A qualitative study of how Småland local media depict Florence Stephen's declaration of invalidity This is a study that deals with the way in which Florence Stephen's declaration of affairs is viewed from the perspective of the local press. Previous research done in the field shows that Stephen was declared invalid on February 23, 1957, and the proposal for this was already taken on October 27, 1956. To complete the study, a qualitative text analysis has been conducted. This has been done with help from the newspapers Smålandsposten, Kronobergaren and Växjöbladet. Lukes and Focault's power perspective has been used as theoretical tools to analyze the results of the study. The result of the study shows that the papers depict the course starting from the first hearing on January 17, 1957 until Stephens asks himself unauthorized. Until her declaration of confidentiality, the newspapers write partly why the decision on her declaration of invalidity was taken and partly who made the decision. In newspapers, it is also possible to read that Stephen opposed the decision and fought for his authority. In addition, historical perspectives are presented regarding the negative development that occurred during her time as a user owner.

Florence Stephens became the owner of Huseby bruk, an industry located in Småland, 1934 while she was just over 50 years old, she inherited it from her late father. Huseby bruk, while under the ownership her father Huseby bruk had a thriving economy and expanded. When he died his daughter Florence Stephens took over. Missing formal education regarding how to manage an industry led to a declining economy and later one of the bigger economic scandals in the county. One of the outcomes of the scandal was that Florence Stephens was declared a legally incompetent person and she remained so in 19 years. This study aims to fill in the gaps of studies regarding her attempts to regain her legal competence and in the legal dispute about arranging an administrator for Florence Stephens that followed. Further this study analyzes her right of possession to Huseby bruk and if she had all the rights she was entitled. The source material chosen for this study is documents left over from her cases located at Linnéuniversitetet in the Huseby archives. The result reached by the study was that Florence Stephens regained her legally competence 1976 which led to a response from Alvesta chief guardian requesting that this only happens if an administrator is assigned. This lead to a long lawsuit ending in October 1978. Regarding her possession of Huseby have the study concluded that she still had the rights but they were not absolute.

Mite pest problems in Utah apple orchards became generally serious about 1944, when DDT was first used extensively to control Codling moths, Carpocapsa pomonella (Linn.) (Jorgensen, 1967}. Since then several investigators (Pickett et al., 1946; Lord, 1949; Pickett, 1955; Lord, Herbert, and MacPhee, 1958) have examined the influence of various spray programs on apple orchard fauna, while still others (Clancy and Pollard, 1952; Morgan, Anderson, and Swales, 1958; Oat-man and Legner, 1962) have conducted related studies with widely used broad spectrum pesticides on apple mites and their predators. All seem to lend credence to the theory that mite pest problems on apples resulted primarily from the reduction or elimination of natural enemies with pesti-cides. Still other factors as m9ntioned by Huffaker, van de Vrie, and McMurtry (1970) may have profound effects on, or be a principal cause of mite outbreaks in some situations. Presently, integration of natural and chemical control methods for mites seems essential. Van Den Bosch and Stern (1962) and Jorgensen (1967) redefined the control target when they emphasized that in the development of an integrated control program, the entire ecosystem, rather than isolated pest species, must be of primary concern.

Deer Creek Reservoir in Utah has a history of high algae concentrations. Despite recent nutrient reduction efforts, seasonal algae continue to present problems. Cost effective, accurate, and comprehensive monitoring is important to understand the reservoir processes driving this problem and characterizing the algae spatial and temporal distributions are an important part of this effort. Current laboratory methods for accurately measuring algae are expensive and time consuming and are based on water samples taken in the field and transported to the laboratory. This approach only provides data for relatively few point samples because of the time and expense of sample collection and analysis. These relatively few samples do not describe the complex spatial and temporal trends in the algal data. Algae exhibit non-uniform distributions, especially in the vertical direction. In situ probes are able to measure chlorophyll-a and provide a less expensive measuring alternative than laboratory methods. These probes provide relatively quick, high resolution vertical profile measurements, which allows for more comprehensive horizontal and temporal sampling. To have confidence in the probe data, good correlations between in situ chlorophyll-a measurements and laboratory algae or chlorophyll measurements are important, but these correlations can be reservoir and time dependant as reservoir conditions change. Therefore, they must be developed for each study site. This study reports on efforts at Deer Creek Reservoir to develop these correlations and provide a general description of the dynamic reservoir algal processes. I found that chlorophyll-a is weakly correlated to most algae species in the reservoir. However, it correlated well with total phytoplankton biovolume and the dominant algal species, which for this study was the diatom. Variations in correlation strength among the several algae species was assumed to most likely be affected by environmental factors, sample methods, algae species diversity, and the accuracy of the optical chlorophyll-a sensor. The data analysis indicate that the field methods used to obtain laboratory samples may have been a significant source of error because of the difficulty of matching the location of a probe measurement to the location of a sample. Field samples were not taken at the same depths as probe measurements and field samples from two locations were either mixed before laboratory analysis or the sample was a composite over a 2-meter range. Based on my observations, I have made several recommendations to improve the accuracy of the correlation between algae and chlorophyll-a.

