5,144 research outputs found
Tables of Sample Size For the F-Test in One Way Analysis of Variance Designs
This paper presents a method for computing the value of N for which the usual non-central F-test will have a certain power. Extensive tables are computed and displayed.
Exceptional accumulation and retention of dimethylsulfoniopropionate by molluscs
Author Posting. © The Author(s), 2015. This is the author's version of the work. It is posted here by permission of CSIRO Publishing for personal use, not for redistribution. The definitive version was published in Environmental Chemistry 13 (2016): 231-238, doi:10.1071/EN14267.Molluscs often play major roles in processing phytoplankton-synthesized dimethylsulfoniopropionate (DMSP) in local ecosystems. We find that some mollusc species retain tissue DMSP exceptionally tightly and exhibit unusually great and statistically nonnormal interindividual variation in DMSP accumulation and retention. Individual mussels (Mytilus, Geukensia) living within a single clump, for example, range 6- to 11-fold in tissue [DMSP] and are often nonnormal in statistical distribution. These properties cannot be explained by the elevation of the substrate on which the mussels are living or by mussel position in a clump. When mussels (M. edulis) are deprived of DMSP for up to 5 weeks in depuration experiments, some individuals retain high tissue [DMSP], whereas others exhibit reduced [DMSP]. Such interindividual divergence helps explain nonnormal distributions of tissue [DMSP] after depuration. We re-analyze published data from which the half-time for tissue DMSP loss during depuration can be calculated. In the only mollusc so studied (Haliotis), the half-time is 13-25 times longer than in similar-size fish. Besides posing a challenge for DMSP mass balance studies, retention and interindividual variation may point to as yet unknown properties of molluscs: Tight retention suggests functional roles for DMSP, and nonnormal statistical distributions suggest discontinuities among individuals in DMSP metabolism
Berle\u27s Vision Beyond Shareholder Interests: Why Investment Bankers Should Have (Some) Personal Liability
This paper, published in a symposium on the work of Adolf Berle, approaches the Berle-Dodd debate from the perspective that corporate managers have responsibilities beyond pursuing the interests of shareholders. Stock based executive compensation, designed to align managers’ interests with those of shareholders, has, in the investment banking industry in particular, failed to avert, and may have caused, managers to take excessive risks that in the 2008 financial crisis inflicted great damage on creditors and on society as a whole. We describe here the broad outlines of a proposal that we will discuss in future publications in more detail to impose some measure of personal liability for a bank’s debts on the most highly paid bankers. The proposal would revive two mechanisms that imposed such personal liability in an earlier era: general partnership, which was common for investment banks prior to the 1980s, and assessable stock, which was relatively common in corporations including some commercial banks through the 1930s. One proposal is that bankers earning over 1 million per year be paid to bankers only in stock that is assessable in the event of the bank’s insolvency in an amount equal to the book value of the stock on the date of issue. In either case, the bankers’ liability would not be unlimited: they would be allowed to shield $1 million from creditors. Imposing genuine downside risk through these or other vehicles for personal liability may be the best way to make bankers approach risk in a manner that reflects the potential for externalities of the sort the crisis has so dramatically demonstrated
Berle\u27s Vision Beyond Shareholder Interests: Why Investment Bankers Should Have (Some) Personal Liability
This paper, published in a symposium on the work of Adolf Berle, approaches the Berle-Dodd debate from the perspective that corporate managers have responsibilities beyond pursuing the interests of shareholders. Stock based executive compensation, designed to align managers’ interests with those of shareholders, has, in the investment banking industry in particular, failed to avert, and may have caused, managers to take excessive risks that in the 2008 financial crisis inflicted great damage on creditors and on society as a whole. We describe here the broad outlines of a proposal that we will discuss in future publications in more detail to impose some measure of personal liability for a bank’s debts on the most highly paid bankers. The proposal would revive two mechanisms that imposed such personal liability in an earlier era: general partnership, which was common for investment banks prior to the 1980s, and assessable stock, which was relatively common in corporations including some commercial banks through the 1930s. One proposal is that bankers earning over 1 million per year be paid to bankers only in stock that is assessable in the event of the bank’s insolvency in an amount equal to the book value of the stock on the date of issue. In either case, the bankers’ liability would not be unlimited: they would be allowed to shield $1 million from creditors. Imposing genuine downside risk through these or other vehicles for personal liability may be the best way to make bankers approach risk in a manner that reflects the potential for externalities of the sort the crisis has so dramatically demonstrated
Statistical mechanics of soft-boson phase transitions
The existence of structure on large (100 Mpc) scales, and limits to anisotropies in the cosmic microwave background radiation (CMBR), have imperiled models of structure formation based solely upon the standard cold dark matter scenario. Novel scenarios, which may be compatible with large scale structure and small CMBR anisotropies, invoke nonlinear fluctuations in the density appearing after recombination, accomplished via the use of late time phase transitions involving ultralow mass scalar bosons. Herein, the statistical mechanics are studied of such phase transitions in several models involving naturally ultralow mass pseudo-Nambu-Goldstone bosons (pNGB's). These models can exhibit several interesting effects at high temperature, which is believed to be the most general possibilities for pNGB's
Infection and Twiddler Syndrome in a Dog With Addison\u27s Disease, Complete Heart Block, and Wandering Artificial Pacemakers
Third-degree heart block developed in an obese seven-year-old dog with adrenal cortical failure. After three days of extensive medial therapy and use of a temporary transvenous pacemaker, a transthoracic permanent pacemaker was implanted in the usual paracostal location. After two years of normal function, the pulse generator suddenly migrated to a ventral location in the flank and became surrounded by an abscess. Intermittent pacing failure ensued. Medical therapy with antibiotics failed to eliminate infection until the infected pacemaker and site were excised surgically. A new pacemaker was placed on the opposite side and functioned well for two months. Subsequent migration and rotation of the new pacemaker led to spiral twisting of the lead and dislodgment of the corkscrew electrode from the myocardium in a syndrome analogous to Twiddler\u27s syndrome in man. The dog presently is 10 years old and asymptomatic with a nonpaced ventricular rhythm of 60 beats per minute and an usual chest radiograph
Interpellations : Three Essays on Kent Monkman = Trois essais sur Kent Monkman
"In Interpellations. Three Essays on Kent Monkman the art historians Jonathan D. Katz, Richard W. Hill and Todd Porterfield offer perspectives and analyses on Monkman's work that address history and genre painting, the queered Romantic landscape, the shifting and unfixed subject, race, sexuality conquest and soverignty, and modern versus discontinuous temporality." -- p. [4] of cover
Utah Water Quality- Utah Ground Water
Ground water is important to the economic and physical well-being of the people of Utah. About 95% of Utah\u27s fresh water is ground water. It provides more than 70% of the state\u27s drinking water and is a major source of water for agriculture and irrigation
- …