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Occupational health and safety of seasonal workers in agricultural processingSchweder, Peter Edward, Organisation & Management, Australian School of Business, UNSW January 2008 (has links)
Employer demands for flexible work practices have seen an increase in the diversity of employment relationships illustrated by a global growth of people working in contingent or precarious positions. Increasing evidence suggests that precarious employment is associated with poorer occupational health and safety (OHS) outcomes in terms of injury rates, disease risk and psychological wellbeing. This study used a cross sectional survey of 255 employees to compare the OHS experiences of temporary (N = 156, 61.2%) and permanent (N = 99, 38.8%) workers employed in three companies involved in the seasonal processing of primary agriculture products (dairy, meat and produce) in two regions of New Zealand. This research identified a clearly definable group of temporary workers (seasonals), who exhibit different characteristics to those commonly associated with precarious employment as they have an expectation of reasonable lengths of fairly secure employment (seasons exceed eight months). Many respondents only undertook one period of employment per year and were re-engaged in subsequent seasons. There are limited opportunities for alternative employment adjacent to these plants. This creates a dependant employment market, potentially putting labour in a weak bargaining position. This is countered by a high overall level of union membership (N = 181, 71%) and the operation of collective employment contracts. This may be atypical in seasonal industries. Injury numbers were similar (permanent N = 49, 49.5%, temporary N = 73, 46.8%) and serious injuries (permanent N = 23, 23.2%, temporary N = 31, 19.9%). Once a factor was introduced to compensate for exposure time, thereby creating a frequency rate, results showed a statistically significant difference with temporary workers suffering injuries and serious injuries with less exposure than their permanent counterparts (t (193.821) = -5.566, p < 0.05 and (t (236.928) = -2.160, p < 0.05 respectively). There was a significant difference in chronic injuries with permanent employees being more likely to have a chronic injury (F91,253) = 20.456, p<0.05). Most importantly, using the General Linear Model (logistic regression), when all other influences were controlled for, this research found employment status remained influential in determining whether a respondent was injured at work or not.
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Occupational health and safety of seasonal workers in agricultural processingSchweder, Peter Edward, Organisation & Management, Australian School of Business, UNSW January 2008 (has links)
Employer demands for flexible work practices have seen an increase in the diversity of employment relationships illustrated by a global growth of people working in contingent or precarious positions. Increasing evidence suggests that precarious employment is associated with poorer occupational health and safety (OHS) outcomes in terms of injury rates, disease risk and psychological wellbeing. This study used a cross sectional survey of 255 employees to compare the OHS experiences of temporary (N = 156, 61.2%) and permanent (N = 99, 38.8%) workers employed in three companies involved in the seasonal processing of primary agriculture products (dairy, meat and produce) in two regions of New Zealand. This research identified a clearly definable group of temporary workers (seasonals), who exhibit different characteristics to those commonly associated with precarious employment as they have an expectation of reasonable lengths of fairly secure employment (seasons exceed eight months). Many respondents only undertook one period of employment per year and were re-engaged in subsequent seasons. There are limited opportunities for alternative employment adjacent to these plants. This creates a dependant employment market, potentially putting labour in a weak bargaining position. This is countered by a high overall level of union membership (N = 181, 71%) and the operation of collective employment contracts. This may be atypical in seasonal industries. Injury numbers were similar (permanent N = 49, 49.5%, temporary N = 73, 46.8%) and serious injuries (permanent N = 23, 23.2%, temporary N = 31, 19.9%). Once a factor was introduced to compensate for exposure time, thereby creating a frequency rate, results showed a statistically significant difference with temporary workers suffering injuries and serious injuries with less exposure than their permanent counterparts (t (193.821) = -5.566, p < 0.05 and (t (236.928) = -2.160, p < 0.05 respectively). There was a significant difference in chronic injuries with permanent employees being more likely to have a chronic injury (F91,253) = 20.456, p<0.05). Most importantly, using the General Linear Model (logistic regression), when all other influences were controlled for, this research found employment status remained influential in determining whether a respondent was injured at work or not.
