Attributions of responsibility for accidents involving personal injury: Application of Hart\u27s (1968) \u27Senses of Responsibility\u27 model

The aim of this study was to use Hart\u27s (1968) \u27Senses of Responsibility\u27 model as a theoretical framework to examine the effects of three non dispositional characteristics of an accident involving personal injury. An experimental approach based on a 2 Agent type (corporation v individual) x 2 Outcome severity (mild, severe) x 2 Victim type (primary, secondary) between subjects factorial design was adopted. The study interviewed 160 participants randomly selected at five public recreational centres. \u27Three 2 x 2 x 2 ANOVA\u27s, were conducted on the three attribution ratings to determine the influence of the three independent variables. The study found that people were influenced by the severity of outcome and the type of victim in making attributions of responsibility. The interaction found that as the severity level increased a higher level of responsibility was attributed to the agent for the accident in particular when it came to the secondary victim. When both victims sustained severe injuries the agent was held equally responsible for compensating both victims and was judged as almost equally responsible in terms of the duties and obligation owed !he victims. Hart\u27s (1968) model also showed that people make responsibility judgement in dimensions other than causation

A Detailed Examination of the GPM Core Satellite Gridded Text Product

The Global Precipitation Measurement (GPM) mission quarter-degree gridded-text product has a similar file format and a similar purpose as the Tropical Rainfall Measuring Mission (TRMM) 3G68 quarter-degree product. The GPM text-grid format is an hourly summary of surface precipitation retrievals from various GPM instruments and combinations of GPM instruments. The GMI Goddard Profiling (GPROF) retrieval provides the widest swath (800 km) and does the retrieval using the GPM Microwave Imager (GMI). The Ku radar provides the widest radar swath (250 km swath) and also provides continuity with the TRMM Ku Precipitation Radar. GPM's Ku+Ka band matched swath (125 km swath) provides a dual-frequency precipitation retrieval. The "combined" retrieval (125 km swath) provides a multi-instrument precipitation retrieval based on the GMI, the DPR Ku radar, and the DPR Ka radar. While the data are reported in hourly grids, all hours for a day are packaged into a single text file that is g-zipped to reduce file size and to speed up downloading. The data are reported on a 0.25deg x 0.25 deg grid

High Q^2 Deep Inelastic Scattering at HERA

High Q^2 NC and CC cross-sections as measured at HERA can give information on two distinct areas of current interest. Firstly, supposing that all the electroweak parameters are well known, these cross-sections may be used to give information on parton distributions at high x and high Q^2. Secondly, supposing that parton distributions are well known, after evolution in Q^2 from the kinematic regime where they are already measured, these cross-sections can be used to give information on electroweak parameters in a process where the exchanged boson is `spacelike' rather than `timelike'. WG1 addressed itself to clarifying the limits of our present and possible future knowledge on both these areas.Comment: 26 pages, 12 figures. Uses iopart.cls, iopart12.clo, axodraw.sty. Report of WG1 of the 3rd UK Phenomenology Workshop on HERA Physics, Durham 1998. To be published in Journal of Physics