This advanced practical textbook deals with the issue of risk analysis, measurement and management in the shipping industry. It identifies and analyses the sources of risk in the shipping business and explores in detail the "traditional" and "modern" strategies for risk management at both the investment and operational levels of the business. The special features and characteristics of all available freight derivative products are compared and contrasted between them. Practical applications of derivatives are showcased through realistic practical examples, while a number of concepts across the contents of this book appear for the first time in the literature. The book also serves as "the reference" point for researchers in the area, helping them to enhance their knowledge of risk management and derivatives in the shipping industry, but also to students at both undergraduate and postgraduate levels. Finally, it provides a comprehensive manual for practitioners wishing to engage in the financial risk management of maritime business. This second edition has been fully updated in order to incorporate the numerous developments in the industry since its first edition in 2006. New chapters have been introduced on topics such as Market Risk Measurement, Credit Risk and Credit Derivatives, and Statistical Methods to Quantify Risk. Furthermore, the second edition of this book builds upon the successful first edition which has been extensively (i) taught in a number of Universities around the world and (ii) used by professionals in the industry. Shipowners, professionals in the shipping industry, risk management officers, credit officers, traders, investors, students and researchers will find the book indispensable in order to understand how risk management and hedging tools can make the difference for companies to remain competitive and stay ahead of the rest.

This advanced practical textbook deals with the issue of risk analysis, measurement and management in the shipping industry. It identifies and analyses the sources of risk in the shipping business and explores in detail the "traditional" and "modern" strategies for risk management at both the investment and operational levels of the business. The special features and characteristics of all available freight derivative products are compared and contrasted between them. Practical applications of derivatives are showcased through realistic practical examples, while a number of concepts across the contents of this book appear for the first time in the literature. The book also serves as "the reference" point for researchers in the area, helping them to enhance their knowledge of risk management and derivatives in the shipping industry, but also to students at both undergraduate and postgraduate levels. Finally, it provides a comprehensive manual for practitioners wishing to engage in the financial risk management of maritime business. This second edition has been fully updated in order to incorporate the numerous developments in the industry since its first edition in 2006. New chapters have been introduced on topics such as Market Risk Measurement, Credit Risk and Credit Derivatives, and Statistical Methods to Quantify Risk. Furthermore, the second edition of this book builds upon the successful first edition which has been extensively (i) taught in a number of Universities around the world and (ii) used by professionals in the industry. Shipowners, professionals in the shipping industry, risk management officers, credit officers, traders, investors, students and researchers will find the book indispensable in order to understand how risk management and hedging tools can make the difference for companies to remain competitive and stay ahead of the rest.

The type of research methodologies used in analysing stock returns in the book is outlined in this technical chapter. The chapter begins with definitions of useful summary statistics, such as the mean, standard deviation, coefficient of variation, and their interpretation. Tests statistics for inferences on population means, proportions and differences of means, among others, are also presented. A summary of single equation regression techniques and the way these are applied through estimation and inference are outlined, focusing on the interpretation of standard output and diagnostic tests. The single equation methodology is then extended to multiple equation systems; the methods of Multivariate Least Square (MLSQ) of Seemingly Unrelated Regression Equations (SURE) are Regressions as well as those considered. Time series, ARlMA, models form also part of the discussion. This is a chapter, which is aimed at readers who are interested in understanding the technical background used in deriving results later in the book. 2.2. Summary Statistics for a set of Data A set of numbers which are generated by agents' actions in the market, and which can take different values if the agents were to repeat their actions, are known as random variables. For example, prices of shares in the stock exchange are determined at each point in time from the collective actions of agents operating in the market through their demand and supply decisions. The price of a share is thus a random variable, and so is the return of the share.

The type of research methodologies used in analysing stock returns in the book is outlined in this technical chapter. The chapter begins with definitions of useful summary statistics, such as the mean, standard deviation, coefficient of variation, and their interpretation. Tests statistics for inferences on population means, proportions and differences of means, among others, are also presented. A summary of single equation regression techniques and the way these are applied through estimation and inference are outlined, focusing on the interpretation of standard output and diagnostic tests. The single equation methodology is then extended to multiple equation systems; the methods of Multivariate Least Square (MLSQ) of Seemingly Unrelated Regression Equations (SURE) are Regressions as well as those considered. Time series, ARlMA, models form also part of the discussion. This is a chapter, which is aimed at readers who are interested in understanding the technical background used in deriving results later in the book. 2.2. Summary Statistics for a set of Data A set of numbers which are generated by agents' actions in the market, and which can take different values if the agents were to repeat their actions, are known as random variables. For example, prices of shares in the stock exchange are determined at each point in time from the collective actions of agents operating in the market through their demand and supply decisions. The price of a share is thus a random variable, and so is the return of the share.

