Titlebook: Himalayan Thick-Skin Basement Deformation of the Ladakh Batholith, Leh-Ladakh Region, NW India; Michael George Petterson Book 2023 The Edi

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,Structural Geology of the Northern and North-Eastern Zone (N–NE Zone), Leh–Ladakh Region,ture and cleavage, extended xenoliths with long/sort axial ratios up to 20, and S–C fabrics. Brittle structures such as thrust zones have similar kinematic indicators to the High Strain Zone (NNW–NE vergence) reflecting a prevalent ENE–WSW structural grain. Shear zones mostly strike NW–SE to NNW–SSE

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,Structure and Lithology of the Indus Suture Rocks (,) in the Leh–Ladakh Region,and 60?cm. The rocks are metamorphosed from very low grade to phyllite-low greenschist grade. Sedimentary structures include graded bedding, cross bedding, flute structures, soft sedimentary deformation structures, and erosive bases. A high abundance of mafic and feldspar minerals in some sandstones

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Himalayan Thick-Skin Basement Deformation of the Ladakh Batholith, Leh-Ladakh Region, NW India

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techniques to artificial intelligence for decision-making in project cuts. We compare the algorithm FIS. proposed in BusinessRedmine systems for project evaluation with other algorithms reported in bibliography based on neural networks and genetic algorithms techniques. The algorithms selected learn

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Michael George Pettersonss. One of the main advantages of this extension is that it facilitates the maps construction and interpretability. Furthermore, the suggested extensions are applied as a decision-making support tool for projects evaluation using a dataset with 1011 projects records. In experimental analysis, the tw

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