Date: 2/3/06
pH: 6.4 (morning)
Temp:
KH: 5
GH: 9
NH4:
NO2:
NO3: 5 < x < 10 (morning), 0 < x < 5 color almost 0 (evening)
PO4: 0.5 (morning), 0.15 (evening)
Iron:
Dosing: 5 mL Flourish, 60 mL NEW Flourish Iron
Notes:
Oops, the pH had dropped down to 6.4, which would mean 60 ppm with a KH of 5. I guess the reactor is much more efficient after I switched it to the output line of the filter. I lowered the CO2 rate to 1 bubble/sec. One of the otos died. It had been looking pretty scrawny, grey colored rather than the usual brown, and listless yesterday, and today, I found it stuck against a filter intake. A black molly also died. RIP. In the evening, I noticed that the pH wasn’t increasing, so I shut off the CO2 for a couple hours and dropped the CO2 rate to 0.5 bubbles a second when I turned it back on. I didn’t bother to dose the nitrates and phosphates today, since I’m going to change the water tomorrow anyways.
pH: 6.4 (morning)
Temp:
KH: 5
GH: 9
NH4:
NO2:
NO3: 5 < x < 10 (morning), 0 < x < 5 color almost 0 (evening)
PO4: 0.5 (morning), 0.15 (evening)
Iron:
Dosing: 5 mL Flourish, 60 mL NEW Flourish Iron
Notes:
Oops, the pH had dropped down to 6.4, which would mean 60 ppm with a KH of 5. I guess the reactor is much more efficient after I switched it to the output line of the filter. I lowered the CO2 rate to 1 bubble/sec. One of the otos died. It had been looking pretty scrawny, grey colored rather than the usual brown, and listless yesterday, and today, I found it stuck against a filter intake. A black molly also died. RIP. In the evening, I noticed that the pH wasn’t increasing, so I shut off the CO2 for a couple hours and dropped the CO2 rate to 0.5 bubbles a second when I turned it back on. I didn’t bother to dose the nitrates and phosphates today, since I’m going to change the water tomorrow anyways.
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