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Composite bibliography

Composite bibliography

This paper reports on a specific Web-based self-report data collection system that was developed for a public health research study in the United States. Our focus is on technical outcome results and lessons learned that may be useful to other projects requiring such a solution. The system was accessible from any device that had a browser that supported HTML5. Report findings include: which hardware devices, Web browsers, and operating systems were used; the rate of survey completion; and key considerations for employing Web-based surveys in a clinical trial setting.

We describe building an avatar-based self-report data collection tool to be used for a specific HIV prevention research project that is evaluating the feasibility and acceptability of this novel approach to collect self-reported data among youth. We discuss the gathering of requirements, the process of building a prototype of the envisioned system, and the lessons learned during the development of the solution. Specific knowledge is shared regarding technical experience with software development technologies and possible avenues for changes that could be considered if such a self-report survey system is used again. Examples of other gaming and avatar technology systems are included to provide further background.

The Essential Guide for First-time Asian Mums and Dads has all the information that you will need as you prepare to start and raise a family. Written by a select panel of specialists, this book covers a wide range of topics close to every Asian parent’s heart, including planning for a family, antenatal and postnatal healthcare, breastfeeding, bonding with baby, the father’s role, managing grandparents and domestic help, food and nutrition, and helping baby maximise his potential. With practical advice for every step of the parenting journey, this comprehensive and easy-to-read book will help you make the right choices for you and your baby.

The Essential Guide for First-time Asian Mums and Dads has all the information that you will need as you prepare to start and raise a family. Written by a select panel of specialists, this book covers a wide range of topics close to every Asian parent’s heart, including planning for a family, antenatal and postnatal healthcare, breastfeeding, bonding with baby, the father’s role, managing grandparents and domestic help, food and nutrition, and helping baby maximise his potential. With practical advice for every step of the parenting journey, this comprehensive and easy-to-read book will help you make the right choices for you and your baby.

How will the United States satisfy energy demand in a tightening global energy marketplace while, at the same time, reducing greenhouse gas emissions? Exascale computing -- expected to be available within the next eight to ten years ? may play a crucial role in answering that question by enabling a paradigm shift from test-based to science-based design and engineering. Computational modeling of complete power generation systems and engines, based on scientific first principles, will accelerate the improvement of existing energy technologies and the development of new transformational technologies by pre-selecting the designs most likely to be successful for experimental validation, rather than relying on trial and error. The predictive understanding of complex engineered systems made possible by computational modeling will also reduce the construction and operations costs, optimize performance, and improve safety. Exascale computing will make possible fundamentally new approaches to quantifying the uncertainty of safety and performance engineering. This report discusses potential contributions of exa-scale modeling in four areas of energy production and distribution: nuclear power, combustion, the electrical grid, and renewable sources of energy, which include hydrogen fuel, bioenergy conversion, photovoltaic solar energy, and wind turbines. Examples of current research are taken from projects funded by the U.S. Department of Energy (DOE) Office of Science at universities and national laboratories, with a special focus on research conducted at Lawrence Berkeley National Laboratory.

How will the United States satisfy energy demand in a tightening global energy marketplace while, at the same time, reducing greenhouse gas emissions? Exascale computing -- expected to be available within the next eight to ten years ? may play a crucial role in answering that question by enabling a paradigm shift from test-based to science-based design and engineering. Computational modeling of complete power generation systems and engines, based on scientific first principles, will accelerate the improvement of existing energy technologies and the development of new transformational technologies by pre-selecting the designs most likely to be successful for experimental validation, rather than relying on trial and error. The predictive understanding of complex engineered systems made possible by computational modeling will also reduce the construction and operations costs, optimize performance, and improve safety. Exascale computing will make possible fundamentally new approaches to quantifying the uncertainty of safety and performance engineering. This report discusses potential contributions of exa-scale modeling in four areas of energy production and distribution: nuclear power, combustion, the electrical grid, and renewable sources of energy, which include hydrogen fuel, bioenergy conversion, photovoltaic solar energy, and wind turbines. Examples of current research are taken from projects funded by the U.S. Department of Energy (DOE) Office of Science at universities and national laboratories, with a special focus on research conducted at Lawrence Berkeley National Laboratory.

