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- Q18205213 subject Q8308612.
- Q18205213 abstract "Due to its high spatial and temporal variability, the planetary boundary layer (PBL) behavior over a mountainous terrain is more complex than over a flat terrain. The fast changing local wind system directly linked to topography and the variable land cover that goes from snow to vegetation have a significant impact on the growth of the PBL and make it much harder to predict. Understanding the processes inducing changes in the mountain PBL have critical applications for predicting air pollution transport, fire weather and local intense thunderstorm events. While some processes, such as mountain waves, have been well studied in the mountain PBL due to their importance for aviation, most of the behaviors of the alpine PBL are relatively unknown.".
- Q18205213 thumbnail PBLimage.jpg?width=300.
- Q18205213 wikiPageWikiLink Q1062554.
- Q18205213 wikiPageWikiLink Q1114042.
- Q18205213 wikiPageWikiLink Q1570423.
- Q18205213 wikiPageWikiLink Q1757268.
- Q18205213 wikiPageWikiLink Q210316.
- Q18205213 wikiPageWikiLink Q3230.
- Q18205213 wikiPageWikiLink Q355730.
- Q18205213 wikiPageWikiLink Q381517.
- Q18205213 wikiPageWikiLink Q504027.
- Q18205213 wikiPageWikiLink Q8308612.
- Q18205213 wikiPageWikiLink Q909313.
- Q18205213 comment "Due to its high spatial and temporal variability, the planetary boundary layer (PBL) behavior over a mountainous terrain is more complex than over a flat terrain. The fast changing local wind system directly linked to topography and the variable land cover that goes from snow to vegetation have a significant impact on the growth of the PBL and make it much harder to predict.".
- Q18205213 label "Alpine planetary boundary layer".
- Q18205213 depiction PBLimage.jpg.