Recently there has been much interest in studying events with tagged forward protons at the existing and forthcoming hadronic colliders, the Tevatron and the LHC. These studies not only allow one to monitor the luminosity of the colliding protons with high accuracy but also provide new ways of investigating the subtle issues of Q dynamics and searches for the manifestations of new physics.This book reviews the state of the art of forward physics measurements and the theoretical development. It will catalyze many new approaches within the framework of the extensive physics programme of the LHC. This in turn will stimulate closer contact between the LHC experiments as well as between the experimentalists and the theorists to maximize the potenntial of LHC physics.Contents:Diffraction of Hadrons at High Energies (A B Kaidalov)Pomeron Before and After Q (L N Lipatov)Diffraction at HERA (P Marage)Requirements from Precision Physics at LHC on the Luminosity Accuracy (S Tapprogge)LHC Machine Instrumentation for Luminosity Measurements (L Vos & S Weisz)Evolution of Forward Multi-Particle Spectrometers at Storage Rings (P Schlein)New Silicon Detector Technologies for Forward Physics (E H M Heijne)Luminosity Monitoring at LHCb (M Ferro-Luzzi)and other papersReadership: Academics, researchers and graduate students in high-energy, accelerator, experimental and theoretical physics.Key Features:There is currently no comprehensive textbook on coastal morphology ModelingProcess-based morphodynamic Modeling is rapidly becoming very useful and the authors have strongly contributed to this developmentCoastal morphology Modeling is an essential tool in a world that is facing increasing threats from coastal erosion, climate change and increasing population in coastal areas