Suchergebnisse

Title page-Difficult Folk? -- Contents -- Acknowledgements -- Abbreviations -- Ch 1-Introduction -- Ch 2-Why disciplinaty histories matter -- Ch 3-A tale of two departments? -- Ch 4-The Politics of disciplinary professionalisation -- Ch 5-Anthropology at the end of empire -- Ch 6-Tribes and territories -- Ch 7-How not to apply anthropological knowledge -- Ch 8-Anthropologists and 'race' -- Ch 9-Discipline on the defensive? -- Ch 10-The uses of academic identity -- Appendix -- Bibliography -- Index

How should we tell the histories of academic disciplines? All too often, the political and institutional dimensions of knowledge production are lost beneath the intellectual debates. This book redresses the balance. Written in a narrative style and drawing on archival sources and oral histories, it depicts the complex pattern of personal and administrative relationships that shape scholarly worlds.

Focusing on the field of social anthropology in twentieth-century Britain, this book describes individual, departmental and institutional rivalries over funding and influence. It examines the efforts of scholars such as Bronislaw Malinowski, Edward Evans-Pritchard and Max Gluckman to further their own visions for social anthropology. Did the future lie with the humanities or the social sciences, with addressing social problems or developing scholarly autonomy? This new history situates the discipline's rise within the post-war expansion of British universities and the challenges created by

"I present an environment for which both outside and inside money are essential as means of payment. The key model feature is that there is imperfect monitoring of issuers of inside money. I use a random matching model of money where some agents have private trading histories and others have trading histories that can be publicly observed only after a lag. I show via an example that for lags that are neither too long nor too short, there exist allocations that use both types of money that cannot be duplicated when only one type is used. Inside money provides liquidity that increases the frequency of trades, but incentive constraints restrict the amount of output that can be traded. Outside money is immune to such constraints and can trade for higher levels of output"--Federal Reserve Board web site

How should we tell the histories of academic disciplines? All too often, the political and institutional dimensions of knowledge production are lost beneath the intellectual debates. This book redresses the balance. Written in a narrative style and drawing on archival sources and oral histories, it depicts the complex pattern of personal and administrative relationships that shape scholarly worlds. Focusing on the field of social anthropology in twentieth-century Britain, this book describes individual, departmental and institutional rivalries over funding and influence. It examines the efforts of scholars such as Bronislaw Malinowski, Edward Evans-Pritchard and Max Gluckman to further their own visions for social anthropology. Did the future lie with the humanities or the social sciences, with addressing social problems or developing scholarly autonomy? This new history situates the discipline's rise within the post-war expansion of British universities and the challenges created by

A 450-ppm equivalent CO2target by 2050 is an often-proposed goal under a future global emissions agreement, but there is considerable high side risk in global-warming models due to cloud formation, feedbacks in dissolved organic carbon from peat bogs in polar regions, and unaccounted solar dimming by particulates. The 450-ppm figure is predicated on absorption of some CO2by oceans, but increasing acidification may dictate that CO2produced during the next 50 years may have to be reduced further to preserve species diversity in the oceans. By consideration of industry capability, a 400-ppm target is shown to be affordable and achievable by renewables using 2/3 direct solar electricity by 2050 with technology currently being proven, together with aggressive energy efficiency. Sequestration of liquid CO2under pressure in enormous continually excavated caverns at 2-km depth is technically much less certain and later in development.