I always wondered about that myself. Why bother to transport anything in bulk when it could be rematerialized at any time by the transporter?
A partial answer at least was given in TNG’s “Yesterday’s Enterprise”: molecular patterns cannot be stored indefinitely, presumably not even in Picard’s time.
(Raises hand again) If the colonists are in danger of starvation wouldn’t:
[ol]
[li]Transporting already processed foodstuffs[/li][li]Evacuating them [/li][/ol]
Be better solutions than transporting grain which will take months to grow and may still be insufficient if the crop fails for some reason?
I mean you don’t take seeds to Ethiopia and Somalia and then say “Good luck with the harvest.” You first take food AND then you explore helping their agricultural systems
The whole point was that under the terms of the Organian Peace Treaty, Sherman’s Planet would go to whichever side could develop it most efficiently. No way was the Federation going to let it go to the Klingons by default!
More seriously, it appears they can transport living things but not replicate them; replicating them introduces “single bit errors” that result in the copy being dead and replicated food & drink tasting a little different.
It’s a big ship. I see wooden furniture and objects all over the ship (like those data cartridges—those are clearly painted blocks of wood!) and plenty of metallic objects. Ships on long voyages often had woodworking and metalworking shops in the past. Why not in the future?
Okay, but simply storing the molecular patterns in the transporters after dematerializing the original seeds wouldn’t be the same as replicating them from scratch. The only questions would be (a) How long can their patterns be stored in the buffers? and (b) How much energy is available for rematerialization?
I did; it doesn’t seem to address the point that I was making, which was that although people were arguing that TOS Enterprise was replicating food, the Enterprise had (a) kitchens and (b) cooks, which you wouldn’t need if you were replicating your food.