The International Handbook of Shipping Finance is a one-stop resource, offering comprehensive reference to theory and practice in the area of shipping finance. In the multibillion dollar international shipping industry, it is important to understand the various issues involved in the finance of the sector. This involves the identification and evaluation of the alternative sources of capital available for financing the ships, including the appraisal and budgeting of shipping investment projects; legal and insurance aspects of ship finance; the financial analysis and modelling of investment projects; mergers and acquisitions; and the commercial and market risk management issues involved. Edited by two leading academics in this area, and with contributions from 25 prominent market practitioners and academics over 16 chapters, this Handbook covers shipping finance and banking, maritime financial management and investments. As such, it includes: shipping markets; asset backed finance; shipbuilding finance; debt finance; public and private equity and debt markets; structured finance; legal aspects and key clauses of ship mortgages; marine insurance; mechanisms for handling defaulted loans; investment appraisal and capital budgeting; financial analysis and investment modelling; business risk management and freight derivatives; and mergers and acquisitions. Thus, the Handbook offers a rigorous understanding of the different aspects of modern shipping finance and maritime financial management and investments, the various characteristics of the available products, the capital needs and requirements, and a clear view on the different financial management strategies through a series of practical examples and applications. Technical where appropriate, but grounded in market reality, this is a "must-have" reference for anyone involved in shipping finance, from bank practitioners and commodity trading houses, to shipbrokers, lawyers and insurance houses as well as to university students studying shipping finance. Table of Contents Preface by Editors Manolis Kavussanos, Professor, Director, MSc in International Shipping, Finance and Management, Athens University of Economics and Business, Greece Ilias Visvikis, Professor, Director Executive Education and Professional Development, World Maritime University, Sweden Chapter 1: Shipping Markets and their Economic Drivers Jan-Henrik Huebner, Head of Shipping Advisory, DNV GL, Germany Chapter 2: Asset Risk Assessment, Analysis and Forecasting in Asset Backed Finance Henriette Brent Petersen, Head of Shipping & Offshore Research, DVB Bank SE, The Netherlands Chapter 3: Overview of Ship Finance Fotis Giannakoulis, Research Vice President, Morgan Stanley, USA Chapter 4: Shipbuilding Finance Charles Cushing, C.R. Cushing & Co. Inc., USA Chapter 5: Debt Financing in Shipping George Paleokrassas, Partner, Watson, Farley & Williams, Greece Chapter 6: Public Debt Markets for Shipping Basil Karatzas, Founder & CEO, Karatzas Marine Advisors & Co., USA Chapter 7: Public and Private Equity Markets Jeffrey Pribor, Global Head, Maritime Investment Banking, Jefferies LLC, USA Cecilie Lind, Associate Investment Banking, Jefferies LLC, USA Chapter 8: Structured Finance in Shipping Contributor: Ioannis Alexopoulos, Director, Shipping Financier, Eurofin Group, Greece Nikos Stratis, Managing Director of Augustea Group, UK Chapter 9: Key Clauses of a Shipping Loan Agreement Kyriakos Spoullos, Solicitor, Norton Rose Fulbright, Greece Chapter 10: Legal Aspects of Ship Mortgages Simon Norton, Lecturer, Cardiff Business School, UK Claudio Chiste, Investec Bank Plc., UK Chapter 11: Reasons and Mechanics of Handling Defaulted Shipping Loans and Methods of Recovery Dimitris Anagnostopoulos, Board Member & Director, Aegean Baltic Bank, Greece Philippos Tsamanis, VP - Head of Shipping, Aegean Baltic Bank, Greece Chapter 12: Marine Insurance Marc Huybrechts, Professor, University of Antwerp, Belgium Theodora Nikaki, Associate Professor, Swansea University, UK Chapter 13: Maritime Investment Appraisal and Budgeting Wolfgang Drobetz, Professor, University of Hamburg, Germany Stefan Albertijn, CEO, HAMANT Beratungs-und Investitions GmbH, Germany Max Johns, Managing Director, German Shipowners' Association, Germany Chapter 14: Financial Analysis and Modelling of Ship Investments Lars Patterson, Shipping Investment Analyst, Pacomarine Limited, UK Chapter 15: Maritime Business Risk Management Manolis Kavussanos, Professor, Director, MSc in International Shipping, Finance and Management, Athens University of Economics and Business, Greece Ilias Visvikis, Professor, Director Executive Education and Professional Development, World Maritime University, Sweden Chapter 16: Mergers and Acquisitions in Shipping George Alexandridis, Associate Professor, ICMA Centre, University of Reading, UK Manish Singh, Manish Singh, Group Director - Strategy and M&A, V. Group Limited, UK