Re-animated: The contemporary American horror film remake, 2003-2013

This doctoral thesis is a study of American horror remakes produced in the years 2003-2013, and it represents a significant academic intervention into an understanding of the horror remaking trend. It addresses the remaking process as one of adaptation, examines the remakes as texts in their own right, and situates them within key cultural, industry and reception contexts. It also shows how remakes have contributed to the horror genre’s evolution over the last decade, despite their frequent denigration by critics and scholars. Chapter One introduces the topic, and sets out the context, scope and approach of the work. Chapter Two reviews the key literature which informs this study, considering studies in adaptation, remaking, horror remakes specifically, and the genre more broadly. Chapter Three explores broad theoretical questions surrounding the remake’s position in a wider culture of cinematic recycling and repetition, and issues of fidelity and taxonomy. Chapter Four examines the ‘reboots’ of one key production company, exploring how changes are made across versions even as promotion relies on nostalgic connections with the originals. Chapter Five discusses a diverse range of slasher film remakes to show how they represent variety and contribute to genre development. Chapter Six considers socio-political themes in 1970s horror films and their contemporary post-9/11 remakes, and Chapter Seven focuses on gender representation and recent genre trends in the rape-revenge remake. This thesis concludes with a discussion of the most recent horror remakes, and reiterates the findings from the preceding chapters. Ultimately, genre remakes remain prevalent because they are often profitable and cater for a guaranteed audience. They are commercial products, but also represent some of the more creative entries in horror cinema over the last decade, and their success enables further productions. Rather than being understood as simplistic derivative copies, horror remakes should be considered as intertextual adaptations which both draw from and help to shape the genre.Arts and Humanities Research Counci

The Hollywood Remake Massacre: Adaptation, Reception and Value

Laura Mee, ‘The Hollywood Remake Massacre: Adaptation, Reception and Value’, in Colleen Kennedy-Karpat, and Eric Sandberg, eds., Adaptation, Awards Culture, and the Value of Prestige (London: Palgrave Macmillan, 2017). This extract is taken from the author's original manuscript and has not been edited. Under embargo until 25 October 2020. The definitive, published, version of record is available here: https://www.palgrave.com/gb/book/9783319528533, doi: https://doi.org/10.1007/978-3-319-52854-0This chapter explores audience, fan and critic responses to horror film remakes, and argues that these reception contexts can be seen as a counterpoint to industry acclaim or awards recognition when considering the cultural value of such a maligned adaptive form and a denigrated genre. Using examples from online discussions and reviews of horror remakes, and drawing on a number of examples of these contemporary adaptations, the chapter illustrates how viewers play a key role in framing the reception of film remakes, and considers issues of fidelity, genre and fandom to demonstrate how this particular mode of horror production and its resulting texts are especially vulnerable to criticism as a result of preconceived notions of cultural value

Conjuring a Universe: James Wan, Creepy Dolls and Demon Nuns

© 2021 The Author(s). Published with license by Taylor & Francis Group, LLC. This is an Open Access article distributed under the terms of the Creative Commons Attribution License (http://creativecommons.org/licenses/by/4.0/).The Conjuring franchise has dominated mainstream horror cinema in the twenty-first century. The success of The Conjuring inspired sequels and spin-offs (Annabelle and The Nun), each beginning further franchise strands. Annabelle: Creation tipped the franchise’s box office returns over $1billion, making it the third most successful horror series of all time and “a full-blown cinematic universe that any studio would envy” (Mendelson). At the universe’s centre is writer/producer/director James Wan, whose reputation has shifted from an uncomfortable association with “splat pack” horror as co-creator of the Saw series, to a blockbuster horror auteur (Bernard). Wan’s particular brand of contemporary Gothic, favouring demonic possession and haunted houses over shock and gore, connects the Conjuring franchise with other films including Insidious and Lights Out, and his involvement is promoted with each new instalment, anchoring every film to his original. This article charts the expansion of The Conjuring series, examining how its connected characters, narratives and aesthetics contribute to a worldbuilding approach which builds on its popular origins by way of Wan's status. This contemporary horror universe is marketed as a complex, evolving auterist creation weaved from a single, central source—and is deliberately distanced from the idea of a calculated, producer-led franchise.Peer reviewedFinal Published versio

Labour efficiency on-farm

End of project reportImprovements in milking efficiency have a greater influence than any other aspect of the dairy farmers work on overall farm labour inputs (Whipp, 1992). In order to facilitate the examination of milking process labour inputs, the milking process may be divided into the following three components: herding pre and post milking (transfer of cows to and from the milking parlour); milking (milking tasks / work routines within the parlour); and washing (washing of milking machine and yard). Meanwhile, within milking specifically, the number of cows milked per operator per hour is the best measure of both the performance of the operator and the milking installation (Clough, 1978). This is affected by the following three factors: the milking times of the cows, the number and arrangement of the milking units, and the operator’s work routine (Whipp, 1992). The addition of extra milking units will only increase milking performance if the operator has idle time during milking (Hansen, 1999)

Welfare and health of dairy cattle on out-wintering pads or in cubicle housing with or without cushioned flooring.

