the fact of the matter is, in cultivation, sowing most orchid seeds that aren't native to your country must be done in-vitro. And like I said, the "simpler" and more efficient method is the "asymbiotic method". In order for the "asymbiotic method" to work - yes, the environment must be sterile for better control over germination, and to prevent contamination of microbes that could kill and/or don't aid in the germination of the orchid seeds.