Deterioration and Noise in Technologies of Audio Reproduction

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Confronting Contemporary Mythmaking: On artists’ engagements with popular culture

This paper begins by outlining an understanding of how the culture industry operates in American culture and explores ways to counter the transmission of modern mythmaking through art. As described in Roland Bathes’s Mythologies, mythmaking in the contemporary context serves to sever current systems of power and coercion from the historic processes of their creation; to naturalize the current neoliberal order and make it seem like the only way things could ever be. This sort of mythmaking is transmitted through popular culture, and many artists have responded to it through their practices. Herein I describe several different artists’ approaches, including my own

The Death of Jesus and the Truth of the Triune God in Wolfhart Pannenberg and Eberhard Juengel

For Pannenberg and Juengel the death of Christ has an integral role to play in instantiating in the life of God the critical moment necessary to their respective conceptions of truth. For Pannenberg a claim\u27s capacity for truth lies in its ability to be disputed. Confirmation must follow if a claim is to be judged true, but even this confirmation is open to subsequent challenge. Truth is hence a historical process, only the end of which will bring about a definitive conclusion. Given this understanding of truth, the death of Christ on the cross is to be understood as a disputation to the deity of God, since the Father\u27s lordship is dependent upon the Son, and God\u27s lordship is not external to God\u27s deity. In the resurrection of Jesus the Holy Spirit confirms Jesus and his claims about the Father\u27s lordship, but the confirmation of this claim remains open to challenge by history. For Juengel, truth is approached phenomenologically, by attending to the event of interruption in our lives which occurs when we are apprehended by an external reality. Our self-continuity is interrupted, and if this interruption can be assimilated, an enhancement of our lives takes place in which new possibilities for being emerge. Considered in this light, Christ is the \u27two-fold\u27 interruption, in whom God draws closer to us than we are able to ourselves, and in whom God has allowed his own life to be interrupted by our sin and death. The Holy Spirit in the resurrection reveals that such an interruption did not end in the termination of God\u27s existence, but that the nothingness of death is taken up into God\u27s differentiated life

Expansion of the Real-time Sport-land Information System for NOAA/National Weather Service Situational Awareness and Local Modeling Applications

The NASA Short-term Prediction Research and Transition (SPoRT) Center has been running a real-time version of the Land Information System (LIS) since summer 2010 (hereafter, SPoRTLIS). The real-time SPoRT-LIS runs the Noah land surface model (LSM) in an offline capacity apart from a numerical weather prediction model, using input atmospheric and precipitation analyses (i.e., "forcings") to drive the Noah LSM integration at 3-km resolution. Its objectives are to (1) produce local-scale information about the soil state for NOAA/National Weather Service (NWS) situational awareness applications such as drought monitoring and assessing flood potential, and (2) provide land surface initialization fields for local modeling initiatives. The current domain extent has been limited by the input atmospheric analyses that drive the Noah LSM integration within SPoRT-LIS, specifically the National Centers for Environmental Prediction (NCEP) Stage IV precipitation analyses. Due to the nature of the geographical edges of the Stage IV precipitation grid and its limitations in the western U.S., the SPoRT-LIS was originally confined to a domain fully nested within the Stage IV grid, over the southeastern half of the Conterminous United States (CONUS). In order to expand the real-time SPoRT-LIS to a full CONUS domain, alternative precipitation forcing datasets were explored in year-long, offline comparison runs of the Noah LSM. Based on results of these comparison simulations, we chose to implement the radar/gauge-based precipitation analyses from the National Severe Storms Laboratory as a replacement to the Stage IV product. The Multi-Radar Multi-Sensor (MRMS; formerly known as the National Mosaic and multi-sensor Quantitative precipitation estimate) product has full CONUS coverage at higher-resolution, thereby providing better coverage and greater detail than that of the Stage IV product. This paper will describe the expanded/upgraded SPoRT-LIS, present comparisons between the original and upgraded SPoRT-LIS, and discuss the path forward for future collaboration opportunities with SPoRT partners in the NWS