Tuatara (Sphenodon spp.) were once widespread over both the North and the South Islands of New Zealand approximately 1000 years ago but are now restricted to offshore islands due to introduced predators and habitat destruction. The survival of tuatara is now threatened by climate change because of isolation on islands that prevent them from migrating to cooler regions, and by their limited capacity to adapt due to their long life span and low genetic diversity. The thermal suitability of cooler regions for future translocations could be the key for tuatara conservation. The overall aim of the study was to determine the effect of cool temperature on the physiology, behaviour and egg incubation of Cook Strait tuatara (Sphenodon punctatus). As well answering specific questions about tuatara and their adaptation to cool temperature this study aimed at answering general questions about the behavioural and evolutionary ecology of reptiles. I first compared the preferred body temperature, feeding responses and tolerance to cold temperature of tuatara (Sphenodon punctatus) with three lizard species that inhabit the Otago region of southern New Zealand: Hoplodactylus maculatus, Naultinus gemmeus and Oligosoma maccanni. As well as testing the co-adaptation hypothesis between preferred body temperature and physiological performance of reptiles, I wanted to determine whether tuatara (which are planned to be reintroduced from a warmer site to the Otago region) have similar responses to cool temperature as do Otago lizard species. I found that tuatara show responses to cold temperatures similar to those of lizards from southern New Zealand, suggesting that if tuatara are translocated outside of their geographical range, they are likely to survive. I then tested if tuatara were capable of modifying their thermoregulatory behaviour if translocated to a cooler region. To do so, I conducted a laboratory experiment in which tuatara were provided with three thermal treatments corresponding to the thermal environments they would experience in their current habitat and the proposed reintroduction site. Contrary to the prediction of the cost-benefit model of thermoregulation, tuatara became active thermoregulators when the thermal quality of the habitat decreased. The results suggest that the model is less applicable to cold-adapted species and that if translocated to cooler regions, tuatara will be able to adjust their thermoregulatory behaviour to their thermal environment. Tuatara are temperature-dependent sex determination (TSD) reptiles and their translocation to cooler regions could have an dramatic impact on the sex ratio of new populations. To determine if potentially lower incubation temperature would be a limiting factor for the reintroduction of tuatara, I translocated eggs to the proposed reintroduction site. Some tuatara embryos developed at the site (and later hatched in the laboratory), but incubation lasted longer than in natural nests and all hatchlings were female. This trend observed in biased sex ratio might change in the context of climate change as an increase of soil temperature by 3�C would allow the production of males at the proposed site. The present study demonstrates that the translocation of tuatara further south, outside of their current geographical range, is possible and recommended. Tuatara show similar responses to cool temperatures compared with lizards that live in southern New Zealand, they can also adjust their thermoregulatory behaviour if translocated to cooler habitats, and tuatara embryos could potentially develop successfully in cooler regions. The greatest chance for the future survival of tuatara and TSD species in general, lies in translocation to other locations that are thermally suitable.

In February 2005, a collection predominantly containing medieval ballads was found in the library of Växjö. The collectors were mainly George Stephens, originally from Scotland, and Gunnar Olof Hyltén-Cavallius, both active in Småland in the nineteenth century. In connection with an intital inventory of the material, Magnus Gustafsson, ethnomusicologist at Smålands Musikarkiv, marked ballads of uncertain origin with a question mark. The purpose of this essay is to investigate 22 of these marked ballads. To be able to compare them with other material we have developed a method to identify differences. By means of the method both the text and the melody are compared and in addition the differences in terms of quality and quantity are assessed. We have compared the collection, named Växjö Stadsbiblioteks Stephenssamling (VSS), with the Swedish edition of medieval ballads, Sveriges Medeltida Ballader (SMB). In the comparison, a ballad forgotten since the mid nineteenth century was retrieved .