End of Project ReportThe first study described in this report involved housing 66 spring calving heifers in one of three systems during the winter, namely, (i) a conventional cubicle house, (ii) a cubicle house with cushioned flooring covering the slats (slat mats) in the passageway and (iii) on a wood-chip out-wintering pad. Behaviour, health and performance indicators were measured on all animals while pregnant from housing in November 2003 until calving in January 2004. Additionally, data were collected on the first 15 animals to calve in each treatment for the first four weeks of lactation in the spring. The slat mats resulted in some improvements to hoof health compared to the conventional cubicle house. Furthermore, it increased feeding times although this had no effect on feed intake or performance. The results also indicated that heifers have a preference for standing on cushioned flooring rather than on concrete during late pregnancy. Both groups indoors differed greatly from the outdoor heifers in several respects. The outdoor animals had healthier feet and were less affected by injuries to the limbs. They also had a more diverse behaviour repertoire and slipped and tripped less. However, their welfare was adversely affected by inclement weather conditions with indications of immunosuppression combined with a reduction in average daily gain being recorded. Furthermore, they were dirtier and spent less time lying down. None of these factors influenced milk yield, quality or composition in early lactation. Welfare problems associated with the pad were weather and management dependent and hence could be addressed by more frequent cleaning of the pad and/or an increase in space allowance combined with the provision of shelter. Hence, the potential for good welfare in dairy heifers was higher on the pad than indoors in a cubicle system even when slat mats were provided. In the second study, 62 autumn calving pluriparous dairy cows were housed in September 2004 in a cubicle system with either solid concrete floors or solid concrete floors covered by a rubber mat and cleaned by an automatic scrapper. Behaviour, locomotion and foot lesion scores were recorded from at least 3 weeks prior to calving until at least 16 weeks post-partum. Furthermore, in-depth measures of oestrous behaviour and reproductive performance were recorded. The cushioned flooring had no effect on sole or white line lesion scores or on dermatitis scores. However, it reduced the rate of wear of the heels in early lactation. Cows on cushioned flooring spent more time standing, but not feeding, at the feed face while cows on concrete stood in the cubicles instead. It appears that where cows have access to spacious, well-designed cubicles they can use them for standing to get relief for their feet from the concrete. Similar to the previous study this also indicates that cows prefer to stand on cushioned flooring than on bare concrete and emphasises the importance of at least providing cows with mats or mattresses in their cubicles. There were no effects of the cushioned flooring on oestrous behaviour or reproductive performance, which was poor in both treatments. It is suggested that the reasons for this were that the cushioned flooring did not provide sufficient traction for the cows and so they were as reluctant as the cows on concrete to perform mounting behaviour.European Union Structural Fun

Factors Affecting the Welfare of Unweaned Dairy Calves Destined for Early Slaughter and Abattoir Animal-Based Indicators Reflecting Their Welfare On-Farm

peer reviewedIn many dairy industries, but particularly those that are pasture-based and have seasonal calving, “surplus calves,” which are mostly male, are killed at a young age because they are of low value and it is not economically viable to raise them. Such calves are either killed on farm soon after birth or sent for slaughter at an abattoir. In countries where calves are sent for slaughter the age ranges from 3-4 days (New Zealand and Australia; “bobby calves”) to 3-4 weeks (e.g., Ireland); they are not weaned. All calves are at the greatest risk of death in the 1st month of life but when combined with their low value, this makes surplus calves destined for early slaughter (i.e., <1 month of age) particularly vulnerable to poor welfare while on-farm. The welfare of these calves may also be compromised during transport and transit through markets and at the abattoir. There is growing recognition that feedback to farmers of results from animal-based indicators (ABI) of welfare (including health) collected prior to and after slaughter can protect animal welfare. Hence, the risk factors for poor on-farm, in-transit and at-abattoir calf welfare combined with an ante and post mortem (AM/PM) welfare assessment scheme specific to calves <1 month of age are outlined. This scheme would also provide an evidence base with which to identify farms on which such animals are more at risk of poor welfare. The following ABIs, at individual or batch level, are proposed: AM indicators include assessment of age (umbilical maturity), nutritional status (body condition, dehydration), behavioral status (general demeanor, posture, able to and stability while standing and moving, shivering, vocalizations, oral behaviors/cross-sucking, fearfulness, playing), and evidence of disease processes (locomotory ability [lameness], cleanliness/fecal soiling [scour], injuries hairless patches, swellings, wounds], dyspnoea/coughing, nasal/ocular discharge, navel swelling/discharge); PM measures include assessment of feeding adequacy (abomasal contents, milk in rumen, visceral fat reserves) and evidence of disease processes (omphalitis, GIT disorders, peritonitis, abscesses [internal and external], arthritis, septicaemia, and pneumonia). Based on similar models in other species, this information can be used in a positive feedback loop not only to protect and improve calf welfare but also to inform on-farm calf welfare management plans, support industry claims regarding animal welfare and benchmark welfare performance nationally and internationally

