Have you ever seen a diagram of the water cycle? Now imagine shrinking to the size of a water molecule and floating up to a cloud—experiencing the water cycle from a whole new perspective!
Have you ever seen a diagram of the water cycle? Now imagine shrinking to the size of a water molecule and floating up to a cloud—experiencing the water cycle from a whole new perspective!
LAB: 197↘ ↗12 (-185)
CON: 187↘ ↗27 (-160)
IND: 89↘ ↗316 (+227)
LOC: 44↘ ↗39 (-5)
RFM: 33↘ ↗131 (+98)
LDM: 26↘ ↗21 (-5)
GRN: 15↘ ↗50 (+35)
SNP: 5↘ ↗0 (-5)
LAB: 197↘ ↗12 (-185)
CON: 187↘ ↗27 (-160)
IND: 89↘ ↗316 (+227)
LOC: 44↘ ↗39 (-5)
RFM: 33↘ ↗131 (+98)
LDM: 26↘ ↗21 (-5)
GRN: 15↘ ↗50 (+35)
SNP: 5↘ ↗0 (-5)
Busby et al.
nph.onlinelibrary.wiley.com/doi/10.1111/...
Busby et al.
nph.onlinelibrary.wiley.com/doi/10.1111/...
Like, this is the "as within, so without" of this mess.
Like, this is the "as within, so without" of this mess.
If you draw a stack of technologies used to create software with low-level stuff like SQL and database manipulation at the bottom - in diagram form - and user-facing parts at the top... well, a full stack developer can work on the full stack of technologies :)
If you draw a stack of technologies used to create software with low-level stuff like SQL and database manipulation at the bottom - in diagram form - and user-facing parts at the top... well, a full stack developer can work on the full stack of technologies :)