Roc de Gleisin
The Roc de Gleisin is a Massif de la Chartreuse mountain located between Entremont-le-Vieux and Saint-Pierre-d'Entremont in Savoie districts. Rock bars on its western side also delimit the territory of Corbel district. The summit is 1,434 metres (4,705 ft) above sea level.[1] The mountain is most composed of limestone.
| Roc de Gleisin | |
|---|---|
 | |
| Highest point | |
| Elevation | 1,434 m (4,705 ft) |
| Coordinates | 45°26′32″N 05°50′53″E |
| Geography | |
  Roc de Gleisin France | |
| Location | Savoie, France |
| Parent range | Chartreuse Mountains |
| Climbing | |
| Easiest route | From the Col du Grapillon |
Hike
The top of the roc de Gleisin ridge allows access to Roche Veyrand south, Col de la Cluse north or to return to the town of Saint-Pierre-d'Entremont in Savoie east.
gollark: Yes, seems like it.
gollark: Hmm.
gollark: Just squareize that basic approach, I guess?
gollark: ```haskellimport Data.List (intersperse)square :: Int -> Char -> Stringsquare size char =intercalate"\n" $ replicate size (replicate size char)```
gollark: ```<interactive>:1:27: error: • Occurs check: cannot construct the infinite type: t ~ t -> t1 -> t2 • In the first argument of ‘haskell’, namely ‘haskell’ In the expression: haskell haskell haskell In an equation for ‘haskell’: haskell haskell = haskell haskell haskell • Relevant bindings include haskell :: t -> t1 -> t2 (bound at <interactive>:1:9)<interactive>:1:35: error: • Occurs check: cannot construct the infinite type: t1 ~ t -> t1 -> t2 • In the second argument of ‘haskell’, namely ‘haskell’ In the expression: haskell haskell haskell In an equation for ‘haskell’: haskell haskell = haskell haskell haskell • Relevant bindings include haskell :: t -> t1 -> t2 (bound at <interactive>:1:9)```
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