<p>Jag vill med min uppsats göra en deskriptiv undersökning av rosenmetoden. I den första delen av uppsatsen beskriver jag metoden i sig. Jag går själv i utbildning i rosenmetoden så den kunskap jag får del av i utbildningen beskriver jag som deltagande observation. Sedan i del två så gör jag en jämförelse mellan rosenmetoden och jungianska teorier och ser på likheter och skillnader.</p>

Jag vill med min uppsats göra en deskriptiv undersökning av rosenmetoden. I den första delen av uppsatsen beskriver jag metoden i sig. Jag går själv i utbildning i rosenmetoden så den kunskap jag får del av i utbildningen beskriver jag som deltagande observation. Sedan i del två så gör jag en jämförelse mellan rosenmetoden och jungianska teorier och ser på likheter och skillnader.

The aim of this study was to identify the algal genera found in the different freshwater bodies on Marion Island, to relate the presence or absence of the genera to the chemistry of the water bodies and to group the genera according to their limno-chemical preferences. The Island's freshwater algal genera were also compared with genera found on other Southern Ocean islands. The major factors influencing the chemical composition of the freshwaters of the island are the surrounding ocean and the manuring of seals and seabirds. The Western and Southern lakelets and wallows had higher mean conductivity values than most of the other water bodies. Eastern Inland lakelets, crater lakes and glacial lakes had low ion and nutrient concentrations, since they are mainly situated inland, away from bird or seal colonies. The chemical composition of wallows was influenced by manuring of seals and seabirds. The freshwaters are acidic and lakelets tend to be more acidic than glacial lakes. The lentic waters were more acidic than the stream. In total, 106 genera, mainly belonging to Chlorophyta (60 genera; 56% of total) and Cyanophyta (29 genera; 27% of total), were found in the freshwaters on the island. Other algal divisions found were Chrysophyta (7 genera), Euglenophyta (4 genera), Pyrrophyta (2 genera) and Xanthophyta (4 genera). Mean number of genera per sample ranged from 8 (in wallows) to 16 (in Eastern Inland lakelets). Filamentous algae were present in all the samples. Abundant green algae were Cosmarium, Klebsormidium, Mougeotia and Oedogonium. The most common cyanobacteria were Lyngbya and Chroococcus. The filamentous yellow-green alga, Tribonema, was also common. There were distinct differences in the algal composition between the southern, western and northern lakelets and the lakelets on the eastern side of the island. Sixty percent of the algal genera were present in waters with low conductivity values. Trichodesmium, Sphaerocystis and Tolypothrix occurred in freshwater bodies with higher conductivity values. Variance analysis showed that 87 of the 106 genera were less likely to occur in nitrogen and phosphate containing waters. Chlamydomonas, Prasiola, Spirogyra Trachelomonas, Tribonema, Ulothrix and Xanthidium were among the genera commonly found in nitrogen and phosphate containing waters. Diversity (number of genera per sample) was negatively correlated with conductivity, PO4-P, NH4-N and NO3-N. Diversity declined significantly with increasing salinity and eutrophication. Genera likely to occur in acidic waters include Binuclearia, Chlamydomonas, Chroococcus, Cosmarium, Klebsormidium, Microspora, Oedogonium, Oocystis, Prasiola, Scenedesmus, Staurastrum, Stigeoclonium, Tetrastrum, Ulothrix, Lyngbya, Synura and Tribonema. Marion Island’s algal flora shows a high affinity with that of Îles Kerguelen and Crozet, both located in the same biogeographical province (South Indian Ocean Province) of the sub-Antarctic than Marion Island, and a lesser affinity with islands in other sub-Antarctic provinces. Algal genera were grouped according to their limno-chemistry preferences. / Thesis (MSc (Environmental Sciences))--North-West University, Potchefstroom Campus, 2012.

