title: Preaching before Princes: A study of some sixteenth century sermons preached before the monarch during the Tudor era

authors: Wickham, Theodora Helen

subjects: Sixteenth Century Sermons preached in English

abstract: The reigns of the five Tudor monarchs were the context of vast changes in the nature of religion and government in England.  This study explores the way in which these changes were reflected in sermons preached before the princes.  Five preachers have been selected, one from each reign.  All the sermons were delivered before the reigning monarch in English, and were printed and published shortly afterwards. 

The Introduction gives a general overview of the thesis.  The subject matter of Chapter 1 is concerned with the funeral oration at the obsequies of Henry VII. Bishop John Fisher focuses his attention on the death of Henry, his contrition for his sins, and his reliance on God, through Holy Church, for the assurance of forgiveness.  Chapter II examines a Good Friday sermon preached at Greenwich Palace before Henry VIII and Queen Anne Boleyn in 1536 by the King's confessor, John Longland. Longland promotes the beliefs and practises of Holy Church notwithstanding Henry's rejection of papal authority.  In Chapter III, Hugh Latimer, the 'Prophet to the English,' preached a series of sermons before Edward VI in the Preaching Place at Whitehall during Lent 1549.  Latimer's aim is to show Edward the path to true kingship and to promote justice in the realm.   The sermons of Thomas Watson, Dean of Lincoln, before Queen Mary at Greenwich in Lent 1554 are the subject of Chapter IV. Watson supported the Queen in her efforts to return England to the true faith. Chapter V analyses the sermon John Whitgift, Dean of Lincoln, preached before Elizabeth I at Greenwich in Lent 1574.  Whitgift refuted Catholic beliefs but reserved his greatest attacks for the radical Protestants.

text: Preaching before Princes: A study of some sixteenth century sermons preached before the monarch during the Tudor era The reigns of the five Tudor monarchs were the context of vast changes in the nature of religion and government in England.  This study explores the way in which these changes were reflected in sermons preached before the princes.  Five preachers have been selected, one from each reign.  All the sermons were delivered before the reigning monarch in English, and were printed and published shortly afterwards. 

The Introduction gives a general overview of the thesis.  The subject matter of Chapter 1 is concerned with the funeral oration at the obsequies of Henry VII. Bishop John Fisher focuses his attention on the death of Henry, his contrition for his sins, and his reliance on God, through Holy Church, for the assurance of forgiveness.  Chapter II examines a Good Friday sermon preached at Greenwich Palace before Henry VIII and Queen Anne Boleyn in 1536 by the King's confessor, John Longland. Longland promotes the beliefs and practises of Holy Church notwithstanding Henry's rejection of papal authority.  In Chapter III, Hugh Latimer, the 'Prophet to the English,' preached a series of sermons before Edward VI in the Preaching Place at Whitehall during Lent 1549.  Latimer's aim is to show Edward the path to true kingship and to promote justice in the realm.   The sermons of Thomas Watson, Dean of Lincoln, before Queen Mary at Greenwich in Lent 1554 are the subject of Chapter IV. Watson supported the Queen in her efforts to return England to the true faith. Chapter V analyses the sermon John Whitgift, Dean of Lincoln, preached before Elizabeth I at Greenwich in Lent 1574.  Whitgift refuted Catholic beliefs but reserved his greatest attacks for the radical Protestants.

year: 2007

title: Quantitative Comparison of Benthic Habitat Maps Derived From Multibeam Echosounder Backscatter Data

authors: Schimel, Alexandre Carmelo Gregory

abstract: In the last decade, following the growing concern for the conservation of marine ecosystems, a wide range of approaches has been developed to achieve the identification, classification and mapping of seabed types and of benthic habitats. These approaches, commonly grouped under the denominations of Benthic Habitat Mapping or Acoustic Seabed Classification, exploit the latest scientific and engineering advancements for the exploration of the bottom of the ocean, particularly in underwater acoustics. Among all acoustic seabed-mapping systems available for this purpose, a growing interest has recently developed for Multibeam Echosounders (MBES). This interest is mainly the result of the multiplicity of these systems’ outputs (that is, bathymetry, backscatter mosaic, angular response and water-column data), which allows for multiple approaches to seabed or habitat classification and mapping. While this diversity of mapping approaches and this multiplicity of MBES data products contribute to an increasing quality of the charting of the marine environment, they also unfortunately delay the future standardization of mapping methods, which is required for their effective integration in marine environment management strategies. As a preliminary step towards such standardization, there is a need for generalized efforts of comparison of systems, data products, and mapping approaches, in order to assess the most effective ones given mapping objectives and environment conditions. The main goal of this thesis is to contribute to this effort through the development and implementation of tools and methods for the comparison of categorical seabed or habitat maps, with a specific focus on maps obtained from up-to-date methodologies of classification of MBES backscatter data. This goal is attained through the achievement of specific objectives treated sequentially. First, the need for comparison is justified through a review of the diversity characterizing the fields of Benthic Habitat Mapping and Acoustic Seabed Classification, and of their use of MBES data products. Then, a case study is presented that compare the data products from a Kongsberg EM3000 MBES to the output map of an Acoustic Ground Discrimination Software based on data from a Single-beam Echosounder and to a Sidescan Sonar mosaic, in order to illustrate how map comparison measures could contribute to the comparison of these systems. Next, a number of measures for map-to-map comparison, inspired from the literature in land remote sensing, are presented, along with methodologies for their implementation in comparison of maps described with different legends. The benefit of these measures and methodologies is demonstrated through their application to maps obtained from the acoustic datasets presented previously. Finally, a more typical implementation of these measures is presented as a case study in which the development of two up-to-date classification methodologies of MBES backscatter data is complemented by the quantitative comparison of their output maps. In the process of developing and illustrating the use of methods for the assessment of map-to-map similarity, this thesis also presents methodologies for the processing and classification of backscatter data from MBES. In particular, the potential of the combined use of the spatial and angular information of these data for seabed classification is explored through the development of an original segmentation methodology that sequentially divides and aggregates segments defined from a MBES backscatter mosaic on the basis of their angular response content.