Fish have long been recognized as having once comprised a particularly critical resource for native groups in many areas of California, and the various techniques employed in their extraction —whether from the ocean, rivers and streams, or lakes—were often both sophisticated and effective. The first account presented here (perhaps half of which is from previously published sources) provides a wealth of significant data, both old and new, on the construction and use of fish weirs in catching salmon in some of the state's major rivers. Parenthetically, it should be noted that the weirs described by Ringgold and Bidwell on the Sacramento River were entirely different structures, and were actually separated by some miles. The author and compiler, David R. Leeper, came to California during the gold rush, and later recounted his adventures and observations in The Argonauts of ‘Forty- Nine (1894). The article reprinted here was originally published in The American Archaeologist [Volume 2, Part 9, Sept 1898, pp. 227-230.] Leeper also contributed a number of other short articles on California Indians to The American Archaeologist and its predecessor The Antiquarian. The second account adds some additional historical context to the familiar story of the Lone Woman of San Nicholas, and makes it clear that her presence on the island and some details of her life there were well known years before her 'recovery' by George Nidever in 1853. It originally appeared in Boston's Daily Atlas on March 27, 1847.1am indebted to Steven Schwartz of the Point Mugu Naval Air Station Environmental Division for bringing this to my attention.

Fish have long been recognized as having once comprised a particularly critical resource for native groups in many areas of California, and the various techniques employed in their extraction —whether from the ocean, rivers and streams, or lakes—were often both sophisticated and effective. The first account presented here (perhaps half of which is from previously published sources) provides a wealth of significant data, both old and new, on the construction and use of fish weirs in catching salmon in some of the state's major rivers. Parenthetically, it should be noted that the weirs described by Ringgold and Bidwell on the Sacramento River were entirely different structures, and were actually separated by some miles. The author and compiler, David R. Leeper, came to California during the gold rush, and later recounted his adventures and observations in The Argonauts of ‘Forty- Nine (1894). The article reprinted here was originally published in The American Archaeologist [Volume 2, Part 9, Sept 1898, pp. 227-230.] Leeper also contributed a number of other short articles on California Indians to The American Archaeologist and its predecessor The Antiquarian. The second account adds some additional historical context to the familiar story of the Lone Woman of San Nicholas, and makes it clear that her presence on the island and some details of her life there were well known years before her 'recovery' by George Nidever in 1853. It originally appeared in Boston's Daily Atlas on March 27, 1847.1am indebted to Steven Schwartz of the Point Mugu Naval Air Station Environmental Division for bringing this to my attention.

More than a quarter of black Americans questioned in a recent survey believe that AIDS was produced in a laboratory, and 16% believe that it was created by the US government to control the black population. In attempting to explain why such mistaken notions are so widely held, Laura Bogart, lead author of the study, says: “Conspiracy beliefs stem from current and historical discrimination against blacks in our healthcare system, including the Tuskegee syphilis study”. The Tuskegee study has become the archetype of unethical research and racism in medicine. However, by citing Tuskegee, is Bogart merely invoking one set of conspiracy beliefs to explain another? Between 1932 and 1972, the US Public Health Service (USPHS) studied 600 black men, 399 with untreated latent syphilis and 201 uninfected controls, living around Tuskegee, Macon County, Alabama. Although there was no study protocol, the purpose of the Tuskegee experiments seems to have been to observe patients with untreated latent syphilis to autopsy and verify the presence or absence of syphilitic destructive lesions. According to a detailed analysis of the Tuskegee study by Robert M White in Archives of Internal Medicine, USPHS officers believed that the study “should forever dispel the rather general belief that syphilis is a disease of small consequence to the negro”.

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