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Effects of monetary policy on seasonal patterns of output, prices and employment : a historical study /Weicher, Alice Landt, January 1976 (has links)
Thesis (Ph. D.)--Ohio State University, 1976. / Includes bibliographical references (leaves 123-127). Available online via OhioLINK's ETD Center.
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Quantitative and qualitative measures of activity in seasonal affective disorder /Boulard, Nina E., January 2004 (has links) (PDF)
Thesis (Ph.D.) in Psychology--University of Maine, 2004. / Includes vita. Includes bibliographical references (leaves 138-165).
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An analysis of online training for seasonal employeesGehler, Judy King. January 2006 (has links) (PDF)
Thesis, PlanB (M.S.)--University of Wisconsin--Stout, 2006. / Includes bibliographical references.
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Quantitative and Qualitative Measures of Activity in Seasonal Affective DisorderBoulard, Nina E. January 2004 (has links) (PDF)
No description available.
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The effect of seasonal hypoxia on groundfish in the northern Gulf of MexicoJanuary 2020 (has links)
archives@tulane.edu / The goal of this dissertation was to identify the large scale effects that seasonal hypoxia
has on the benthic community, with a particular focus on groundfish, in the Gulf of Mexico
(GOMEX) while also examining ecological and physiological factors that could explain how
hypoxia alters benthic communities. Seasonal hypoxia is a rapidly growing threat, not just in the
GOMEX, but globally. Hypoxic conditions are known to impact marine organisms at the
individual level by altering behavior and reproductive physiology while also impacting marine
communities by disrupting predator prey interactions, community biomass, community
composition, and community spatial dynamics. Research into hypoxia in the GOMEX has
historically been localized, focusing on specific sub-regions with temporally limited sampling.
While this approach has produced findings of the highest quality and importance, it has also
shown that the impacts of hypoxia can be variable making the overall impact of hypoxia on
GOMEX benthic communities difficult to discern. In taking both a geographically and
temporally broad approach in comparing the abundances of marine organisms between hypoxic
sites and normoxic (normal levels of dissolved oxygen, not hypoxic) sites I found that hypoxic
sites had significantly lower biodiversity compared to normoxic sites and that 102 out of 465
examined species had significantly lower abundances in hypoxic areas compared to normoxic
areas. When I compared the diets of common groundfish species from hypoxic areas to the diets
of the same species from normoxic areas a few key differences were noted for some species,
while the diets of other species remained relatively unchanged. After comparing the
reproductive condition and presence/absence of ovarian masculinization between hypoxic areas
and normoxic areas in three species of groundfish, I found evidence of ovarian masculinization
in all three species, and evidence of reproductive impairment in two species. In this dissertation I
showed that hypoxia in the GOMEX alters the community composition and biodiversity of the
benthic community, additionally finding evidence that hypoxic conditions alter the diets and
reproductive biology of several fishes / 1 / Michael Vincent Cyrana
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Seasonal variation in the number of dogs and cats entering four animal shelters in Mississippi and the characterisitics [i.e. characteristics] influencing their adoptionLefebvre, Sarah Elizabeth 07 August 2010 (has links)
The pet overpopulation problem is a multiactorial problem that many organizations such as animal shelters attempt to manage. Many studies have focused on the reasons animals are relinquished by their owners but few have also looked at the characteristics that may influence adoption. Identifying which characteristics that influence adoption may help shelters provide more detailed adoption programs based on their dog and cat profile. Increases in the number of dogs and cats entering animal shelters during the spring and summer month is a perception among shelter staff. Investigating the seasonal trends in the number of animals entering a shelter may help the facility prepare to provide additional space and resources. The focus of this study was to identify any seasonal variation in the number of dogs and cats entering animal shelters in Mississippi and to determine the characteristics of dogs and cats that influenced their adoption.
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An evaluation of seasonal employment at a large department store /Bare, Carole Boehm. January 1954 (has links)
No description available.
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Effects of monetary policy on seasonal patterns of output, prices and employment : a historical study /Weicher, Alice Landt January 1976 (has links)
No description available.
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