H.G. Jones - Böcker

This memoir is an intimate and sometimes irreverent account of one man's coming of age during World War II. Born a North Carolina farmboy, Jones served as a U.S. Navy sonarman aboard a wooden submarine chaser operating from Africa and Sicily during the Allied invasions at Anzio and Southern France. He also served as sonarman and yeoman on two fleet mine sweepers in the Okinawa, Formosa and China operations. This memoir is drawn not only from memory, but from the author's surviving diaries from the conflicts, daily logs of the three ships upon which he served, and the secret reports of military commanders and other official records.

"Miss Smith, the wealthy old lady who died recently near Chapel Hill, and who bequeathed a large sum of money to the State University, did not fail to remember her old slaves, of whom six are now living," read the New York Times, December 6, 1885. But the Times got it wrong: land, not money, was left to the University of North Carolina and five of Mary Ruffin Smith's former slaves. Four were also her nieces--sired by her two bachelor brothers--and all had the same mother, the Smiths' maid Harriet. A spinster, Mary raised the girls, baptized them into the Episcopal Church, married them to respectable biracial men and left each 100 acres in her will.The result of eight years of research, this book tells the story of the Smith family and the fortune that survived the profligacy of Mary's father before being willed to the university and the North Carolina Episcopal diocese. Every "legitimate" member of the family lies in a small cemetery near the former estate. Harriet was buried an unmarked grave somewhere in Orange County. The hundreds of descendants of her daughters have been virtually ignored--this book is for them.

Planning and Productivity in Sweden (1976) examines the success of Sweden’s economy and working arrangements, detailing how a resource-poor nation came to achieve such high living standards. The growth in prosperity was no accident, but involved conscious acts of policy by management, by unions, and occasionally by government.

In recent years, much concern has been expressed on the deleterious effects that anthropogenic emissions of acidic pollutants have on ecosystems of both industrialized countries and remote areas of the world. In many of these regions, seasonal snowcover is a major factor in the transfer of atmospheric pollutants, either to terrestrial and aquatic ecosystems or to the more permanent reservoirs of glaciers and ice sheets. The recognition of the role that seasonal snowcovers can thus play in the chemical dynamics of whole ecosystems was recently echoed by the Committee on Glaciology of the National Research Council (National Academy of Sciences, National Academy of Engineering and the Institute of Medicine) which recommended that studies on "Impurities in the snowpack, their discharge into runoff, and management of the problem" be rated at the highest prority level (ref. a). It is in this context that the Advanced Research Institute (ASI) brought together scientists active in the fields of snow physics, snow chemistry and snow hydrology. The programme was structured so as to facilitate the exchange of information and ideas on the theories for the chemical evolution of seasonal snowcovers and snowmelt and on the impact of the chemical composition of the meltwaters on the different components of hydrological systems. As a consequence the ASI also attracted participants from potential users of the information that was disseminated; these were particularly concerned with the effects of snowmelt and snowcover on terrestrial biota and those of lakes and streams.

In recent years, much concern has been expressed on the deleterious effects that anthropogenic emissions of acidic pollutants have on ecosystems of both industrialized countries and remote areas of the world. In many of these regions, seasonal snowcover is a major factor in the transfer of atmospheric pollutants, either to terrestrial and aquatic ecosystems or to the more permanent reservoirs of glaciers and ice sheets. The recognition of the role that seasonal snowcovers can thus play in the chemical dynamics of whole ecosystems was recently echoed by the Committee on Glaciology of the National Research Council (National Academy of Sciences, National Academy of Engineering and the Institute of Medicine) which recommended that studies on "Impurities in the snowpack, their discharge into runoff, and management of the problem" be rated at the highest prority level (ref. a). It is in this context that the Advanced Research Institute (ASI) brought together scientists active in the fields of snow physics, snow chemistry and snow hydrology. The programme was structured so as to facilitate the exchange of information and ideas on the theories for the chemical evolution of seasonal snowcovers and snowmelt and on the impact of the chemical composition of the meltwaters on the different components of hydrological systems. As a consequence the ASI also attracted participants from potential users of the information that was disseminated; these were particularly concerned with the effects of snowmelt and snowcover on terrestrial biota and those of lakes and streams.