And you still don’t understand the fairly accurate and precise meteorological predictions are still based on observations of satellite mapping -
- of the temperatures (not just surface temperature, but atmospheric temperatures at elevated altitude),
- of humidity levels,
- of local wind patterns,
- of low/high pressure areas (wind directions are the opposite, depending on the locality of hemisphere, eg Australia, hence Southern Hemisphere, with the low pressure area, winds circulate clockwise, high pressure area, winds circulate anti-clockwise; these would be reverse directions in the Northern Hemisphere, like in North America, Europe & mainland Asia),
- of atmospheric (barometric) pressures,
- etc.
As satellites would provide minute-to-minute base, hourly-based & day-to-day base results, it can provide fairly accurate & precise readings/results, from local (eg Melbourne and suburbs), to regional (eg mapping each individual states, like NSW, Victoria, South Australia, etc) and to larger regional (eg mapping of Australia, or continental zones).
Yes, i do understand chaos theory and the butterfly effect, that small change can effect larger m
But satellite image won’t be observing just a single butterfly flying over a rice farm in rural Guangdong, China.
You seemed to forget that evidence required something that you can detect and measure, cladking!!!
- So how would you measure the strength of air flow from a single butterfly’s wing, that cause the tropical storm or cyclone hitting Queensland?
- How would know it is this particular butterfly, and not from a pigeon in Christchurch in New Zealand, or from the wings of a seagull in Honolulu, or the finch at Galapagos, or the mosquito from the Amazon, and so on?
My point is that you would never able to measure such a single tiny creature. But there isn’t just a single butterfly, there would be many, as there would be many mosquitoes, many flies of all species, bees, bats, birds, large & small, etc. if you were to measure every single one of these animals that have wings, the variable would be too many to observe, measure and track.
To sum up my point, you would have no weather forecast at all, as you would be trying to measure something too insignificant, because you would over-complicate meteorological science to the point of uselessness.
The butterfly effect is great for something theoretical discussion, but for all practical purposes, it would be useless discussion if you cannot measure the original effects (eg butterfly flapping its wings), and then keep tracking and measuring the increasing “effect”, to its the final point (eg cyclone in coastal Queensland).
The butterfly effect is metaphor that would only work in thought experiment, but offer no real scientific values if you cannot detect, measure and track from cause to the final effect.
Thought experiments are utterly useless, IF YOU CANNOT PUT THESE THOUGHT TO PRACTICE, LIKE THROUGH REAL EXPERIMENTS!
Do you always have to pick something of so utterly useless argument?