Ogo.
- Thread starter morgan175
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Subsea
5000 Club Member
I would guess yes.
Let’s define Ogo as Gracilaria Parvispora or Gracilaria Tikvahiae. Look at the round cylindrical stems for your answer. All algae are leaky with organics but some more than others. Chaetomorphy has been documented as the least. Not all macro was tested. Chaeto was tested because of its wide spread use.
Let’s define Ogo as Gracilaria Parvispora or Gracilaria Tikvahiae. Look at the round cylindrical stems for your answer. All algae are leaky with organics but some more than others. Chaetomorphy has been documented as the least. Not all macro was tested. Chaeto was tested because of its wide spread use.
Subsea, I am not familiar with this study, can you link it?
I wouldn't see why you couldn't grow in an a reactor. We have put sea lettuce and various types of gracilaria (pompom and red ogo (parvispora) in our ARID reactor and they seemed to grow just fine.
Subsea
5000 Club Member
What is Gracilaria pompom?
Can you go into more detail with ARID reactor.
With respect to sea lettuce, I would think that flat thin sheets of Ulva would be a real problem in a calcium reactor. It clogs up any screen filters with high flows. For me Ulvae does best in an air tumble culture.
http://journals.plos.org/plosone/article?id=10.1371/journal.pone.0027973
This has some of the information about leaky organics of seaweed. Parts of the list are buried in the article. When I have more time, I will pursue this further.
