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06/08/2018, 08:42 AM | #1 |
RC Mod
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In vitro fertilization and the Great Barrier Reef
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Sk8r Salinity 1.024-6; alkalinity 8.3-9.3 on KH scale; calcium 420; magnesium 1300, temp 78-80, nitrate .2. Ammonia 0. No filters: lps tank. Alk and cal won't rise if mg is low. Current Tank Info: 105g AquaVim wedge, yellow tang, sailfin blenny,royal gramma, ocellaris clown pair, yellow watchman, 100 microceriths, 25 tiny hermits, a 4" conch, 1" nassarius, recovering from 2 year hiatus with daily water change of 10%. |
06/13/2018, 09:07 AM | #2 |
Registered Member
Join Date: Jun 2018
Location: Houston, Texas
Posts: 35
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That's awesome! If we can recreate that in captivity we can breed different varieties and decrease the need for collections.
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06/15/2018, 04:44 PM | #3 |
RC Mod
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There a lot of loss in a spawn. Retrieving and protecting that as well as selecting for those thriving at the bottom of their normal photic environment might let species creep deeper down as well as up, ergo more protected.
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Sk8r Salinity 1.024-6; alkalinity 8.3-9.3 on KH scale; calcium 420; magnesium 1300, temp 78-80, nitrate .2. Ammonia 0. No filters: lps tank. Alk and cal won't rise if mg is low. Current Tank Info: 105g AquaVim wedge, yellow tang, sailfin blenny,royal gramma, ocellaris clown pair, yellow watchman, 100 microceriths, 25 tiny hermits, a 4" conch, 1" nassarius, recovering from 2 year hiatus with daily water change of 10%. |
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