Hi,
So I've currently got a database full of records kept about bee hives by Beekeepers. And eventually I'd like to be able to show an trend in whether a number of their metrics (Health, Population Size, number of parasites, presence of a queen bee, etc) have gone up or down over the course of six years.
The problem is, Beekeepers check hives more frequently in Spring than winter, and all check their hives on different days. So my instinct is to condense "weekly numerical data reports" in "Monthly overview/summary" and "Quarterly overview/summary" reports. (Comdensing 4368 random haphazard dates, into 1008 and 336 comparable datapoints)
The real question comes to this; if I take something like 4 consecutive weeks where a metric like "docility" is [10, 10, 6, 10], (10=very, 1=angry) then is it sensible to call the monthly summary score for how docile this hive was = 9. Or am I setting myself up to lose too much nuance over the 6 years of data?
Thanks for any help from anyone! Its greatly appreciated!
So I've currently got a database full of records kept about bee hives by Beekeepers. And eventually I'd like to be able to show an trend in whether a number of their metrics (Health, Population Size, number of parasites, presence of a queen bee, etc) have gone up or down over the course of six years.
The problem is, Beekeepers check hives more frequently in Spring than winter, and all check their hives on different days. So my instinct is to condense "weekly numerical data reports" in "Monthly overview/summary" and "Quarterly overview/summary" reports. (Comdensing 4368 random haphazard dates, into 1008 and 336 comparable datapoints)
The real question comes to this; if I take something like 4 consecutive weeks where a metric like "docility" is [10, 10, 6, 10], (10=very, 1=angry) then is it sensible to call the monthly summary score for how docile this hive was = 9. Or am I setting myself up to lose too much nuance over the 6 years of data?
Thanks for any help from anyone! Its greatly appreciated!