Inland Waterway Transportation explores how tools of economic analysis can improve the efficiency of both public and private investment in inland waterway transportation. Originally published in 1969, this study investigates how waterway transportation has been affected by public operating policy, costs and charges for the use of waterways in the United States as well as the impact of relationships central to waterway policy and individual firms such as the effect of the waterway environment on a firm’s efficiency. This title will be of interest to students of Environmental Studies and professionals.

The People’s Republic of China (PRC) has the world’s longest inland waterway system. Despite the system’s potential and the government’s policies encouraging its development, inland waterway transport (IWT) has not been developed as much as other transport modes. This publication examines the constraints in developing IWT based on a study in the PRC’s Hunan province. Six major challenges threatening the viability of IWT and its integration into the whole logistics chain have been identified. The analyses and case study lead to recommendations that are relevant not just to the PRC but also to other developing countries.

The UNECE Recommendations on Harmonized Europe-Wide Technical Requirements for Inland Navigation Vessels (Resolution No. 61) establish a Pan-European regime of technical requirements for inland navigation vessels engaged in international transport of goods and passengers. They are a result of Governments efforts, aimed at unifying the divergent regulations in force within different intergovernmental organizations and within individual UNECE member countries. The unified regulations contained therein have been brought in line with relevant European Union's legislation and are to facilitate the recognition of ship's certificates issued on their basis, thus avoiding the need for vessels engaged in international transport by inland waterway to undergo a double inspection. The Recommendations contain, in particular, strict regulations on limitation of air and water pollution by vessels and on abatement of noise produced by them as well as the internationally agreed standards for minimum manning requirements and working and rest hours of crews.

Theodore J. Karamanski's sweeping maritime history demonstrates the far-ranging impact that the tools and infrastructure developed for navigating the Great Lakes had on the national economies, politics, and environment of continental North America. Synthesizing popular as well as original historical scholarship, Karamanski weaves a colorful narrative illustrating how disparate private and government interests transformed these vast and dangerous waters into the largest inland water transportation system in the world. Karamanski explores both the navigational and sailing tools of First Nations peoples and the dismissive and foolhardy attitude of early European maritime sailors. He investigates the role played by commercial boats in the Underground Railroad, as well as how the federal development of crucial navigational resources exacerbated sectionalism in the antebellum United States. Ultimately Mastering the Inland Sea shows the undeniable environmental impact of technologies used by the modern commercial maritime industry. This expansive story illuminates the symbiotic relationship between infrastructure investment in the region's interconnected waterways and North America's lasting economic and political development.

For anyone who owns a boat, this is the handbook for you. Included are all of the official government rules and regulations that must be followed by anyone out on the water. This book will prepare you for head?on situations, avoiding collisions, using, distress signals, and will inform you of all the up?to?date water regulations. Whether you?re in a jam or just relaxing at sea, Navigation Rules will teach and prepare you for anything and everything you may encounter while on your boat.

This publication, known as the "Blue Book", seeks to establish an inventory of existing and envisaged standards and parameters for European inland waterways and ports of international importance, in order to compare the current inland navigation infrastructure parameters in Europe with the minimum standards and parameters prescribed in the European Agreement on Main Inland Waterways of International Importance (AGN) and to monitor progress in its implementation.