Clear weather: 8 Â°C: 2 N: 60 % 08:00: Clear weather: 10 Â°C: 2 N: 62 % 11:00: Clear weather: 16 Â°C: 2 S: 47 % 14:00: Clear weather: 16 Â°C: 2 S: 51 % 17:00: Clear weather: 12 Â°C: 1 SW: 77 % 20:00: Clear weather: 11 Â°C: 1 NE: 59 % 23:00: Clear weather: 10 Â°C: 1 NE: 49 % Tuesday 09/01: 02:00: Clear weather: 10 Â°C: 1 NE: 43 % 05:00: Almost clear: 11 Â°C: 1 E: 43 % 08:00: Clear weather: 11 Â°C: 1 NW: 47 % 11:00: Clear weather: 16 Â°C: 2 S: 44 % 14:00: Clear weather: 16 Â°C: 2 S: 59 % 17:00: Clear weather: 12 Â°C: 1 SW: 81 % 20:00: Clear weather: 12 Â°C: 1 NE: 64 % 23:00: Clear weather: 11 Â°C: 2 NE: 55 % Wednesday 10/01: 02:00: Clear weather: 10 Â°C: 2 NE: 49 % 05:00
In cylindrica l folds the crest and trough lines are parallel. to the fold axis and to each other, but in conical folds the crest and trough lines are not. parallel. Crest and trough surfaces connect the crest and trough lines on successive. horizons.
Both fold mountains and ocean trenches result from plates moving together. If both landforms occur in the same area, they are found in association with subduction on a destru â¦ ctive plate boundary (e.g: The Andes Mountains, Western coast of South America). The Andes formed from the Nazca plate subducting under the South American plate. The continental plate crumples and folds. The result is a fold mountain range. The Andes is formed. If fold mountains occur by themselves, they are in areas where collision is taking place on a collisional plate boundary (e.g: The Himalayas). The Himalayas formed from two continental plates which collided into one another- The Indo-Australian plate collided into the Eurasian plate. They crumple and fold. The result is a fold mountain range. The Himalayas is formed.