Local Data Integration in East Central Florida Using the ARPS Data Analysis System

This paper describes the Applied Meteorology Unit's (AMU) efforts to configure, implement, and test a version of the Advanced Regional Prediction System (ARPS) Data Analysis System (ADAS; Brewster 1996) that assimilates all available data within 250 km of the Kennedy Space Center (KSC) and the Eastern Range at Cape Canaveral Air Station (CCAS). The objective for running a Local Data Integration System (LDIS) such as ADAS is to generate products which may enhance weather nowcasts and short-range (less than 6 h) forecasts issued in support of ground and aerospace operations at KSC/CCAS. A LDIS such as ADAS has the potential to provide added value because it combines observational data to produce gridded analyses of temperature, wind, and moisture (including clouds) and diagnostic quantities such as vorticity, divergence, etc. at specified temporal and spatial resolutions. In this regard, a LDTS along with suitable visualization tools may provide users with a ignore complete and comprehensive understanding of evolving weather than could be developed by individually examining the disparate data sets over the same area and time. The AMU implemented a working prototype of the ADAS which does not run in real-time. Instead, the AMU is evaluating ADAS through post-analyses of weather events for a warm and cool season case. The case studies were chosen to investigate the capabilities and limitations of a LDIS such as ADAS including the impact of non-incorporation of specific data sources on the utility of the subsequent analyses

Investigations into the relationship between behavioural tendencies and social status using the signal crayfish Pacifastacus leniusculus as a model organism

Many studies have shown that animals from a variety of taxa display behavioural tendencies which differ between individuals. If such tendencies are consistent over time and across contexts, they are generally referred to as personalities, temperaments or coping styles. Social conflict is believed to be one of the main factors leading to the evolution of animal personalities. Social conflict may favour the adoption of alternative behavioural options by individuals within a population, thus leading to differing personalities. In many animals, competition for resources leads to the establishment of social hierarchies, through agonistic encounters between conspecifics. Using the signal crayfish (Pacifastacus leniusculus) as a model organism this study investigated if crayfish of differing social status display different behavioural tendencies. To this end size-matched dominant and subordinate individuals were tested for boldness and activity at different time points. The behaviour was tested one day before, immediately after, one day after and six days after an agonistic encounter, in order to test whether crayfish display behavioural tendencies which are consistent over time and expressed in different behaviours and to determine whether pre-existing behavioural tendencies predispose individuals to a certain social status or only emerge as a result of status acquisition. The results show dominant and subordinate individuals differed significantly in their defensive behaviour. Subordinates also showed a high degree of consistency in their response to a predatory stimulus but dominants showed no consistency. In addition there was a negative correlation between the amount of low-offensive behaviour displayed during the agonistic encounter and the response to the predatory stimulus during the behavioural trials. Individuals which showed more low-offensive behaviour showed a weaker response to the predatory stimulus. Furthermore, individuals which showed more high offensive behaviour during the agonistic encounter had also spent more time walking on the day prior to the encounter

