Oh and I also found a cheap blue clip on light fixture that uses a 60w light bulb (the ones that you use in household lamps?) for $4 when I was out in Damon helping out my parents. It was an impulse buy, but maybe I could put it to use for this tank?
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5g Fluval Chi Nano (Updated 06.26.13)
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You can always get the CFL lamps in 6500K and I imagine a 20-30 watt would do the trick, maybe even a bit more then you imagine... (26/5=5watts per gallon... way high light...) Idealistically a 13 watt would be perfect 13/5=2.6watts and still high lightIn the land of the blind, the one-eyed man is king.
Desiderius Erasmus
GHAC President
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Originally posted by mnemenoi View PostYou can always get the CFL lamps in 6500K and I imagine a 20-30 watt would do the trick, maybe even a bit more then you imagine... (26/5=5watts per gallon... way high light...) Idealistically a 13 watt would be perfect 13/5=2.6watts and still high light
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On most planted tanks the easiest manner to determine light intensity is with a simple formula. Total Wattage (Bulb wattage divided by gallons = Watts per gallon) The scale is roughly 1wpg = low light, 1-2 = medium light, 3+ = High light. PAR meters and PAR readings are a bit better, but meters can be expensive and the readings require a very good working knowledge of light density.
High lighting can be very good for many hard to keep plants, but the trade off is abundant algae growth, especially if it is not accentuated with CO2 injection. Excel can inhibit algae growth to a small degree in a non CO2 tank.
Light schedule is very important when combatting algae. Once a problem begins it is best to reduce your hours per day. I usually begin a tank with a 10 hour cycle and adjust as the plants require (adding time if there is no issue and reducing once an issue begins). Once you have an algae issue (it will happen, lol) its best to determine your course of action as each tank is vastly different, but there are a variety of techniques that we have found to be effective and simply trial and error though it will eventually be controlled. Many of the techniques you learn in this aspect of the hobby will assist you in almost every tank you set up from that point on.In the land of the blind, the one-eyed man is king.
Desiderius Erasmus
GHAC President
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Originally posted by mistahoo View PostI don't think I saw that tank while I was there. I'm planning to have blue/red(?)/black/white against a black/green background with a salt and pepper substrate. Gonna go over the livestock list with the boss tomorrow since she's back from NY. Hopefully I find out some more nice looking fish while I'm waiting on plants and shrimps.my fish house:
2.5g- ramshorn hatchery
6g eclipse- yellow shrimp, chili rasboras, yellow apple snails
29g- geo grow-out, angels, 12"fire eel, dwarf frog, apple snails
45g- jade sleeper gobies, native killifish, feeder endlers
75g- 2 oscars, parrot, silver dollars, albino channel cat, syno euptera, bichir, baby jaguar, convicts, yabby
125g- fahaka puffer, rainbow shark
and about a dozen bettas....
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Originally posted by mnemenoi View PostHigh lighting can be very good for many hard to keep plants, but the trade off is abundant algae growth, especially if it is not accentuated with CO2 injection. Excel can inhibit algae growth to a small degree in a non CO2 tank.I went off the deep end
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Originally posted by mnemenoi View PostOn most planted tanks the easiest manner to determine light intensity is with a simple formula. Total Wattage (Bulb wattage divided by gallons = Watts per gallon) The scale is roughly 1wpg = low light, 1-2 = medium light, 3+ = High light. PAR meters and PAR readings are a bit better, but meters can be expensive and the readings require a very good working knowledge of light density.
High lighting can be very good for many hard to keep plants, but the trade off is abundant algae growth, especially if it is not accentuated with CO2 injection. Excel can inhibit algae growth to a small degree in a non CO2 tank.
Light schedule is very important when combatting algae. Once a problem begins it is best to reduce your hours per day. I usually begin a tank with a 10 hour cycle and adjust as the plants require (adding time if there is no issue and reducing once an issue begins). Once you have an algae issue (it will happen, lol) its best to determine your course of action as each tank is vastly different, but there are a variety of techniques that we have found to be effective and simply trial and error though it will eventually be controlled. Many of the techniques you learn in this aspect of the hobby will assist you in almost every tank you set up from that point on.
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I was expecting to run into algae problems. My 100g has algae but I purposely grew it. The 30g I have setup is near a window that gets some sunlight but not much. The light is on about 15hours? There is no algae in it which surprises me.
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Hmm, could be a few things though not sure which it might be.
1. No nitrates (A defeciancy in these will basically starve algae)
2. Low Wattage/possibly low spectrum (Most 30 gallon tanks have a 24 watt flourescent bulb and thus .8watts per gallon or the bulbs will slowly shift in spectrum over time and the lower they are the less light is available for plant use. Plants usually utilize between 5000-8000K spectrum light and most below that are not very effective for their growth and photosynthesis)
3. Nutrient defecient (Possibly missing a key Phosphorous ingrediant or the tank could have very low flow, inhibiting either oxygen or CO2 exchange)
4. Inhibited Light Cycle (Some plants and algae do very poorly when their light cycle is broken into smaller times. I have seen it used as an alternative to black outs in tanks. Basically they only turn the lights on for 2 hour periods and allow 4 dark hours between)In the land of the blind, the one-eyed man is king.
Desiderius Erasmus
GHAC President
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Originally posted by mnemenoi View PostOn most planted tanks the easiest manner to determine light intensity is with a simple formula. Total Wattage (Bulb wattage divided by gallons = Watts per gallon) The scale is roughly 1wpg = low light, 1-2 = medium light, 3+ = High light. PAR meters and PAR readings are a bit better, but meters can be expensive and the readings require a very good working knowledge of light density.75G Standard - High Light Planted Community Fish
28G Aquapod - Medium Light Planted Shrimp & Microrasboras
12G Eclipse - Bonsai Planted Betta & Shrimp
29G Standard - Vivarium w/ Red Devil Crabs
45G Exo-Terra - Terrarium w/ Hermit Crabs (in progress)
33G Cubish - Vivarium w/ D.auratus 'blue & bronze'
GHAC Member
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Got it sorted out a bit. Here's the order of what she likes the most. The * is what I want. I want to get a pair of Black pearl killifish. Other than that, how many fish could I pack the tank with? There will be lots of plants, shrimp, and a nice piece/s of DW as a center piece. If I can't get a 2211, I'm going to get a Zoo Med 501 for filtration.
*-Black Pearl Killifish
1-lampeye
2-pseudomugil gertrudae
3-Oryzias woworae
4-Microrasbora Kubotai
5-Striped Panchex
6-Bluefin Notho
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Originally posted by mistahoo View PostGot it sorted out a bit. Here's the order of what she likes the most. The * is what I want. I want to get a pair of Black pearl killifish. Other than that, how many fish could I pack the tank with? There will be lots of plants, shrimp, and a nice piece/s of DW as a center piece. If I can't get a 2211, I'm going to get a Zoo Med 501 for filtration.
*-Black Pearl Killifish
1-lampeye
2-pseudomugil gertrudae
3-Oryzias woworae
4-Microrasbora Kubotai
5-Striped Panchex
6-Bluefin Notho
microrasbora kubotai- are very delicate- don't like temp flux.
Have your looked at microrasbora erythromicron (emerald rasbora)- they are blue- http://www.danios.info/fish/erythromicron.aspxEmerald Green Rainbowfish
Yellow Rabbit Snails
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