A New York TimesBook Review Editors’ Choice A Shelf Awareness Best Book of the Year Hudson Booksellers Book of the Year One of the New York Post’s Best Books of the Summer One of The Millions’s Most Anticipated Books of the Year IndieNext Pick A Time Magazine “What to Read Now” Selection A wry novel set at the edge of the earth about the courage it takes to band together, even as everything around you falls apart Unmoored by a recent family tragedy, Cooper Gosling is adrift at thirty and on the verge of ruining her career. So when the opportunity arises to join the National Science Foundation’s Artists & Writers Program in Antarctica, she jumps at the chance—and finds herself in the company of others who are just abnormal enough for Polar life, a group of eccentrics motivated by desires as ambiguous as her own. When they are joined by a fringe scientist who claims climate change is a hoax, the Polies’ already-imbalanced community is rattled, bringing them to the center of a global controversy and threatening the ancient ice chip they call home.

The Controlled Ecological Life Support system (CELSS) Antarctic Analog Project (CAAP) is a joint National Science Foundation (NSF) and NASA project for the development, deployment and operation of CELSS technologies at the Amundsen-Scott South Pole Station. NASA goals are operational testing of CELSS technologies and the conduct of scientific studies to facilitate technology selection and system design. The NSF goals are that the food production, water purification, and waste treatment capabilities which will be provided by CAAP will improve the quality of life for the South Pole inhabitants, reduce logistics dependence, and minimize environmental impacts associated with human presence on the polar plateau. This report presents an analysis of wastewater samples taken from the Amundsen-Scott South Pole Station, Antarctica. The purpose of the work is to develop a quantitative understanding of the characteristics of domestic sewage streams at the South Pole Station. This information will contribute to the design of a proposed plant growth/waste treatment system which is part of the CELSS Antarctic Analog Project (CAAP). Flynn, Michael T. and Bubenheim, David L. and Straight, Christian L. and Belisle, Warren Ames Research Center ...