Evaluating the effectiveness of international regimes presents challenges that are both general and specific. What are the best methodologies for assessment within a governance area and do they enable comparison across areas? In this book, Olav Schram Stokke connects the general to the specific, developing new tools for assessing international regime effectiveness and then applying them to a particular case, governance of the Barents Sea fisheries.
The idea of the interconnectedness of nature is at the heart of environmental science. By contrast, American policy making and governance are characterized by fragmentation. Separation of powers, divergent ideologies, and geographical separation all work against a unified environmental policy. Nowhere does this mismatch between problem and solution pose a greater challenge than in climate change policy, which has implications for energy use, air quality, and such related areas as agriculture and land use.
In a little more than a century, the Japanese diet has undergone a dramatic transformation. In 1900, a plant-based, near-subsistence diet was prevalent, with virtually no consumption of animal protein. By the beginning of the twenty-first century, Japan’s consumption of meat, fish, and dairy had increased markedly (although it remained below that of high-income Western countries).
The notion of global governance is widely studied in academia and increasingly relevant to politics and policy making. Yet many of its fundamental elements remain unclear in both theory and practice. This book offers a fresh perspective by analyzing global governance in terms of three major trends, as exemplified by developments in global sustainability governance: the emergence of nonstate actors; new mechanisms of transnational cooperation; and increasingly segmented and overlapping layers of authority.
Global public goods (GPGs)--the economic term for a broad range of goods and services that benefit everyone, including stable climate, public health, and economic security--pose notable governance challenges. At the national level, public goods are often provided by government, but at the global level there is no established state-like entity to take charge of their provision. The complex nature of many GPGs poses additional problems of coordination, knowledge generation and the formation of citizen preferences.
The Earth is getting warmer. Yet, as Hans-Werner Sinn points out in this provocative book, the dominant policy approach–which aims to curb consumption of fossil energy–has been ineffective. Despite policy makers’ efforts to promote alternative energy, impose emission controls on cars, and enforce tough energy-efficiency standards for buildings, the relentlessly rising curve of CO2 output does not show the slightest downward turn.
How do different societies respond politically to environmental problems around the globe? Answering this question requires systematic, cross-national comparisons of political institutions, regulatory styles, and state-society relations. The field of comparative environmental politics approaches this task by bringing the theoretical tools of comparative politics to bear on the substantive concerns of environmental policy.
Since the 1970s, conservative activists have invoked free markets and distrust of the federal government as part of a concerted effort to roll back environmental regulations. They have promoted a powerful antiregulatory storyline to counter environmentalists’ scenario of a fragile earth in need of protection, mobilized grassroots opposition, and mounted creative legal challenges to environmental laws. But what has been the impact of all this activity on policy?
Energy supplies are tightening. Persistent pollutants are accumulating. Food security is declining. There is no going back to the days of reckless consumption, but there is a possibility--already being realized in communities across North America and around the world--of localizing, of living well as we learn to live well within immutable constraints. This book maps the transition to a more localized world.
Hydrogen is the most abundant element in the universe. An invisible, tasteless, colorless gas, it can be converted to nonpolluting, zero-emission, renewable energy. When burned in an internal combustion engine, hydrogen produces mostly harmless water vapor. It performs even better in fuel cells, which can be 2.5 times as efficient as internal-combustion engines. Zero-emission hydrogen does not contribute to CO2-caused global warming. Abundant and renewable, it is unlikely to be subject to geopolitical pressures or scarcity concerns.
