This essay sets out to illustrate the evolution of horror in ghost stories through a literary analysis of M.R. James’s “The Mezzotint” (1904) and Susan Hill’s The Man in the Picture (2007). It is shown that despite many similarities, The Man in the Picture is a more frightening story than “The Mezzotint” mainly because of five major differences in the narrator, the haunted picture, the build-up of suspense, the relationship between the ghost and its victims, and the resolution of the mystery. Many critics have dealt with the ghost story genre before but no one seems to have analysed James’s and Hill’s stories in the way that is presented in this essay. In addition to the analysis, the essay also includes a pedagogical chapter, showing how a ghost-story project in upper-secondary school can improve the students’ language, their knowledge of literature and their critical thinking.

With the perpetual advancements in technology and communication the focus and obsession of architectural critique has become surfi cially focused on building “image”. This focus on image of architecture has taken away from the true meaning and focus of what architecture is, space and experience. Although most talks today are focused on image, there are a handful of architects that push for a more phenomenological approach. In the design process, they think more of how a space will feel and stimulate the senses, enrich a viewer’s experience and strengthen the relationship of the space to the context beyond. This thesis attempts to develop methods and concepts that focus on the study of site based phenomena. This thesis attempts to fi nd design processes that will see buildings conceptually conceived from their sites rather than merely placed upon them. The development of these methods and processes is the primary concern of the thesis. It uses Peggy’s Cove, Nova Scotia as a laboratory for testing.

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This thesis addresses the effects of seasonality of grazing on vegetation dynamics. Background to the thesis is provided by the Hill Sheep and Native Woodland (HSNW) project, a system-scale experiment with the long-term aim of integrating upland sheep husbandry within native woodlands. Sheep husbandry in the HSNW project has involved a change from year-round grazing to off-wintering (grazing on upland areas from April to October only). The potential impact of this change on individual plants, plant communities and the landscape is evaluated. A cutting experiment was run to simulate herbivory in different seasons at the level of the individual plant. In grassland communities, where most species are wintergreen graminoids, interaction between species and seasons in response to cutting was minimal. In mire communities, where species with a range of life-forms and phenologies are present, there was considerable interaction between species and lifeform in response to cutting in different seasons. Non-wintergreen graminoid species recovered more rapidly than wintergreen graminoid species following cutting in spring, but the reverse occurred following cutting in autumn. Dwarf shrubs and forbs were slow to recover from cutting in all seasons in both mires and grasslands. The impacts of three grazing treatments in the HSNW project (unchanged year-round grazing, change to off-wintering, and change to zero grazing) on sward structure and species abundance were monitored. Sward height increased in the ungrazed treatment, but changes in species relative abundance were minimal in the short time-scale of the study. Literature suggests that change in plant species abundance in grazed systems is driven by herbivore selection preference for (or avoidance of) plant species and plant responses to grazing. Experts were interviewed to generate a set of seasonal data on herbivore selection preferences and plant responses, and levels of agreement between experts were assessed. Information was also collated on plant response to herbivory from the cutting experiment (above) and plant trait information from the literature. A qualitative model was developed to predict change in species abundance. It was used to: i) explore patterns of interaction between herbivore preferences and plant responses to grazing; ii) compare short-term predictions of change in abundance made using each of the information sources available; iii) make longer-term predictions using plant trait information. The short-term predictions were tested against the small changes in species abundance that had occurred in the HSNW project. Predictions made with the plant trait information were more accurate than those made with other information. A study of levels of browsing on regeneration was carried out in mature sheep-grazed birch woodlands. It was rare to find regeneration at sites grazed only by sheep, but tree regeneration did occur in the presence of sheep. Seasonal variation in browsing was found to be more related to the presence of cattle than to the presence of sheep. Finally, the findings are collated to make management recommendations for the HSNW project and other systems where seasonal grazing regimes could be beneficial.

This essay is a literary analysis of two ghost stories, Elizabeth Gaskell’s “The Old Nurse’s Story” (1852) and Susan Hill’s The Man in the Picture (2007). The main focus of the essay is the theme of revenge, which is explored on the basis of similarities and differences in the mentioned ghost stories. It is shown that, in spite of many similarities, The Man in the Picture is a more developed and less conventional ghost story than “The Old Nurse’s Story”. This development is seen in the setting, the narrators and the structure of the story, all of which contain more layers in Susan Hill’s story. The essay also includes a didactic chapter which shows how a teacher can use the two ghost stories in the classroom to teach students in upper secondary school about literary analysis and the Gothic genre.

No description available.

The North Canterbury tectonic setting involves the southward propagating margin of easterly strike-slip activity intersecting earlier thrust activity propagating east from the Alpine Fault. The resulting tectonics contain a variety of structures caused by the way these patterns overlap, creating complexities on the regional and individual feature scale. An unpublished map by Jongens et al. (1999) shows the Ashley-Loburn Fault System crossing the plains from the east connected with the Springfield Thrust Fault in the western margins, possibly the southern limit of the east-west trending strikeslip activity. Of note are two hill structures inferred to be affected by this fault system. View Hill to the west, is on the south side of this fault junction, and Starvation Hill further east, was shown lying on the north side of a left stepover restraining bend. During thrust uplift and simple tilting of the View Hill structure, at least two uplift events post date last Pleistocene aggradation accounting for variations in scarp morphology. Broad constraints on fault dip and the age of the displacement surface suggest that slip-rates are in the order of 0.5 mm/year. East from View Hill, the strike-slip fault was originally thought to curve northeast, around the southeast of Starvation Hill. But there is neither evidence of a scarp, nor other clear evidence of surface faulting at Starvation Hill, which poses the question of the extent to which folding may reflect both fault geometry and fault activity. Starvation Hill is a triangular shape, with a series of distinctive smooth, semi-planar surfaces, lapping across both sides of the hill at a range of elevations and gradients. These surfaces are thought to be remnants of old river channels, and are indicative of tilting and upwarping of the hill structure. 3D computer modelling of these surfaces, combined with studies of the cover sequence on the hill, resulted in inferences being drawn as to the location of hinge lines of a dual-hinged anticline and an overview of the tectonic history of the hill. This illustrates the potential to apply topographical and geomorphic studies to the evolution of geometrically complex structures Starvation Hill is interpreted to be the result of two fault-generated folds, one fault trending north, the other, more recent fault, trending east. These two faults are thought to be sequentially developed segments of the original fault zone inferred by Jongens et al. (1999) but with reinterpreted location and mechanism detail. The presence of two faults has resulted in overprinted differential uplift of the structure, which has been significantly degraded, especially in the southwest corner of the hill. The majority of the formation of the northerly trending structure of Starvation Hill is inferred to be pre-Otiran, with uplift of the later east trending structure continuing into the late Pleistocene and Holocene.

Thesis (Ph.D.)--University of Texas at Dallas, 2007. / Includes vita. Includes bibliographical references (leaves 132-135)

Thesis (D.W.S.)--Institute for Worship Studies, 2006. / Includes bibliographical references.

Thesis (M.S.) in Forestry--University of Maine, 2007. / Includes vita. Includes bibliographical references (leaves 111-115).