these meters can be used by hundreds of people to generate new cycling science rules at a massive rate. let chatgpt pick up the results and you'll evolve reef tank cycling science tenfold. you have the meters
you can already see using seneye on your home reef nh3 control isn't a concern
re aim the calibrated meters as cycling experiment verifiers and upload the results.
take small portions of your live rock and scale it into cheap bucket reefs. do cycling things to it, test boundaries and post the logs. show maximum and minimum abilities for your cycle as collected seneye logs posted in one place for lookup.
-starvation experiments, do reef tank cycles ever starve once set. use the same live rock per gallon you'd use in any normal size tank, and do bucket reef experiments, post the readouts. withhold feed from it for months, 'starve' it
then hit it with a jolt of ammonia, test the 10 min resolve rate for nh3 bump/post that outcome.
-surface area reduction experiments: how much running live rock can you remove and still oxidize X ppm of nh3 per 10 minutes in a given setup
-max bioload carry rates, 10 mins/nh3 resolve rate for load tests in live rock sytems. use liquid Dr Tims cycling ammonia for the test loading. evolve cycling science by using a tool you've benchmarked on a home reef for cycle rules making.
-unassisted cycling verification: how long do dry rocks sat only in a tank of heated/running saltwater / open-topped common reef tank aquarium require to be cycled by wait time only, truly unassisted. no bottle bac, no feed, only environmental exchange over time.
we don't have the answer to these things, because we haven't seen ten thousand people with calibrated digital meters before.
use those meters to uncover cycling rules
double check what we've been told: can nitrite added as a powder, increased nitrite, stall ammonia control in a reef tank cycle?
a hidden benefit in thousands of people running seneyes are the patterns we get
-does removing a sandbed but keeping the rocks impact nh3 resolve rate significantly
seneye has already reinforced the age-old cycling chart as valid. it takes less than ten days to get ammonia control and after the drop, it remains dropped.
people who give live reef presentation talks or vlogs would greatly enjoy having these data sets uploaded to the web using existing gear-what cycling really does impacts $ markets
what we need bottle bac for, what we don't need it for, impacts markets. with just a few seneye bucket reef stress tests posted, we can get new cycling insights to build articles on updated cycle dynamics
you can already see using seneye on your home reef nh3 control isn't a concern
re aim the calibrated meters as cycling experiment verifiers and upload the results.
take small portions of your live rock and scale it into cheap bucket reefs. do cycling things to it, test boundaries and post the logs. show maximum and minimum abilities for your cycle as collected seneye logs posted in one place for lookup.
-starvation experiments, do reef tank cycles ever starve once set. use the same live rock per gallon you'd use in any normal size tank, and do bucket reef experiments, post the readouts. withhold feed from it for months, 'starve' it
then hit it with a jolt of ammonia, test the 10 min resolve rate for nh3 bump/post that outcome.
-surface area reduction experiments: how much running live rock can you remove and still oxidize X ppm of nh3 per 10 minutes in a given setup
-max bioload carry rates, 10 mins/nh3 resolve rate for load tests in live rock sytems. use liquid Dr Tims cycling ammonia for the test loading. evolve cycling science by using a tool you've benchmarked on a home reef for cycle rules making.
-unassisted cycling verification: how long do dry rocks sat only in a tank of heated/running saltwater / open-topped common reef tank aquarium require to be cycled by wait time only, truly unassisted. no bottle bac, no feed, only environmental exchange over time.
we don't have the answer to these things, because we haven't seen ten thousand people with calibrated digital meters before.
use those meters to uncover cycling rules
double check what we've been told: can nitrite added as a powder, increased nitrite, stall ammonia control in a reef tank cycle?
a hidden benefit in thousands of people running seneyes are the patterns we get
-does removing a sandbed but keeping the rocks impact nh3 resolve rate significantly
seneye has already reinforced the age-old cycling chart as valid. it takes less than ten days to get ammonia control and after the drop, it remains dropped.
people who give live reef presentation talks or vlogs would greatly enjoy having these data sets uploaded to the web using existing gear-what cycling really does impacts $ markets
what we need bottle bac for, what we don't need it for, impacts markets. with just a few seneye bucket reef stress tests posted, we can get new cycling insights to build articles on updated cycle dynamics
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