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can you load this to youtube? 72mb will take forever to download from here.Can anyone confirm these? Looks like osteo, but swim pattern seems different. Sorry for dodgy camera work
i did a lot of thingsThat looks utterly dead. I wonder if it was the DinoX that killed it. With just nutrient control, UV, bacteria, etc, I would expect slow reduction over a period of days/weeks. I don’t remember reading any case where Dino’s just suddenly withered and died in massive quantities. How much DinoX did you add? Did you do anything else to your tank?
Can anyone confirm these? Looks like osteo, but swim pattern seems different. Sorry for dodgy camera work
@ScottB @taricha Looking for any additional suggestions, I just can't finish these guys off. I have small cell a long time ago and finally got over that hump but did a chemi clean treatment a few weeks ago and I know that was a mistake which made ostreo peak back up. They are not terrible but they are there and I'd like to figure out how to kick them out once and for all. I'm running UV in my DT but so far not sure what else to try, I have phosphate and nitrate, phosphate is not as high as it normally is since I think the Dino's are locking it up.
Seems to be a combination of symbondium and ostreo, just not sure if I should try a blackout or what my best course is at this point. Like I said they are not covering everything up etc, but can't get them to recede either, such a pain. Any suggestions welcome.
Here are some pics:
Most of the growth is underneath things where there is no light...
Look at you! It took me years to acquire that list of nuisances and you've done it in just a couple months. Overachiever.@ScottB @taricha Looking for any additional suggestions, I just can't finish these guys off. I have small cell a long time ago and finally got over that hump but did a chemi clean treatment a few weeks ago and I know that was a mistake which made ostreo peak back up. They are not terrible but they are there and I'd like to figure out how to kick them out once and for all. I'm running UV in my DT but so far not sure what else to try, I have phosphate and nitrate, phosphate is not as high as it normally is since I think the Dino's are locking it up.
Seems to be a combination of symbondium and ostreo, just not sure if I should try a blackout or what my best course is at this point. Like I said they are not covering everything up etc, but can't get them to recede either, such a pain. Any suggestions welcome.
Here are some pics:
Most of the growth is underneath things where there is no light...
Look at you! It took me years to acquire that list of nuisances and you've done it in just a couple months. Overachiever.
Yes I see your ostreos and chrysos. I also think solving for the dinos first is best & IIRC you have the tools for it. That UV should clear them. I never had to black out to get them swimming but if they don't clear in a week or two then I would do that.
Once that is done, I suggest cautious use of Vibrant for the chrysos. It was the only thing that arrested them for me. Plus maybe the foxface.
Nice pics!After I managed to fight my cyano by doing water changes, using bacteria etc. a few days later dinos took over my tank and I can't seem to get rid of them. Having a hard time taking pictures with my phone. Any chance of a quick ID with these pictures? Might UV help?
Thanks in advance!
Thanks for the super fast reply/ID and the protocol. I'll read up on Prorocentrum and keep you guys updated. Probably plumbing a UV to my return pump tomorrow. If only I had more space in my cabinet...those UVs are huge.Nice pics!
Those are Prorocentrum.
Yes, a UV will help. I find these need some motivation to get moving into the water column. So once you get the UV properly deployed, a 48 hour blackout may be needed.
The full protocol is linked here. Sorry it is so long.
I would just do a hang on back implementation. I have a link to an image of a UV "plumbed" this way. It is ugly, but temporary.Thanks for the super fast reply/ID and the protocol. I'll read up on Prorocentrum and keep you guys updated. Probably plumbing a UV to my return pump tomorrow. If only I had more space in my cabinet...those UVs are huge.
Certainly plausible. Try this next.Dinos?
The hard part about using the return is about controlling flow through it to get enough contact time. The manufacturers flow ratings are totally wrong (too fast) to give dinoflagellates even a sunburn. These are not delicate little bacteria or microalgae. Or helpless little fish parasites.Thanks for the super fast reply/ID and the protocol. I'll read up on Prorocentrum and keep you guys updated. Probably plumbing a UV to my return pump tomorrow. If only I had more space in my cabinet...those UVs are huge.
In some other threads people were recommending higher flow rates compared to what is needed for treating parasites/diseases - something about bacterial reproduction rates if I remember correctly..?The hard part about using the return is about controlling flow through it to get enough contact time. The manufacturers flow ratings are totally wrong (too fast) to give dinoflagellates even a sunburn. These are not delicate little bacteria or microalgae. Or helpless little fish parasites.
Many dinos have protective shells. There is a trade off between flow rate and wattage (1 watt per 3 gallons). If you want to pay for a monster UV then pump away. Otherwise you need to increase contact time by slowing the flow. Down to like 1200 liters an hour.
When they are happy they do replicate like mad. But if the contact time does not even give them a suntan, what is the point?In some other threads people were recommending higher flow rates compared to what is needed for treating parasites/diseases - something about bacterial reproduction rates if I remember correctly..?
I plumped a bypass to my return line (just replaced a small part between two unions) and connected an 18w uv for my 45g total tank. I will watch if it affects the dinos in any way. If not I will probably get a small dedicated pump so I can control the flow.
They are visibly going to the water column after lights out so I am quite hopeful.
I am running a Maxspect Jump 6k at power set to level 10/15 so with back pressure taken into account should be putting out around 2000 L/H. If 35% of that amount is going through the bypass with the uv (huge guesstimate) it'd be about 700 l/h through the uv. Will update during the weekend.When they are happy they do replicate like mad. But if the contact time does not even give them a suntan, what is the point?
Liters per hour guesstimate? That is a good size for that volume though so you might do just fine.
Ah. Given that size that is plenty slow.I am running a Maxspect Jump 6k at power set to level 10/15 so with back pressure taken into account should be putting out around 2000 L/H. If 35% of that amount is going through the bypass with the uv (huge guesstimate) it'd be about 700 l/h through the uv. Will update on the weekend.