Prototype Local Data Integration System and Central Florida Data Deficiency

This report describes the Applied Meteorology Unit's (AMU) task on the Local Data Integration System (LDIS) and central Florida data deficiency. The objectives of the task are to identify all existing meteorological data sources within 250 km of the Kennedy Space Center (KSC) and the Eastern Range at Cape Canaveral Air Station (CCAS), identify and configure an appropriate LDIS to integrate these data, and implement a working prototype to be used for limited case studies and data non-incorporation (DNI) experiments. The ultimate goal for running LDIS is to generate products that may enhance weather nowcasts and short-range (less than 6 h) forecasts issued in support of the 45th Weather Squadron (45 WS), Spaceflight Meteorology Group (SMG), and the Melbourne National Weather Service (NWS MLB) operational requirements. The LDIS has the potential to provide added value for nowcasts and short term forecasts for two reasons. First, it incorporates all data operationally available in east central Florida. Second, it is run at finer spatial and temporal resolutions than current national-scale operational models. In combination with a suitable visualization tool, LDIS may provide users with a more complete and comprehensive understanding of evolving fine-scale weather features than could be developed by individually examining the disparate data sets over the same area and time. The utility of LDIS depends largely on the reliability and availability of observational data. Therefore, it is important to document all existing meteorological data sources around central Florida that can be incorporated by it. Several factors contribute to the data density and coverage over east central Florida including the level in the atmosphere, distance from KSC/CCAS, time, and prevailing weather. The central Florida mesonet consists of existing surface meteorological and hydrological data available from the Tampa NWS and data servers at Miami and Jacksonville. However the utility of these data for operational use is limited, mainly because there are relatively few additional meteorological observations within 50 km of KSC/CCAS to supplement existing METAR and KSC/CCAS tower reports

Management education and the ethical mindset: Responsibility to whom and for what?

Paper presented at the European Business Ethics Network (UK) Conference, Ethics in Crisis: a call for alternatives, April 7-9, 2010 at Queen Mary, University of London. Final version published by Springer in Journal of Business Ethics. Original title: Management education and the ethical mindset: Responsibility to whom and for what? Available online at http://www.springer.com/This paper offers an analysis of leadership responsibility associated with differing models of the firm. Following a critique of the classical economic and conventional stakeholder theories of the firm, we proposes an interactive stakeholder theory that better facilitates the kind of ethical responsibility demanded by twenty-first century challenges. Our analysis also leads us to conclude that leadership education and development is in need of urgent reform. The first part of the paper focuses on what it means to lead responsibly, and argues that leading is essentially the practice of responsibility. The second part of the paper challenges standard assumptions about the ‘business of business’, while the third section examines in more depth how leadership education might be configured as a preparation for the enactment of responsible leadership. KEYWORDS: responsible leadership, ethics, leadership education, mindsets, stakeholder theor

Analysis of Rapidly Developing Low Cloud Ceilings in a Stable Environment

This report describes the work done by the Applied Meteorology Unit (AMU) in developing a database of days that experienced rapid (< 90 minutes) low cloud formation in a stable atmosphere, resulting in ceilings at the Shuttle Landing Facility (TTS) that violated Space Shuttle Flight Rules (FR). The meteorological conditions favoring the rapid formation of low ceilings include the presence of any inversion below 8000 ft, high relative humidity beneath the inversion, and a clockwise turning of the winds from the surface to the middle troposphere (approx. 15000 ft). The AMU compared and contrasted the atmospheric and thermodynamic conditions between days with rapid low ceiling formation and days with low ceiling resulting from other mechanism. The AMU found that the vertical wind profile is the probable discerning factor between the rapidly-forming ceiling days and other low ceiling days at TTS. Most rapidly-developing low ceiling days had a clockwise turning of the winds with height, whereas other low ceiling days typically had a counter-clockwise turning of the winds with height or negligible vertical wind shear. Forecasters at the Space Meteorology Group (SMG) issue 30 to 90 minute forecasts for low cloud ceilings at TTS to support Space Shuttle landings. Mission verification statistics have shown ceilings to be the number one forecast challenge. More specifically, forecasters at SMG are concerned with any rapidly developing clouds ceilings below 8000 ft in a stable, capped thermodynamic environment, Therefore, the AMU was tasked to examine archived events of rapid stable cloud formation resulting in ceilings below 8000 ft, and document the atmospheric regimes favoring this type of cloud development. The AMU examined the cool season months of November to March during the years of 1993-2003 for days that had low-level inversions and rapid, stable low cloud formation that resulted in ceilings violating the Space Shuttle FR. The AMU wrote and modified existing code to identify inversions from the morning Cape Canaveral, FL rawinsonde (XMR) during the cool season and output pertinent sounding information. They parsed all days with cloud ceilings below 8000 ft at TTS, forming a database of possible rapidly-developing low ceiling events. Days with precipitation or noticeable fog bum-off situations were excluded from the database. Only the daytime hours were examined for possible ceiling development events since low clouds are easier to diagnose with visible satellite imagery. Follow-on work would expand the database to include nighttime cases, using a special enhancement of the infrared imagery for identifying areas of low clouds. The report presents two sample cases of rapidly-developing low cloud ceilings. These cases depict the representative meteorological and thermodynamic characteristics of such events. The cases also illustrate how quickly the cloud decks can develop, sometimes forming in 30 minutes or less. The report also summarizes the composite meteorological conditions for 20 event days with rapid low cloud ceiling formation and 48 non-events days consisting of advection or widespread low cloud ceilings. The meteorological conditions were quite similar for both the event and non-event days, since both types of days experienced low cloud ceilings. Both types of days had a relatively moist environment beneath the inversion based below 8000 ft. In the 20 events identified, de onset of low ceilings occurred between 1200-1800 UTC in every instance. The distinguishing factor between the event and non-event days appears to be the vertical wind profile in the XMR sounding. Eighty-five percent of the event days had a clockwise turning of the winds with height in the lower to middle troposphere whereas 83% of the non-events had a counter-clockwise turning of the winds with height or negligible vertical wind shear. A clockwise turning of the winds with height indicates a warm advection regime, which supports large-scale rising motn and possible cloud formation. Meanwhile, a counter-clockwise turning of the winds with height indicates cold advection or sinking motion in a post-cold frontal environment

