This study analyses the politics of climate policy in a range of affluent democracies and at EU level in order to identify political strategies that would make it easier for governments to make major cuts in greenhouse gas emissions without sustaining significant political damage.

This book offers an original interpretation and close reading of Plato's Phaedo, focusing on the relation between logos and the soul in order to illuminate the ethical and political dimensions of philosophy as "care of the soul." Jesse I. Bailey argues that the central issue of the dialogue is the relation between logos and the defining activity of the soul. The soul, in accord with logos, gathers the multiplicity of phenomena into the intelligible wholes of experience. This definitive activity also applies to the soul itself, as the soul gathers itself to itself in logos. Ethical living demands the development of a harmonious unity in the self through this activity. Thus, the book argues that the traditional "pillars" of Platonism-the immortality of the soul and the Forms-are presented not as fully-developed theories to be accepted by the reader whole cloth, but rather as provocations for thought.

This study analyses the politics of climate policy in a range of affluent democracies and at EU level in order to identify political strategies that would make it easier for governments to make major cuts in greenhouse gas emissions without sustaining significant political damage.

The American primary tank in the Second World War was inferior to its German counterpart for all but the final months of the war. The U.S. tank evolved and demonstrated its superiority to the world in Operation DESERT STORM in 1991. This monograph examines the evolution of America's primary tank in the years between 1945 and 1991 focusing on three periods: the Second World War, the Korean War, and the 1973 Arab Israeli War. Each period examines the adversary, America's industrial capabilities, and the combat environment. Describing the adversary highlights there is a tangible threat to U.S. armored forces. In the face of this threat, the United States remained capable of building new more complicated and more expensive tanks, which demonstrates the industrial endowment required to meet the demands of the threat. An examination of the combat environment reveals why the U.S. Army and its armor force seemed so fixated on Europe as the next war's first battlefield. Ultimately, this paper serves to demonstrate that a tank series, such as the M1 Abrams family, is a required component in the U.S. Army's combined arms arsenal. As such, it is important that the aging Abrams, having served the Army in Operation Desert Storm and the Global War on Terror, continue to evolve in preparation for the next war.

The American primary tank in the Second World War was inferior to its German counterpart for all but the final months of the war. The U.S. tank evolved and demonstrated its superiority to the world in Operation DESERT STORM in 1991. This monograph examines the evolution of America's primary tank in the years between 1945 and 1991 focusing on three periods: the Second World War, the Korean War, and the 1973 Arab Israeli War. Each period examines the adversary, America's industrial capabilities, and the combat environment. Describing the adversary highlights there is a tangible threat to U.S. armored forces. In the face of this threat, the United States remained capable of building new more complicated and more expensive tanks, which demonstrates the industrial endowment required to meet the demands of the threat. An examination of the combat environment reveals why the U.S. Army and its armor force seemed so fixated on Europe as the next war's first battlefield. Ultimately, this paper serves to demonstrate that a tank series, such as the M1 Abrams family, is a required component in the U.S. Army's combined arms arsenal. As such, it is important that the aging Abrams, having served the Army in Operation Desert Storm and the Global War on Terror, continue to evolve in preparation for the next war.

Over the past 30 years, wind energy has evolved from a small industry active in a few countries to a large international industry involving major players in the manufacturing, development, and utility sectors. Coinciding with the industry growth, significant innovation in the technology has resulted in larger sized turbines with lower associated costs of energy and more complex designs in all subsystems, from the rotor to the drivetrain to the electronics and control systems. However, as deployment of the technology grows and its role within the electricity sector has become more prominent, so have the expectations of the technology in terms of performance, reliability, and cost. This book surveys the landscape of systems engineering methods and catalogues the various existing modelling tools that relate to the design of wind energy systems from components to entire plants.