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Evaluating pain and discomfort in animals is difficult at best. Veterinarians believe however, that they can establish a proxy for estimating levels of pain and discomfort in canines by observing variations in their activity levels. Sufficient research has been conducted to justify this assertion, but little has been conducted to analyze the volumes of activity data collected. We present the first of a series of analyses aimed at ultimately presenting an effective predictive tool for canine pain and discomfort levels. In this chapter, we perform analyses on a dataset of normal (control) dogs, containing almost 3 million records. The forecasting analyses incorporated multiple polynomial regression models with transcendental transformations and ARIMA models to provide effective determination and prediction of baseline normal canine activity levels.

This study aims to examine the relationships between handlers and (canine) K9. Understanding the influence of well-being and stress (general, occupational and home) is a first step in understanding the performance of K9 units in law enforcement.

A mixed-methods approach employing semi-structured interviews and quantitative surveys. This approach assessed the relationship between handlers and K9s, while capturing context and the nuanced nature of these partnerships.

Handlers agree that K9 can detect handlers' general stress, which potentially impacts K9 performance. Occupational stress influences handler/K9 abilities, however, handlers did not agree on all individual behaviors contributing to this stress. Finally, handlers stressed the importance of K9 units training together and suggested supervisors do not always appreciate the importance of joint training sessions.

As specialized units, K9s are often overlooked in policing scholarship, but serve a substantial large role in the missions of safety and security. Little is known about the dynamics of handler/K9 relationships.

The purpose of this paper is to examine the effect of police use of conducted energy devices (CEDs) on officer and suspect injuries while controlling for other types of force and resistance and other factors.

Data on 1,645 use‐of‐force incidents occurring between January 1, 2002 and July 2006 were obtained from two different law enforcement agencies. Logistic and generalized ordered logistic regressions are used to model the odds of injury and severity of injury.

The use of CEDs was associated with reduced odds of officer and suspect injury and the severity of suspect injury in one agency. In the other agency CED use was unrelated to the odds of injury; however, the use of pepper spray was associated with reduced odds of suspect injury. Among other findings, in both agencies the use of hands‐on tactics by police was associated with increased odds of officer and suspect injury, while the use of canines was associated with increased odds of suspect injury.

Although this research was carried out in two distinctly different law enforcement agencies with different histories of CED adoption, the fact that CED use was associated with reductions in injuries in one agency but not the other indicates the need for additional research on the impact of CED use in other settings

The analysis suggests that relative to other forms of force, the use of CEDs and pepper spray can reduce the risk of injury to both suspects and law enforcement officers. This information should prove useful to law enforcement agencies considering adopting CEDs and suggests that agencies should consider the use of these less lethal alternatives in place of hands‐on tactics against actively resistant suspects.

At the time of this writing there was no published independent research on the risks of injury associated with CED use in field settings. The findings reported herein will help inform the public debate on the utility of CEDs for law enforcement.

The use of canines in the gathering of evidence is a valuable tool for law enforcement to discover crime and criminals. Narcotics, explosives, cadaver detection, search and rescue, or patrol dogs are prevalently used by most police organizations for combatting crime. Police service dogs decrease the time required and increase success in crime detection. The purpose of this paper is to review the different fields of police service dog training programs, to investigate their implementation abroad and compare them to Turkey.

Various dog training methods are discussed, prior to the fields of police dog service. Research about the official units and legal procedures abroad are reported. The situation in Turkey is specified. As a representative in the field, The Dog Training Center of the Turkish National Police is examined. The overall comparison between Turkey and other countries is made and the paper concludes with an evaluation of future prospects.

For a better and successful fight against crime in Turkey, it is recommended that the standards concerning training and certification of the dog and the handler should be determined; an effective and accurate education should be given to the handlers so that they might better train service dogs for the security needs of private bodies such as companies and firms.

The paper shows that a more scientific approach will lead to the formation of standards in dog training and provide a successful way to fight crime by increasing efficiency.

This study aims to design and fabricate a customized multi-rooted dental implant (MRDI) for a canine strategic tooth to reduce surgical time/effort, and better assembly features, leading to enhanced primary and secondary stability and load-bearing capabilities by direct-metal laser sintering (DMLS).

A fractured tooth of a male German Shepherd three-year-old dog (extracted from a cadaver) was selected as the subject for the proposed work. The computer-aided design model of the implant was developed on SOLIDWORKS after a detailed review of literature and consultation with a veterinary doctor about the surgical procedures. Static stress analysis on the implant assembly and residual stress analysis with boundary distortion were performed on each part of the implant subassembly to ensure the fool-proof design.

The functional prototype of the innovative MRDI assembly through DMLS was successfully prepared with acceptable dimensional stability, surface roughness (Ra) and refined microstructure. The 3D printed functional prototype was observed to be residual stress-proof during printing and can bear up to 800 N bite force (required for an adult dog).

Innovative MRDI assembly has been 3D printed by using 17–4 precipitate hardened stainless steel without compromising the strength and can be implanted without bone grafting for better primary stability. Also, the prepared implant will be better for secondary stability due to enhanced osseointegration.

