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This chapter considers the value of visual analyses for studying social movements through a study of pro-life uses of images of the fetus in the Australian abortion debate. In doing so, it points to important connections between the study of emotions in politics and visual approaches to social movement studies. It also contributes new primary material on the politics of reproduction through its study of the Australian pro-life movement, on which little has been written. Through discursive analysis of visual materials and practices embedded in three case studies, I demonstrate the range of strategies being used; their selection was informed by a wider survey of available records of pro-life uses of images of the fetus over the past four decades. Emotion is a powerful element of politics, and images of the fetus challenge the emotions, and hence the humanity, of the viewer. I identify three major themes represented in pro-life images of the fetus: the wonder of life; the human form and human frailty of the fetus; and the barbarity of modern society. The meanings of these images are built on our parallel understandings of both sight and emotion as immediate and unmediated. Moreover, the ambiguities and dualities of images of the fetus make their themes more, rather than less, persuasive.

Purpose: Miscarriage is commonly understood as an involuntary, grieve-able pregnancy outcome. Abortion is commonly understood as a voluntary, if stigmatized, pregnancy outcome that people do not typically grieve. This chapter examines a nexus of the involuntary and voluntary: how people who chose abortion following observation of a serious fetal health issue make sense of their experience and process associated emotions.

Design: The author draws on semi-structured interviews with cisgender women who had an observed serious fetal health issue and chose to terminate their pregnancy.

Findings: Findings highlight an initial prioritization of medical knowledge in pregnancy decision-making giving way, in the face of the inherent limits of medical knowability, to a focus on personal and familial values. Abortion represented a way to lessen the prospective suffering of their fetus, for many, and felt like an explicitly moral decision. Respondents felt relief after the abortion as well as a sense of loss. They processed their post-abortion emotions, including grief, in multiple ways, including through viewing – or intentionally not viewing – the remains, community rituals, private actions, and no formalized activity. Throughout respondents’ experiences, the stigmatization of abortion negatively affected their ability to obtain the care they desired and, for some, to emotionally process the overall experience.

Originality/Value: This chapter offers insight into the understudied experience of how people make sense of a serious fetal health issue and illustrates an additional facet of the stigmatization of abortion, namely how stigmatization may complicate people’s pregnancy decision-making process and their post-abortion processing.

This paper examines the implications of the disability rights critique of prenatal testing on the development of genetic policy and abortion rights. It traces the reappearance of the disabled body in public deliberations over reproductive and genetic politics that use disability to frame arguments about which bodies are worthy of protection, how and why we limit reproductive choices, and what reasons women may use to terminate their pregnancies. The disability critique of prenatal testing and selective abortion finds itself in productive tension with reproductive rights politics, which increasingly features disability in both pro-life and pro-choice messages. The uneasy alliance between disability and pro-life interests has profound implications for both disability legal scholarship and the sociolegal inquiry into the role of rights articulation – and rejection – by social movements.

Purpose – This chapter examines the relationship between prenatal testing, Down syndrome identification, and selective termination practices, and it does so by considering whether the selective termination of fetuses with Down syndrome might constitute genocidal practices.

Methodology/approach – Exploratory and speculative in nature, this chapter brings the phenomenon of prenatal testing and selective termination practices together, and explores whether the increasingly widespread termination of fetuses with Down syndrome fits within definitions of genocide.

Findings – Addressing perceptions of Down syndrome and disability, and integrating aspects of crip politics and definitions of genocide, this chapter concludes that the phenomenon of selective termination involving fetuses with Down syndrome can constitute genocide when particular definitions and interpretations are adopted.

Originality/value – This chapter is perhaps the first academic text to critically evaluate the relationship between prenatal testing, selective termination of fetuses with Down syndrome, and criminological genocide scholarship. Importantly, it does not evaluate individual decision-making practices regarding termination, but instead focuses on collective practices and conditions that work to minimize the number of people with Down syndrome in society.

Today, medical models can be made by the use of medical imaging systems through modern image processing methods and rapid prototyping (RP) technology. In ultrasound imaging systems, as images are not layered and are of lower quality as compared to those of computerized tomography (CT) and magnetic resonance imaging (MRI), the process for making physical models requires a series of intermediate processes and it is a challenge to fabricate a model using ultrasound images due to the inherent limitations of the ultrasound imaging process. The purpose of this paper is to make high quality, physical models from medical ultrasound images by combining modern image processing methods and RP technology.

A novel and effective semi‐automatic method was developed to improve the quality of 2D image segmentation process. In this new method, a partial histogram of 2D images was used and ideal boundaries were obtained. A 3D model was achieved using the exact boundaries and then the 3D model was converted into the stereolithography (STL) format, suitable for RP fabrication. As a case study, the foetus was chosen for this application since ultrasonic imaging is commonly used for foetus imaging so as not to harm the baby. Finally, the 3D Printing (3DP) and PolyJet processes, two types of RP technique, were used to fabricate the 3D physical models.

The physical models made in this way proved to have sufficient quality and shortened the process time considerably.

It is still a challenge to fabricate an exact physical model using ultrasound images. Current commercial histogram‐based segmentation method is time‐consuming and results in a less than optimum 3D model quality. In this research work, a novel and effective semi‐automatic method was developed to select the threshold optimum value easily.