<p>In February 2005, a collection predominantly containing medieval ballads was found in the library of Växjö. The collectors were mainly George Stephens, originally from Scotland, and Gunnar Olof Hyltén-Cavallius, both active in Småland in the nineteenth century. In connection with an intital inventory of the material, Magnus Gustafsson, ethnomusicologist at Smålands Musikarkiv, marked ballads of uncertain origin with a question mark.</p><p>The purpose of this essay is to investigate 22 of these marked ballads. To be able to compare them with other material we have developed a method to identify differences. By means of the method both the text and the melody are compared and in addition the differences in terms of quality and quantity are assessed. We have compared the collection, named Växjö Stadsbiblioteks Stephenssamling (VSS), with the Swedish edition of medieval ballads, Sveriges Medeltida Ballader (SMB). In the comparison, a ballad forgotten since the mid nineteenth century was retrieved .</p>

Tuatara (Sphenodon spp.) were once widespread over both the North and the South Islands of New Zealand approximately 1000 years ago but are now restricted to offshore islands due to introduced predators and habitat destruction. The survival of tuatara is now threatened by climate change because of isolation on islands that prevent them from migrating to cooler regions, and by their limited capacity to adapt due to their long life span and low genetic diversity. The thermal suitability of cooler regions for future translocations could be the key for tuatara conservation. The overall aim of the study was to determine the effect of cool temperature on the physiology, behaviour and egg incubation of Cook Strait tuatara (Sphenodon punctatus). As well answering specific questions about tuatara and their adaptation to cool temperature this study aimed at answering general questions about the behavioural and evolutionary ecology of reptiles. I first compared the preferred body temperature, feeding responses and tolerance to cold temperature of tuatara (Sphenodon punctatus) with three lizard species that inhabit the Otago region of southern New Zealand: Hoplodactylus maculatus, Naultinus gemmeus and Oligosoma maccanni. As well as testing the co-adaptation hypothesis between preferred body temperature and physiological performance of reptiles, I wanted to determine whether tuatara (which are planned to be reintroduced from a warmer site to the Otago region) have similar responses to cool temperature as do Otago lizard species. I found that tuatara show responses to cold temperatures similar to those of lizards from southern New Zealand, suggesting that if tuatara are translocated outside of their geographical range, they are likely to survive. I then tested if tuatara were capable of modifying their thermoregulatory behaviour if translocated to a cooler region. To do so, I conducted a laboratory experiment in which tuatara were provided with three thermal treatments corresponding to the thermal environments they would experience in their current habitat and the proposed reintroduction site. Contrary to the prediction of the cost-benefit model of thermoregulation, tuatara became active thermoregulators when the thermal quality of the habitat decreased. The results suggest that the model is less applicable to cold-adapted species and that if translocated to cooler regions, tuatara will be able to adjust their thermoregulatory behaviour to their thermal environment. Tuatara are temperature-dependent sex determination (TSD) reptiles and their translocation to cooler regions could have an dramatic impact on the sex ratio of new populations. To determine if potentially lower incubation temperature would be a limiting factor for the reintroduction of tuatara, I translocated eggs to the proposed reintroduction site. Some tuatara embryos developed at the site (and later hatched in the laboratory), but incubation lasted longer than in natural nests and all hatchlings were female. This trend observed in biased sex ratio might change in the context of climate change as an increase of soil temperature by 3�C would allow the production of males at the proposed site. The present study demonstrates that the translocation of tuatara further south, outside of their current geographical range, is possible and recommended. Tuatara show similar responses to cool temperatures compared with lizards that live in southern New Zealand, they can also adjust their thermoregulatory behaviour if translocated to cooler habitats, and tuatara embryos could potentially develop successfully in cooler regions. The greatest chance for the future survival of tuatara and TSD species in general, lies in translocation to other locations that are thermally suitable.

Thesis (Ph. D.)--Indiana University of Pennsylvania. / Includes bibliographical references.

No description available.