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A trade union's constitution is intended to produce its leaders in a democratic and even-handed manner, but the reality for women is one of inequality. They remain almost invisible in senior positions in British unions. The social processes by which women do or do not progress in a union's career structure are investigated through a case study of SOGAT '82.This article examines the social processes through which women take on and sustain active trade union roles. It also investigates the problems in these processes with regard to the continuing absence of women from union leadership positions despite the growing numerical importance of women in the trade union movement [l].The list of putative causes of the underrepresentation of women in union leadership is a long one; patriarchal attitudes, inequality a t work, union rules on office holding, inconvenient times and locations of union meetings, unequal sharing of domestic responsibilities, loyalties divided between union and children, the lack of quality childcare provision, and so on[2]. Discussion of such barriers have not, however, provided an explanation of how women take on and sustain leadership roles.Using evidence collected from a case study of the Society of Graphical and Allied Trades n The authors are all lecturers in industrial relations, trade union and urganisational studies at the Polytechnic of North London-Sue Ledwith, Fiona Colgan (who also both teach womens' studies) and Paul Joyce in the Business School and Mike Hayes in the School of Social Research.'82 (SOGAT '82), which in the 1980s was the largest British printing trade union, we have examined in some detail the major ways women moved into union leadership roles. We have also considered the ways in which women leaders related to the traditional structures and activities of their union.

BackgroundUnintentional injuries among 0- to 4-year-olds are a major public health problem incurring substantial NHS, individual and societal costs. However, evidence on the effectiveness and cost-effectiveness of preventative interventions is lacking.AimTo increase the evidence base for thermal injury, falls and poisoning prevention for the under-fives.MethodsSix work streams comprising five multicentre case–control studies assessing risk and protective factors, a study measuring quality of life and injury costs, national surveys of children’s centres, interviews with children’s centre staff and parents, a systematic review of barriers to, and facilitators of, prevention and systematic overviews, meta-analyses and decision analyses of home safety interventions. Evidence from these studies informed the design of an injury prevention briefing (IPB) for children’s centres for preventing fire-related injuries and implementation support (training and facilitation). This was evaluated by a three-arm cluster randomised controlled trial comparing IPB and support (IPB+), IPB only (no support) and usual care. The primary outcome was parent-reported possession of a fire escape plan. Evidence from all work streams subsequently informed the design of an IPB for preventing thermal injuries, falls and poisoning.ResultsModifiable risk factors for falls, poisoning and scalds were found. Most injured children and their families incurred small to moderate health-care and non-health-care costs, with a few incurring more substantial costs. Meta-analyses and decision analyses found that home safety interventions increased the use of smoke alarms and stair gates, promoted safe hot tap water temperatures, fire escape planning and storage of medicines and household products, and reduced baby walker use. Generally, more intensive interventions were the most effective, but these were not always the most cost-effective interventions. Children’s centre and parental barriers to, and facilitators of, injury prevention were identified. Children’s centres were interested in preventing injuries, and believed that they could prevent them, but few had an evidence-based strategic approach and they needed support to develop this. The IPB was implemented by children’s centres in both intervention arms, with greater implementation in the IPB+ arm. Compared with usual care, more IPB+ arm families received advice on key safety messages, and more families in each intervention arm attended fire safety sessions. The intervention did not increase the prevalence of fire escape plans [adjusted odds ratio (AOR) IPB only vs. usual care 0.93, 95% confidence interval (CI) 0.58 to 1.49; AOR IPB+ vs. usual care 1.41, 