The aim of this study was to identify the algal genera found in the different freshwater bodies on Marion Island, to relate the presence or absence of the genera to the chemistry of the water bodies and to group the genera according to their limno-chemical preferences. The Island's freshwater algal genera were also compared with genera found on other Southern Ocean islands. The major factors influencing the chemical composition of the freshwaters of the island are the surrounding ocean and the manuring of seals and seabirds. The Western and Southern lakelets and wallows had higher mean conductivity values than most of the other water bodies. Eastern Inland lakelets, crater lakes and glacial lakes had low ion and nutrient concentrations, since they are mainly situated inland, away from bird or seal colonies. The chemical composition of wallows was influenced by manuring of seals and seabirds. The freshwaters are acidic and lakelets tend to be more acidic than glacial lakes. The lentic waters were more acidic than the stream. In total, 106 genera, mainly belonging to Chlorophyta (60 genera; 56% of total) and Cyanophyta (29 genera; 27% of total), were found in the freshwaters on the island. Other algal divisions found were Chrysophyta (7 genera), Euglenophyta (4 genera), Pyrrophyta (2 genera) and Xanthophyta (4 genera). Mean number of genera per sample ranged from 8 (in wallows) to 16 (in Eastern Inland lakelets). Filamentous algae were present in all the samples. Abundant green algae were Cosmarium, Klebsormidium, Mougeotia and Oedogonium. The most common cyanobacteria were Lyngbya and Chroococcus. The filamentous yellow-green alga, Tribonema, was also common. There were distinct differences in the algal composition between the southern, western and northern lakelets and the lakelets on the eastern side of the island. Sixty percent of the algal genera were present in waters with low conductivity values. Trichodesmium, Sphaerocystis and Tolypothrix occurred in freshwater bodies with higher conductivity values. Variance analysis showed that 87 of the 106 genera were less likely to occur in nitrogen and phosphate containing waters. Chlamydomonas, Prasiola, Spirogyra Trachelomonas, Tribonema, Ulothrix and Xanthidium were among the genera commonly found in nitrogen and phosphate containing waters. Diversity (number of genera per sample) was negatively correlated with conductivity, PO4-P, NH4-N and NO3-N. Diversity declined significantly with increasing salinity and eutrophication. Genera likely to occur in acidic waters include Binuclearia, Chlamydomonas, Chroococcus, Cosmarium, Klebsormidium, Microspora, Oedogonium, Oocystis, Prasiola, Scenedesmus, Staurastrum, Stigeoclonium, Tetrastrum, Ulothrix, Lyngbya, Synura and Tribonema. Marion Island’s algal flora shows a high affinity with that of Îles Kerguelen and Crozet, both located in the same biogeographical province (South Indian Ocean Province) of the sub-Antarctic than Marion Island, and a lesser affinity with islands in other sub-Antarctic provinces. Algal genera were grouped according to their limno-chemistry preferences. / Thesis (MSc (Environmental Sciences))--North-West University, Potchefstroom Campus, 2012.

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

Thesis (Ph.D.)--Memorial University of Newfoundland, 2004. / Bibliography: leaves.316-334.

Thesis (M.S.)--Indiana University, 2007. / Title from screen (viewed on August 8, 2007) Includes vita. Department of Earth Sciences, Indiana University-Purdue University Indianapolis (IUPUI) Includes bibliographical references (leaves 145-149)

This research project investigated how a professional athlete made sense of lying to federal investigators regarding her use of a prohibited substance. More specifically, it investigated how Marion Jones made sense of her experiences through the construction of identity(ies). The constructionism position of narrative was used to determine how Jones gave meaning to significant experiences and constructed a narrative, and how this narrative was constructive of her identity(ies). The three-dimensional space approach of narrative analysis was used as my methodological position. The analysis was done on an interview conducted by Oprah Winfrey on Marion Jones as part of a broadcast of The Oprah Winfrey Show. This was Jones’ first public appearance aftere her release from a six month prison sentence for lying to federal investigators. The analysis revealed the construction of three identities in her narrative. The athlete identity was constructed as one of the past, the felon identity as in the present, and the person identity is constructed as the identity that she will take into the future. Jones makes sense of lying to federal investigators as allowing these identities to develop and leave her with a positive future. This research project contributed to the field of sport psychology by investigating how a professional athlete made sense of her lying to federal investigators regarding her use of a prohibited substance and recommended that the construction of multiple dominant identities may allow for alternative options for professional athletes regarding their doping behaviour. / Dissertation (MA)--University of Pretoria, 2010. / Psychology / unrestricted

No description available.

This study aims to articulate on the basis of Jean-Luc Marion's philosophy a mystical interpretation of subjectivity. The first chapter follows Marion's reading of the history of metaphysics, in order to set-up the transcendental conditions of the mutual exclusion of God and the self. The second chapter takes up Marion's alternative to expand the field of philosophical rationality which metaphysics had limited. Marion proposes a phenomenology of givenness to overcome the limits of metaphysical thought. The final chapter attempts to establish a link between mysticism, understood in the specific sense of the primacy of the Good over Being, and the gifted, or the new figure of subjectivity. keywords : Jean-Luc Marion, history of metaphysics, phenomenology of givenness, saturated phenomenon, mystical theology