The Earth Science Series of the Circum-Pacific Funding for ship time was made available through Council for Energy and Mineral Resources (CPCEMR) the U. S. Agency for International Development, the is designed to convey the results of geologic research in USGS, the U. S. Office of Naval Research (for RIG's and around the Pacific Basin. Topics of interest include 1982 work), the Australian Development Assistance framework geology, petroleum geology, hard minerals, Bureau, the Australian Bureau of Mineral Resources geothermal energy, environmental geology, volcanology, (BMR) , the New Zealand Ministry of Foreign Affairs, oceanography, tectonics, geophysics, geochemistry, and the New Zealand Department of Scientific and Industrial applications of renewable energy. The CPCEMR sup Research (DSIR), the New Zealand Geological Survey, ports and publishes results of scientific research that will and the New Zealand Oceanographic Institute (NZOI). Coordination of the program was provided by the U. S. advance the knowledge of energy and mineral resource potential in the circum-Pacific region. The Earth Sci Department of State and the South Pacific Applied Geo ence Series is specifically designed to publish papers that science Commission (SOPAC, formerly the United include new data and new maps, report on CPCEMR Nations-sponsored Committee for the Coordination of sponsored symposia and workshops, and describe the Joint Prospecting for Mineral Resources in South Pacific results of onshore and marine geological and geophysical Offshore Areas CCOP/SOPAC) in Fiji. Over 150 scien explorations.

Published by the American Geophysical Union as part of the Geophysical Monograph Series, Volume 88. This volume focuses on the volcanic, fluid, sedimentary, and tectonic processes occurring in the trencharc-backarc systems of the western Pacific—a natural regional focus for studies of these themes. The results of ocean drilling and associated site surveys in the western Pacific have brought fundamental changes to our understanding of volcanism, crustal deformation, fluid circulation, and sedimentation in active margins and marginal basins. Our goal here is to synthesize the results of ocean drilling in a multi-disciplinary manner, including a comparison of the findings from drilling legs having similar themes, and to emphasize the significance of these results to the broader geoscience community.

This 4th edition of Collins’ respected AQA A-level Sociology series is updated for the 2015 AQA Sociology specifications. Covering Year 2 of A-level, it will help students master the knowledge and skills they need to excel in their study and engage with contemporary society. This Student Book has been entered into the AQA approval process.

Published by the American Geophysical Union as part of the Geophysical Monograph Series, Volume 77. This volume provides an interdisciplinary summary of current research on the history and evolution of the Mesozoic Pacific Ocean. The importance of the work lies in not only describing the early history of the largest modern tectonic plate, but also in studying the geologic record and possible causes of the Cretaceous Greenhouse. Thus, it offers important lessons as we try to understand modern man's impact on the interaction between the atmosphere, oceans, and solid earth. The idea for this summary originated nearly five years ago, during a discussion between Sy Schlanger and Malcolm Pringle on the need to bring together various groups working on Cretaceous Pacific volcanism. After the untimely death of Sy Schlanger in the summer of 1990, it was decided to dedicate this work to him. Because of the breadth of Sy Schlanger's research and interests, the scope of the volume was broadened from Cretaceous Pacific volcanism in particular to the history of the Mesozoic Pacific Ocean as a whole. It is a testament to Sy's impact on Pacific research that he made a significant contribution to the scientific problems addressed by almost every paper included herein.

Includes reports of the Society's meetings.