95% CI 0.91 to 2.20] but did increase the proportion of families reporting more fire escape behaviours (AOR IPB only vs. usual care 2.56, 95% CI 1.38 to 4.76; AOR IPB+ vs. usual care 1.78, 95% CI 1.01 to 3.15). IPB-only families were less likely to report match play by children (AOR 0.27, 95% CI 0.08 to 0.94) and reported more bedtime fire safety routines (AOR for a 1-unit increase in the number of routines 1.59, 95% CI 1.09 to 2.31) than usual-care families. The IPB-only intervention was less costly and marginally more effective than usual care. The IPB+ intervention was more costly and marginally more effective than usual care.LimitationsOur case–control studies demonstrate associations between modifiable risk factors and injuries but not causality. Some injury cost estimates are imprecise because of small numbers. Systematic reviews and meta-analyses were limited by the quality of the included studies, the small numbers of studies reporting outcomes and significant heterogeneity, partly explained by differences in interventions. Network meta-analysis (NMA) categorised interventions more finely, but some variation remained. Decision analyses are likely to underestimate cost-effectiveness for a number of reasons. IPB implementation varied between children’s centres. Greater implementation may have resulted in changes in more fire safety behaviours.ConclusionsOur studies provide new evidence about the effectiveness of, as well as economic evaluation of, home safety interventions. Evidence-based resources for preventing thermal injuries, falls and scalds were developed. Providing such resources to children’s centres increases their injury prevention activity and some parental safety behaviours.Future workFurther randomised controlled trials, meta-analyses and NMAs are needed to evaluate the effectiveness and cost-effectiveness of home safety interventions. Further work is required to measure NHS, family and societal costs and utility decrements for childhood home injuries and to evaluate complex multicomponent interventions such as home safety schemes using a single analytical model.Trial registrationCurrent Controlled Trials ISRCTN65067450 and ClinicalTrials.gov NCT01452191.FundingThe National Institute for Health Research (NIHR) Programme Grants for Applied Research programme and will be published in full inProgramme Grants for Applied Research; Vol. 5, No. 14. See the NIHR Journals Library website for further project information.

This report describes the design and conduct of two sequential historical prospective morbidity surveys of workers and residents from the Upper Ottawa Street Landfill Site in Hamilton, Ontario. The workers study was carried out first and was a hypothesis-generating study. Workers and controls were administered a health questionnaire, which was followed by an assessment of recall bias through medical chart abstraction. Multiple criteria were used to identify health problems associated with landfill site exposure. Those problems with highest credibility included clusters of respiratory, skin, narcotic, and mood disorders. These formed the hypothesis base in the subsequent health study of residents living adjacent to the landfill site. In that study, the association between mood, narcotic, skin, and respiratory conditions with landfill site exposure was confirmed using the following criteria: strength of association; consistency with the workers study; risk gradient by duration of residence and proximity to the landfill; absence of evidence that less healthy people moved to the area; specificity; and the absence of recall bias. The validity of these associations were reduced by three principal problems: the high refusal rate among the control population; socioeconomic status differences between the study groups; and the fact that the conditions found in excess were imprecisely defined and potentially interchangeable with other conditions. Offsetting these problems were the multiple criteria used to assess each hypothesis, which were applied according to present rules. Evidence is presented that supports the hypothesis that vapors, fumes, or particulate matter emanating from the landfill site, as well as direct skin exposure, may have lead to the health problems found in excess. Evidence is also presented supporting the hypothesis that perception of exposure and, therefore, of risk, may explain the results of the study. However, based on the analyses performed, it is the conclusion of the authors that the adverse effects seen were more likely the result of chemical exposure than of perception of risk.

