Replies

To: Academiadotorg

To solve these problems you need to create a mesh of data points.

If the mesh is too dense then you quickly run out of computing resources.

If the mesh is too sparse then the predictions you get from running the model are worthless.

Not to mention the amazing variety of boundary conditions that have to be included... boundary conditions that are changing and moving around to boot like:

- Cloud cover
- Sea temps
- Sea emissions
- Plant cover
- Snow/ice cover
- Volcanic venting
.
.
.
- Human generated emissions

10 posted on 02/08/2018 11:17:24 AM PST by who_would_fardels_bear

To: who_would_fardels_bear

Animal Emissions, and not just cows!

34 posted on 02/08/2018 2:32:36 PM PST by tet68 ( " We would not die in that man's company, that fears his fellowship to die with us...." Henry V.)

To: who_would_fardels_bear

you forgot butterfly wing flapping in Africa. it has to be accounted for too.

40 posted on 02/08/2018 10:29:46 PM PST by Swordmaker (My pistol self-identifies as an iPad, so you must accept it in gun-free zones, you racist, bigot!)

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