Closed sdtaylor closed 6 years ago
This should apply to all datasets. For some of the LTS datasets I’ll have to decrease the minimum observations required when grouping.
Total species/phenophase comparisons: 39
dataset | phenophase | n_species |
---|---|---|
harvard | 371 | 16 |
harvard | 496 | 1 |
harvard | 501 | 8 |
hjandrews | 371 | 3 |
hjandrews | 480 | 1 |
hjandrews | 488 | 1 |
hjandrews | 501 | 4 |
hubbard | 371 | 3 |
jornada | 501 | 2 |
Total species/phenophase comparisons: 23
dataset | phenophase | n_species |
---|---|---|
harvard | 371 | 12 |
harvard | 501 | 2 |
hjandrews | 371 | 1 |
hjandrews | 480 | 1 |
hjandrews | 488 | 1 |
hjandrews | 501 | 2 |
hubbard | 371 | 3 |
jornada | 501 | 1 |
Final graphs using with grouping sites together
Crimmens et al does this with the NPN dataset. If multiple individuals are observed at a single site, they take the mean of their budburst/flowering, etc. DOY. I'm not sure if I want to copy it though, as it takes away affects of plasticity.
Solution: do both. More than likely overall results will be exactly the same.