JSTOR is a not-for-profit service that helps scholars, researchers, and students discover, use, and build upon a wide range of content in a trusted digital archive. We use information technology and tools to increase productivity and facilitate new forms of scholarship. For more information about JSTOR, please contact support@jstor.org.. The National Institute of Environmental Health Sciences (NIEHS) and Brogan & Partners are collaborating with JSTOR to digitize, preserve and extend access to Environmental Health Perspectives. This report describes the design and conduct of two sequential historical prospective morbidity surveys of workers and residents from the Upper Ottawa Street Landfill Site in Hamilton, Ontario. The workers study was carried out first and was a hypothesis-generating study. Workers and controls were administered a health questionnaire, which was followed by an assessment of recall bias through medical chart abstraction. Multiple criteria were used to identify health problems associated with landfill site exposure. Those problems with highest credibility included clusters of respiratory, skin, narcotic, and mood disorders. These formed the hypothesis base in the subsequent health study of residents living adjacent to the landfill site. In that study, the association between mood, narcotic, skin, and respiratory conditions with landfill site exposure was confirmed using the following criteria: strength of association; consistency with the workers study; risk gradient by duration of residence and proximity to the landfill; absence of evidence that less healthy people moved to the area; specificity; and the absence of recall bias. The validity of these associations were reduced by three principal problems: the high refusal rate among the control population; socioeconomic status differences between the study groups; and the fact that the conditions found in excess were imprecisely defined and potentially interchangeable with other conditions. Offsetting these problems were the multiple criteria used to assess each hypothesis, which were applied according to present rules. Evidence is presented that supports the hypothesis that vapors, fumes, or particulate matter emanating from the landfill site, as well as direct skin exposure, may have lead to the health problems found in excess. Evidence is also presented supporting the hypothesis that perception of exposure and, therefore, of risk, may explain the results of the study. However, based on the analyses performed, it is the conclusion of the authors that the adverse effects seen were more likely the result of chemical exposure than of perception of risk.to landfilling in 1980. Between November 1980 and June 1981, it was covered by a layer of steel industry wastes, and sealed with a thin clay cap.Throughout the 1950s and 1960s, a small collection of houses was found within 750 meters of the south dumpface. By the late 1970s, these had been largely removed, to make way for light industrial development. Development of large residential areas to the w...

BackgroundMany developed countries have high mortality rates for fire-related deaths in children aged 0–14 years with steep social gradients. Evidence-based interventions to promote fire safety practices exist, but the impact of implementing a range of these interventions in children’s services has not been assessed. We developed an Injury Prevention Briefing (IPB), which brought together evidence about effective fire safety interventions and good practice in delivering interventions; plus training and facilitation to support its use and evaluated its implementation.MethodsWe conducted a cluster randomised controlled trial, with integrated qualitative and cost-effectiveness nested studies, across four study sites in England involving children’s centres in disadvantaged areas; participants were staff and families attending those centres. Centres were stratified by study site and randomised within strata to one of three arms: IPB plus facilitation (IPB+), IPB only, usual care. IPB+ centres received initial training and facilitation at months 1, 3, and 8. Baseline data from children’s centres were collected between August 2011 and January 2012 and follow-up data were collected between June 2012 and June 2013. Parent baseline data were collected between January 2012 and May 2012 and follow-up data between May 2013 and September 2013. Data comprised baseline and 12 month parent- and staff-completed questionnaires, facilitation contact data, activity logs and staff interviews. The primary outcome was whether families had a plan for escaping from a house fire. Treatment arms were compared using multilevel models to account for clustering by children’s centre.Results1112 parents at 36 children’s centres participated. There was no significant effect of the intervention on families’ possession of plans for escaping from a house fire (adjusted odds ratio (AOR) IPB only vs. usual care: 0.93, 95%CI 0.58, 1.49; AOR IPB+ vs. usual care 1.41, 95%CI 0.91, 2.20). However, significantly more families in the intervention arms reported more behaviours for escaping from house fires (AOR IPB only vs. usual care: 2.56, 95%CI 01.38, 4.76; AOR IPB+ vs. usual care 1.78, 95%CI 1.01, 3.15).ConclusionOur study demonstrated that children’s centres can deliver an injury prevention intervention to families in disadvantaged communities and achieve changes in home safety behaviours.

