LA
Still the male (I think). Not looking so perky after we swiped his
eggs and filled in his pit.
LA
Same guy. Just a better pic.
LA
New female . This salvinii was about the same size -- only taller.
We Moved the Eggs:
Since the gar pretty much ignored their territorial defenses,
we figured some of the others would soon follow suit. We moved the
eggs to a small tank with an airstone to circulate their water.
As of May 21 there were only three white (dead) eggs.
LA
Nice slow airstone to keep their water circulating over the eggs.
May 18.
LA
The pair continued to protect the area where their eggs were.
LA
Here's a better picture after the water re-cleared after our filling of
their pit.
More Surprises:
On May 22 the eggs appeared to have grown into a fungal forest.
We had forgotten to add the typical methylene blue to retard fungus.
It looked as is they were all dead. However ...
LA
Lots of little hatched and nearly hatched eggs had fallen to the bottom.
Another Surprise:
We saw a hundred or so fry that had fallen from the fungal forest.
Then, as we removed the piece of granite, hundreds more fell from the
fungus. We estimate some 500 eggs survived once we shook the
granite several times -- way more than we originally expected. But
don't count your cichlids before they hatch. Many of these were
not hatched yet.
LA
Further shaking of the granite yielded more eggs in various degrees of
hatching. May 22.
More Eggs:
The more we shook the granite, the more eggs kept falling --
including some of the little balls of fungus. We extracted the
dead, fungused eggs, of course. Some of these eggs looked like they might
not hatch, but most probably will survive.
LA
However, many of the eggs continued to fungus. May 23.
LA
So we netted out most of the fungus, changed the water, and restarted
our microworm cultures.
Time to Plan Ahead:
Quite a few survivors still kicking. Time to make sure we'll
have food for them once they start free-swimming. We added new
media (oatmeal and yeast) to our nearly extinct microworm cultures.
Because of their lineage, the fry would probably eat powdered flake
food. But we know they prefer microworms or other live foods.
LA
Developing eggs May 24. Some fungus still apparent.
LA
May 25
LA
May 28, up and free-swimming.
LA
Once the fry get off the ground, these hungry Hoovers inhale extra food
and fungused eggs.
Free-Swimming:
No point in feeding these guys until they can swim.. They
have no mouth parts until then. They're still living off their
yolk sac. Once they were up and swimming we added a couple large
snails to eat up the fungused eggs. Their waste products will feed
bacteria which feed infusoria which will also feed the fry. We
introduced microworms at this time.
LA
Their entire universe is a three-gallon tank.
LA
0.25-inch fry with a bellyful of microworms
LA
Today's menu included powdered flake foods.
LA
LA
Even the live-bearing snail is having babies.
Fry Foods:
If we fed them newly hatched brine shrimp, they would have
bright orange
bellies. They snap up microworms. They also eat finely
powdered flake foods. They grow slightly faster on live foods.
LA
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