Galaxy Scaling Relations: Origins, Evolution and Applications : Proceedings of the ESO Workshop Held at Garching, Germany, 18-20 November 1996

1. Origins. - The Physical Origin of Galaxy Scaling Relations. - Can the Tully-Fisher Relation Be the Result of Initial Conditions? - The Tully-Fisher Relation: A Numerical Simulator's Perspective. - A Universal IMF: Tilt of the Fundamental Plane. - The Physical Origin of the Fundamental Plane (of Elliptical Galaxies). - The Role of Photoionization During Galaxy Formation. - Semianalytic Modelling of Galaxy Evolution. - Dark Halo Scaling from Galaxy-Galaxy Lensing. - Constraining the Mass Distribution of Cluster Galaxies by Weak Lensing. - Galaxy-Galaxy Lensing in the Hubble Deep Field: The Halo Tully-Fisher Relation at High Redshift. - 2. Evolution. - The Fundamental-Plane and Tully-Fisher Relations Viewed in ? -Space. - Photometric Scaling Relations of Dwarf Galaxies. - The Scaling Laws of Dwarf Elliptical Galaxies. - Bimodality of Freeman's Law. - On the Phenomenology of Disk Galaxies. - Origin of the Colour-Magnitude Relation of Elliptical Galaxies. - Stellar Populations in Bulges of Spiral Galaxies. - The Luminosity-Width Relation of Spiral Galaxies. - A Comparison of Tully-Fisher and Fundamental Plane Distances for Nearby Clusters. - The Infrared Tully-Fisher Relation in Abell 1367 and Cancer. - Calibration of the Tully-Fisher Relation: An Interim Report on the HST Key Project. - The Fundamental Plane at z = 0.18. - Measuring the Evolution of the Mass-to-Light Ratio from z = 0 to z = 0.6 from the Fundamental Plane. - The Near-Infrared Fundamental Plane of Elliptical Galaxies and Its Evolution. - Surface Brightness Evolution of Cluster and Field Galaxies. - The Mg-? Relation of Elliptical Galaxies at Various Redshifts. - Properties of High Redshift Cluster Ellipticals. - The Nature of Compact Galaxies at z ~ 0.2 - 1.3: Implications for Galaxy Evolution and the Star Formation History of the Universe. - The 3CR Radio Galaxies at z ~ 1: Old Stellar Populations in Central Cluster Galaxies. - 3. Applications. - Cosmological Implications of Large-Scale Flows. - Large-Scale Flows from the Mark III Tully-Fisher Data. - Peculiar Motions of Clusters in the Perseus-Pisces Region. - The EFAR Project: Monte Carlo Testing of the Fundamental Plane Distance Estimator. - 4. Posters. - Quantitative Morphology and Color Gradients of E+A Galaxies in Distant Galaxy Clusters. - Comparing the Mark III and Abell/ACO Density and Velocity Fields. - Impact of SNIa on SED of High Redshift Galaxies. - Where Does the 'Tilt' Come From? - The Fundamental Plane of Ellipticals: The Role of Nonhomology. - The Fundamental Plane of Galaxy Clusters. - Anomalous Scaling Laws in Lyman-? Clouds. - The I-Band Tully-Fisher Relation at Intermediate Redshifts. - The Kormendy Relation for 3 Abell Clusters. - On the Upper Limit of Surface Brightness of Starburst Galaxies. - The Fundamental Plane in the Leo-I Group and an Estimate of H0. - The Fundamental Plane and the Choice of Photometric Parameters. - The Fundamental Plane and Dark Haloes of Ellipticals. - Line-Strength Indices and Kinematics in Fornax. - Anisotropic R1/m Models. Velocity Profiles, and the FP of Elliptical Galaxies. - Surface Brightness Parameters and Entropy of Elliptical Galaxies. - Stellar Populations in Galaxies. - The Fundamental Plane for Hydra I and Coma. - The Relation Between X-Ray Emission, Galaxy Structure and Internal Kinematics in Early-Type Galaxies. - The Exponential Disk Parameters in the Near-Infrared. - Near-IR Mass-to-Light Ratio Profiles of Disk Galaxies. - Tidal Thickening of Galaxy Disks. - A Purely Photometric Fundamental Plane? - Streaming Motions of Abell Clusters Within 12000 km s-1. - Models of Elliptical Galaxies: the Gradients. - The Fundamental Plane at z = 0.3 - 0.6. - Author Index.