BackgroundSystematic reviews and a network meta-analysis show home safety education with or without the provision of safety equipment is effective in promoting poison prevention behaviours in households with children. This paper compares the cost-effectiveness of home safety interventions to promote poison prevention practices.MethodsA probabilistic decision-analytic model simulates healthcare costs and benefits for a hypothetical cohort of under 5 year olds. The model compares the cost-effectiveness of home safety education, home safety inspections, provision of free or low cost safety equipment and fitting of equipment. Analyses are conducted from a UK National Health Service and Personal Social Services perspective and expressed in 2012 prices.ResultsEducation without safety inspection, provision or fitting of equipment was the most cost-effective strategy for promoting safe storage of medicines with an incremental cost-effectiveness ratio of £2888 (95 % credible interval (CrI) £1990–£5774) per poison case avoided or £41,330 (95%CrI £20,007–£91,534) per QALY gained compared with usual care. Compared to usual care, home safety interventions were not cost-effective in promoting safe storage of other household products.ConclusionEducation offers better value for money than more intensive but expensive strategies for preventing medicinal poisonings, but is only likely to be cost-effective at £30,000 per QALY gained for families in disadvantaged areas and for those with more than one child. There was considerable uncertainty in cost-effectiveness estimates due to paucity of evidence on model parameters. Policy makers should consider both costs and effectiveness of competing interventions to ensure efficient use of resources.Electronic supplementary materialThe online version of this article (doi:10.1186/s12889-016-3334-0) contains supplementary material, which is available to authorized users.

The North Sea, in particular Norway, was a forerunner in regards to improved safety due to the mandatory introduction of mechanized systems for rig-floor operations. In the meantime also the offshore industry in the Gulf of Mexico has recognized the benefits of mechanized operations and now a large number of drilling rigs are equipped with equipment to remotely handle drillpipe, casing and tubing strings. The Total Recordable Incident Rate (T.R.I.R.) is the "measuring stick" of safety performance in the GOM industry. 1999 marked the beginning of an initiative to implement remote controlled, mechanized equipment wherever possible, in an effort to remove personnel from hazardous areas. The number of jobs that were run with mechanized equipment increased rapidly. At the same time the number of total recordable incidents was declining. An analysis of the percentage of jobs run with mechanized equipment versus the T.R.I.R. shows a remarkable and very obvious correlation. 1 Introduction The North Sea, in particular Norway, was a forerunner in regards to improved safety due to the mandatory introduction of mechanized systems for rig-floor operations. In the meantime also the offshore industry in the Gulf of Mexico has recognized the benefits of mechanized operations and now a large number of drilling rigs are equipped with equipment to remotely handle drillpipe, casing and tubing strings. The Total Recordable Incident Rate (T.R.I.R.) is the "measuring stick" of safety performance in the GOM industry. Mechanized and remote controlled equipment is used to make the environment on the rig floor safer, especially during drillpipe, casing and tubing handling and running. The analysis of the T.R.I.R. shows the typical incident rate before the mechanization was introduced, as well as the improvements in safety performance as the utilization of mechanized equipment increased. 2 Tubular Running Services Despite efforts to reduce the use of threaded connections, for example by the use of coiled tubing or the experimental use of welding or bonding technologies for running casing, running and making up of casing or tubing joints is still an important step in all drilling and completion operations. A typical well drilling operation requires approximately 30% of the total time for drillpipe tripping and casing and tubing running operations. 2.1 Traditional Tubular Running Services Traditionally, running casing and tubing strings required manpower and although hydraulic power equipment is used, a lot of the work has to be done manually (Fig. 1). The procedure of running pipe can be divided into handling tasks and tubular makeup. The typical equipment list for a traditional tubular running job already implies the manual work associated to it:thread protectorsdrifting mandrelshandling equipmentslip-type spiderslip-type elevatorsingle joint elevatorhydraulic power tong with free floating backupsingle-joint compensatorelectronic Joint Analyzed Makeup system The task of handling the pipe includesremoving thread protectors clean threadsvisually inspect threadslift pipe to v-doorengage single joint elevatorlift pipe into derrick