Large euhedral quartz crystals in the Triassic dolomites and evaporites of central Tunisia: implications for silica diagenesis in sulphate-rich and high-Mg environments

Author:

Henchiri Mohsen,Abidi Riadh,Jemmali Nejib

Publisher

Springer Science and Business Media LLC

Subject

General Earth and Planetary Sciences,General Environmental Science

Reference62 articles.

1. AL-Aasm IS, Abdallah H (2006) The origin of dolomite associated with salt diapirs in central Tunisia: preliminary investigations of field relationships and geochemistry. J Geochem Explor 86:5–9

2. Arbey F (1980) Formes de la silice et l’identification des évaporites dans les formations silicifiées: bullettin des Centres de Recherches, exploration - production. Elf-Aquitaine 1:309–364

3. Bajanik S (1969) Observations préliminaires sur les roches vertes du Trias de l’Atlas Tunisien. Ibid 30:5–10

4. Baker G (1957) Microcrystallin quartz crystals in brown coal, Victoria. Am Mineral 31:22–30

5. Black WW (1949) An occurrence of authigenic feldspar and quartz in Yoredale limestones. Geol Mag 86:129–133

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