The effect of rubber versus concrete passageways in cubicle housing on claw health and reproduction of pluriparous dairy cows

peer reviewedThe effect of covering the passageways and feed face of a cubicle house with rubber flooring was compared to concrete in terms of claw health, behaviour and reproductive performance of dairy cows from a grass-based milk production system. Sixty-two, autumn calving, pluriparous Holstein–Friesian cows were introduced to the housing treatments prior to calving. Foot lesions were scored at housing, 1, 7, 12 and 16 weeks post-partum. The behaviour (activity, posture, and location) of all cows was recorded by instantaneous scan sampling over 24 h once per week from ca. 3 weeks pre-partum to 12 weeks post-partum. Estrous activity was recorded by visual observation three times daily using tail-paint and continuously by radiotelemetry from 1 week after calving until the end of the breeding season. The rubber flooring had a negligible beneficial effect on heel erosion but no effect on haemorrhage or dermatitis scores and no effect on the proportion of cows affected by severe lesions. Furthermore, there were no benefits for estrous expression or subsequent reproductive performance. There were no differences between treatments in time spent standing by cows, but cows on concrete stood more in the cubicles, while cows on the rubber flooring stood more at the feed face. This suggests that cows prefer to stand on comfortable surfaces while not feeding and that they can use well-bedded, comfortable cubicles for standing to get relief for their feet from concrete floors. This also explains the lack of a difference between treatments in claw health

Characterization of Wildfire Emissions in California: Analysis of Airborne Measurements of Trace Gases from 2013 to 2016

Biomass burning, which includes wildfires, prescribed, and agricultural fires, is an important source of trace gases and particles, and can influence air quality on a local, regional, and global scale. Biomass burning emissions are an important source of several key trace gases including carbon dioxide (CO2) and methane (CH4). With the threat of wildfire events increasing due to changes in land use, increasing population, and climate change, the importance of characterizing wildfire emissions is vital. In this work we characterize trace gas emissions from 9 wildfire events in California between 2013 2016, in some cases with multiple measurements performed during different burn periods of a specific wildfire. During this period airborne measurements of CO2, CH4, water vapor (H2O), ozone (O3), and formaldehyde (HCHO) were made by the Alpha Jet Atmospheric eXperiment (AJAX). Located in the Bay Area of California, AJAX is a joint effort between NASA Ames Research Center and H211, LLC. AJAX makes in-situ airborne measurements of trace gases 2-4 times per month, resulting in 229 flights to date since 2011. Results presented include emission ratios (ER) of trace gases measured by AJAX during fire flights, and comparisons of ERs are made for each fire, which differ in time, location, burning intensity, and fuel type. We also use our airborne measurements to compare with photochemical grid model results to assess model approximations of plume transport and chemical evolution from select wildfires

Proposed Trace Gas Measurements Over the Western United States for TROPOMI Validation

The Alpha Jet Atmospheric eXperiment (AJAX), located in the Bay Area of California, is a joint effort between NASA Ames Research Center and H211, LCC. AJAX makes in-situ airborne measurements of trace gases 2-4 times per month, resulting in over 216 flights since 2011. Current measurements include ozone (O3), carbon dioxide (CO2), methane (CH4), water (H2O), formaldehyde (HCHO), and meteorological measurements (i.e., ambient pressure, temperature, and 3D winds). Currently, the AJAX team is working to incorporate nitrogen dioxide (NO2) measurements with a Cavity Attenuated Phase Shift Spectrometer (CAPS). Successful science flights coincident with satellite overpasses have been performed since 2011 by the Alpha Jet, with more than 40 flights under the Greenhouse Observing SATellite (GOSAT) and several flights under the Orbiting Carbon Observatory-2 (OCO-2). Results from these flights, which have covered a range of different surfaces and seasonal conditions, will be presented. In-situ vertical profiles of O3, CO2, CH4, H2O, HCHO, and NO2 from the surface to 28,000 feet made by AJAX will also be valuable for satellite validation of data products obtained from the TROPOspheric Montoring Instrument (TROPOMI). TROPOMI is on board the Copernicus Sentinel-5 precursor (S5p) satellite, with level 2 products including O3, CO, CH4, HCHO, NO2, and aerosols