1 Introduction Prince Rupert, British Columbia, is situated in the proximity of four tectonic-scale features that contain a story of mountain building, of continental growth through accretion and plutonic emplacement, an

Source URL: www.giseis.alaska.edu

• Geology
• Structural geology
• Shear
• Fault
• Foliation
• Atacama Fault
• Ross Lake Fault

Rockmagnetic artifacts on longterm relative paleointensity variations in sediments

Source URL: www.metamorphism.geos.vt.edu

• Geology
• Metamorphic petrology
• Metamorphic rocks
• Structural geology
• Crenulation
• Porphyroblast
• Mineral
• Geothermobarometry
• Schist
• Amphibolite
• Garnet
• Oblique foliation

Geometric structures on foliated manifolds. Tangentially g-foliations revisited Robert Wolak Uniwersytet Jagiello´ nski, Krak´ow, Poland Abstract: A tangentially g-foliation is a regular foliation whose tangent subbund

Source URL: foliations2016.math.uni.lodz.pl

arXiv:1401.2813v1 [math.DG] 13 JanThe classification of CMC foliations of R3 and S3 with countably many singularities William H. Meeks III∗

Source URL: arxiv.org

• Differential geometry of surfaces
• Curvature
• Differential geometry
• Foliations
• Riemannian geometry
• 3-manifold
• Sectional curvature
• Gaussian curvature
• Constant-mean-curvature surface
• Minimal surface
• Reeb sphere theorem
• Taut foliation

Integral formulae for codimension-one foliated Finsler manifolds Vladimir Rovenski (E-mail:

Source URL: foliations2016.math.uni.lodz.pl

• Riemannian geometry
• Curvature
• Finsler geometry
• Finsler manifold
• Riemannian manifold
• Foliation
• Manifold
• Codimension
• Ricci curvature

Afternoon Excursion ‘Rock Around’ + Building Stones of the University of Glasgow 19th July 2014 Leader: Maggie Donnelly Report: Isabel Collins

Source URL: www.geologyglasgow.org.uk

• Structural geology
• Metamorphic rocks
• Metamorphic petrology
• Crenulation
• Foliation
• Granite
• Outcrop
• Carboniferous Limestone
• Geology of the Australian Capital Territory
• Geology of Tasmania

Dynamics of the geodesic and horocycle flows for laminations by hyperbolic surfaces Shigenori Matsumoto (Tokyo) Most of the results reported here is taken from a joint work [1] with Matilde Martinez and Alberto Verjovsky

Source URL: foliations2016.math.uni.lodz.pl

• Hyperbolic geometry
• Foliation
• Differential geometry of surfaces
• Lamination
• Geodesic
• Horocycle
• Dynamical systems

SPECIAL SESSIONSpecial Session 13: Global Dynamics in Hamiltonian Systems Rafael de la Llave, Georgia Institute of Technology, USA

Source URL: www.aimsciences.org

• Hamiltonian mechanics
• Dynamical systems
• KolmogorovArnoldMoser theorem
• Classical mechanics
• Integrable system
• Action-angle coordinates
• Foliation
• Hamiltonian system
• Mathematical formulation of quantum mechanics

Pinching the Fermat Metric in Stationary Spacetimes Alexander Dirmeier September 69, 2011 Email: Given a standard stationary spacetime and a fixed foliation by spacelike

Source URL: gigda.ugr.es

• General relativity
• Smooth manifolds
• Globally hyperbolic manifold
• Finsler manifold
• Metric tensor
• Differential geometry of surfaces
• -hyperbolic space
• Riemannian

Cu rric u lu m Vitae - Jo c h e n E. Me zg e r Term Instructor of Geology - Field Camp Director Department of Geology and Geophysics, University of Alaska Fairbanks 900 Yukon Drive, Fairbanks, AK, U.S.A. jemez

Source URL: www.uaf.edu

• Metamorphic petrology
• Structural geology
• Hercynian orogeny
• Geology of France
• Geology of Spain
• Geology of the Pyrenees
• Foliation
• Porphyroblast
• Metamorphic rock
• Variscan orogeny
• Journal of Structural Geology