High-Resolution Analysis Products to Support Severe Weather and Cloud-to-Ground Lightning Threat Assessments over Florida

The Applied Meteorology Unit (AMU) located at the Kennedy Space Center (KSC)/Cape Canaveral Air Force Station (CCAFS) implemented an operational configuration of the Advanced Regional Prediction System (ARPS) Data Analysis System (ADAS), as well as the ARPS numerical weather prediction (NWP) model. Operational, high-resolution ADAS analyses have been produced from this configuration at the National Weather Service in Melbourne, FL (NWS MLB) and the Spaceflight Meteorology Group (SMG) over the past several years. Since that time, ADAS fields have become an integral part of forecast operations at both NWS MLB and SMG. To continue providing additional utility, the AMU has been tasked to implement visualization products to assess the potential for supercell thunderstorms and significant tornadoes, and to improve assessments of short-term cloud-to-ground (CG) lightning potential. This paper and presentation focuses on the visualization products developed by the AMU for the operational high-resolution ADAS and AR.PS at the NWS MLB and SMG. The two severe weather threat graphics implemented within ADAS/ARPS are the Supercell Composite Parameter (SCP) and Significant Tornado Parameter (SIP). The SCP was designed to identify areas with supercell thunderstorm potential through a combination of several instability and shear parameters. The SIP was designed to identify areas that favor supercells producing significant tornadoes (F2 or greater intensity) versus non-tornadic supercells. Both indices were developed by the NOAAINWS Storm Prediction Center (SPC) and were normalized by key threshold values based on previous studies. The indices apply only to discrete storms, not other convective modes. In a post-analysis mode, the AMU calculated SCP and SIP for graphical output using an ADAS configuration similar to the operational set-ups at NWS MLB and SMG. Graphical images from ADAS were generated every 15 minutes for 13 August 2004, the day that Hurricane Charley approached and made landfall on the Florida peninsula. Several tornadoes struck the interior of the Florida peninsula in advance of Hurricane Charley's landfall during the daylight hours of 13 August. Since SPC had previously examined this case using SCP and SIP graphics generated from output of the Rapid Update Cycle (RUC) model, this day served as a good benchmark to compare and validate the high-resolution ADAS graphics against the smoother RUC analyses, which serves as background fields to the ADAS analyses. The ADAS-generated SCP and STP graphics have been integrated into the suite of products examined operationally by NWS MLB forecasters and are used to provide additional guidance for assessment of the near-storm environment during convective situations