This paper argues that this animal surveillance has the potential for considerable function creep going far outside the scheme's original objectives and acts as a conduit for more problematic surveillance of humans. This results in social sorting of people with subsequent unforeseen consequences leading to discrimination and curtailment of freedoms for both animals and their owners. Ultimately this opens people up to further intrusive targeting by commercial interests and, more alarmingly, scrutiny from law enforcement agencies.

An empirical study examining an initiative involving the collection of canine DNA sources data from publicly available Cabinet, Select Committee and Scrutiny Committee records from the London Borough of Barking and Dagenham (LBBD). It also draws on news media sources, publicity material from the company running the scheme and from this and other local authorities. Methods include analysis of documents, semiotic and discourse analysis.

This paper highlights the importance of animals to surveillance studies and examines the extent to which animals are a part of the surveillant assemblage in their own right. It also demonstrates how nonhuman animals extend the reach of the surveillant assemblage.

The scheme was called a badge of considerate dog ownership, yet it is one that can be franchised to tie up with diverse income streams being described as advantageous in the age of austerity. In 2017, it was reported that this scheme was to be rolled out in other areas and was moving from being voluntary to being mandatory with the enforcement of Public Space Protection Orders (PSPOs). These have been described as “geographically defined ASBOS” that have come into force under the Anti-social Behaviour and Policing Act (2014); they often work to criminalise activities that were not previously considered illegal.

In the theorising of surveillance, animals have been largely overlooked. Epidemiological studies proliferate, yet the role of animals in many aspects of everyday surveillance has been neglected.

The purpose of this paper is to explore themes eventuating from the user-generated content posted by users on the Facebook page of an emergency management agency.

An information classification framework was used to classify user-generated content posted by users including all of the content posted during a six month period (January to June 2015). The posts were read and analysed thematically to determine the overarching themes evident across the entire collection of user posts.

The results of the analysis demonstrate that the key themes that eventuate from the user-generated content posted are “Self-preparedness”, “Emergency signalling solutions”, “Unsurpassable companion”, “Aftermath of an emergency”, and “Gratitude towards emergency management staff”. Major user-generated content identified among these themes are status-update, criticism, recommendation, and request.

This study contributes to theory on the development of key themes from user-generated content posted by users on a public social networking site. An analysis of user-generated content identified in this study implies that, Facebook is primarily used for information dissemination, coordination and collaboration, and information seeking in the context of emergency management. Users may gain the benefits of identity construction and social provisions, whereas social conflict is a potential detrimental implication. Other user costs include lack of social support by stakeholders, investment in social infrastructure and additional work force required to alleviate the technological, organisational, and social barriers in communication among stakeholders in emergency management. A collective activity system built upon the Activity Theory was used as a lens to describe users’ activity of posting content on the Facebook page of an emergency management agency.

By analysing the findings, administrators and policy makers of emergency management could identify the extent to which the core principles of disaster recovery are accomplished using public social networking sites. These are achieved in relation to: pre-disaster recovery planning; partnership and inclusiveness; public information messaging; unity of effort; and, psychological recovery to maximise the success of recovery in a disaster. Furthermore, a core principle which evoked a mixed response was timeliness and flexibility.

Previous studies have examined the role of social networking sites in disastrous situations, but to date there has been very little research into determining themes found in user-generated content posted on the Facebook page of an emergency management agency. Hence, this study addresses the gap in literature by conducting a thematic analysis of user-generated content posted on the Facebook page of the Federal Emergency Management Agency.

The aim of this study is to describe an improved experimental substrate for the mechanical testing of patient-specific implants fabricated using direct metal additive manufacturing processes. This method reduces variability and sample size requirements and addresses the importance of geometry at the bone/implant interface.

Short-fiber glass/resin materials for cortical bone and polyurethane foam materials for cancellous bone were evaluated using standard tensile coupons. A method for fabricating bone analogs with patient-specific geometries using rapid tooling is presented. Bone analogs of a canine radius were fabricated and compared to cadaveric specimens in several biomechanical tests as validation.

The analog materials exhibit a tensile modulus that falls within the range of expected values for cortical and cancellous bone. The tensile properties of the cortical bone analog vary with fiber loading. The canine radius models exhibited similar mechanical properties to the cadaveric specimens with a reduced variability.

Additional replications involving different bone geometries, types of bone and/or implants are required for a full validation. Further, the materials used here are only intended to mimic the mechanical properties of bone on a macro scale within a relatively narrow range. These analog models have not been shown to address the complex microscopic or viscoelastic behavior of bone in the present study.

Scientific data on the formulation and fabrication of bone analogs are absent from the literature. The literature also lacks an experimental platform that matches patient-specific implant/bone geometries at the bone implant interface.

This is the third in a series of papers aimed at providing models effective in predicting the degree of pain and discomfort in canines. The first two papers provided benchmarking and examination of dogs suffering from osteoarthritis (OA). In this chapter, we extend the study to include dogs suffering from OA, sarcoma, and oral mucositis (a side effect of chemotherapy and radiation treatments). The R programming language and SAS JMP are used to clean data, generate ANOVA, LSR regression, decision tree, and nominal logistic regression models to predict changes in activity levels associated with the progression of arthritis. The predictive models provide a diagnostic basis for determining the degree of disease in a dog (based on demographics and activity levels) and provide forecasts that assist in establishing appropriate medication dosages for suffering dogs.