text: Quantitative Comparison of Benthic Habitat Maps Derived From Multibeam Echosounder Backscatter Data In the last decade, following the growing concern for the conservation of marine ecosystems, a wide range of approaches has been developed to achieve the identification, classification and mapping of seabed types and of benthic habitats. These approaches, commonly grouped under the denominations of Benthic Habitat Mapping or Acoustic Seabed Classification, exploit the latest scientific and engineering advancements for the exploration of the bottom of the ocean, particularly in underwater acoustics. Among all acoustic seabed-mapping systems available for this purpose, a growing interest has recently developed for Multibeam Echosounders (MBES). This interest is mainly the result of the multiplicity of these systems’ outputs (that is, bathymetry, backscatter mosaic, angular response and water-column data), which allows for multiple approaches to seabed or habitat classification and mapping. While this diversity of mapping approaches and this multiplicity of MBES data products contribute to an increasing quality of the charting of the marine environment, they also unfortunately delay the future standardization of mapping methods, which is required for their effective integration in marine environment management strategies. As a preliminary step towards such standardization, there is a need for generalized efforts of comparison of systems, data products, and mapping approaches, in order to assess the most effective ones given mapping objectives and environment conditions. The main goal of this thesis is to contribute to this effort through the development and implementation of tools and methods for the comparison of categorical seabed or habitat maps, with a specific focus on maps obtained from up-to-date methodologies of classification of MBES backscatter data. This goal is attained through the achievement of specific objectives treated sequentially. First, the need for comparison is justified through a review of the diversity characterizing the fields of Benthic Habitat Mapping and Acoustic Seabed Classification, and of their use of MBES data products. Then, a case study is presented that compare the data products from a Kongsberg EM3000 MBES to the output map of an Acoustic Ground Discrimination Software based on data from a Single-beam Echosounder and to a Sidescan Sonar mosaic, in order to illustrate how map comparison measures could contribute to the comparison of these systems. Next, a number of measures for map-to-map comparison, inspired from the literature in land remote sensing, are presented, along with methodologies for their implementation in comparison of maps described with different legends. The benefit of these measures and methodologies is demonstrated through their application to maps obtained from the acoustic datasets presented previously. Finally, a more typical implementation of these measures is presented as a case study in which the development of two up-to-date classification methodologies of MBES backscatter data is complemented by the quantitative comparison of their output maps. In the process of developing and illustrating the use of methods for the assessment of map-to-map similarity, this thesis also presents methodologies for the processing and classification of backscatter data from MBES. In particular, the potential of the combined use of the spatial and angular information of these data for seabed classification is explored through the development of an original segmentation methodology that sequentially divides and aggregates segments defined from a MBES backscatter mosaic on the basis of their angular response content.

year: 2011

title: Software development: Involving Tangata Whenua and incorporating Tikanga Māori

authors: Taia, Ivy

subjects: software engineering

abstract: Over the past fifty years, software development (SD) has been dominated by Western approaches, which is widely accepted as the standard way of doing things (Diaz Andrade et al., 2021). Consequently, many software applications for specific Indigenous cultures, especially health interventions and educational software (Dobson, Whittaker, Bartley, Connor, Chen, Ross & McCool, 2017; Fleer, 1989), were developed using traditional software engineering (SE) methodologies. Although these methodologies provide the workflows and methods for developing software, they do not provide guidelines for developing Indigenous software. While there have been numerous studies on diversity, such as gender and ethnicity in the field of Information Systems, there is very little research on the practices of involving Indigenous people and incorporating their traditional customs in the software development process. This thesis examines the participation of Indigenous people in software development. The research specifically focuses on Tangata Whenua (Māori people, the Indigenous population of Aotearoa New Zealand) and Tikanga Māori (Māori cultural methods). Our findings are useful to those attempting to enhance Indigenous representation in software development, especially those wanting to involve Māori people and their cultural methods in the development process and design of software.

text: Software development: Involving Tangata Whenua and incorporating Tikanga Māori Over the past fifty years, software development (SD) has been dominated by Western approaches, which is widely accepted as the standard way of doing things (Diaz Andrade et al., 2021). Consequently, many software applications for specific Indigenous cultures, especially health interventions and educational software (Dobson, Whittaker, Bartley, Connor, Chen, Ross & McCool, 2017; Fleer, 1989), were developed using traditional software engineering (SE) methodologies. Although these methodologies provide the workflows and methods for developing software, they do not provide guidelines for developing Indigenous software. While there have been numerous studies on diversity, such as gender and ethnicity in the field of Information Systems, there is very little research on the practices of involving Indigenous people and incorporating their traditional customs in the software development process. This thesis examines the participation of Indigenous people in software development. The research specifically focuses on Tangata Whenua (Māori people, the Indigenous population of Aotearoa New Zealand) and Tikanga Māori (Māori cultural methods). Our findings are useful to those attempting to enhance Indigenous representation in software development, especially those wanting to involve Māori people and their cultural methods in the development process and design of software.

year: 2025