With a prison population that has grown to 1.4 million, an imprisonment rate of 419 per 100,000 U.S. residents, and a recidivism rate of 52.2% for males and 36.4% for females, the United States is facing a crisis. Currently, no sufficient measures have been taken by the United States to reduce recidivism. Attempts have been made, but they ultimately failed. Recently, however, there has been an increase in experimentation with the concept of teaching inmates basic computer skills to reduce recidivism. As labor becomes increasingly digitized, it becomes more difficult for inmates who spent a certain period away from technology to adapt and find employment. At the bare minimum, anybody entering the workforce must know how to use a computer and other technological appliances, even in the lowest-paid positions. By incorporating basic computer skills and coding educational programs within prisons, this issue can be addressed, since inmates would be better equipped to take on a more technologically advanced labor market.<br/>Additionally, thoroughly preparing inmates for employment is a necessity because it has been proven to reduce recidivism. Prisons typically have some work programs; however, these programs are typically outdated and prepare inmates for fields that may represent a difficult employment market moving forward. On the other hand, preparing inmates for tech-related fields of work is proving to be successful in the early stages of experimentation. A reason for this success is the growing demand. According to the U.S. Bureau of Labor Statistics, employment in computer and information technology occupations is projected to grow 11 percent between 2019 and 2029. This is noteworthy considering the national average for growth of all other jobs is only 4 percent. It also warrants the exploration of educating coders because software developers, in particular, have an expected growth rate of 22 percent between 2019 and 2029. <br/>Despite the security risks of giving inmates access to computers, the implementation of basic computer skills and coding in prisons should be explored further. Programs that give inmates access to a computing education already exist. The only issue with these programs is their scarcity. However, this is to no fault of their own, considering the complex nature and costs of running such a program. Accordingly, this leaves the opportunity for public universities to get involved. Public universities serve as perfect hosts because they are fully capable of leveraging the resources already available to them. Arizona State University, in particular, is a more than ideal candidate to spearhead such a program and serve as a model for other public universities to follow. Arizona State University (ASU) is already educating inmates in local Arizona prisons on subjects such as math and English through their PEP (Prison Education Programming) program.<br/>This thesis will focus on Arizona specifically and why this would benefit the state. It will also explain why Arizona State University is the perfect candidate to spearhead this kind of program. Additionally, it will also discuss why recidivism is detrimental and the reasons why formerly incarcerated individuals re-offend. Furthermore, it will also explore the current measures being taken in Arizona and their limitations. Finally, it will provide evidence for why programs like these tend to succeed and serve as a proposal to Arizona State University to create its own program using the provided framework in this thesis.

Beginning in the early 1990s, nuclear forensic science is a relatively young field that focuses on “re-establishing the history of nuclear material of unknown origin” (Mayer, et al. 2010, p. 1). Specifically, investigators compare these unknown materials, pre-detonation in this case, based on their characteristics and process history (Mayer, et al. 2010, p. 1). In 2010, the Committee of Nuclear Forensics made ten recommendations on the procedures that could lead to improvement in investigation methods. In particular, this paper discusses Recommendation 6: “The nuclear forensics community should develop and adhere to standards and procedures that are rooted in the applicable underlying principles that have been recommended for modern forensic science, including calibration using reference standards; cross-comparison with other methods; inter-laboratory comparisons; and identification, propagation, and characterization of uncertainties'' (Committee of Nuclear Forensics, 2010, p. 11). The main objective of this paper is to compile a literature review to determine how this recommendation was followed, if at all, and produce a list of suggestions that could complement any effort towards the improvement of the field. Out of the methods recommended, that which has fostered the most growth has been cross-comparison. For example, the need for human supervision has decreased, which has decreased the need for human error (Reading, et al., 2017, p. 6013). However, areas that would benefit from development are increasing the number of disciplines in the field (Croudace, et al., 2016, p. 128). These conclusions provided the basis for improvements to other existing studies like DNA and fingerprinting.

This paper examines the effects of childhood maltreatment on attachment and development. Humans are social beings; connection is at the core of human behavior. This social nature is what drives the need to form relationships with others. Relationships help humans learn and understand the social world around them relatively safely and securely. However, to ensure that these relationships bring safety and security, the ability to do so must be established during the first 18 months of children’s lives (Kennedy & Kennedy, 2004). The relationships humans form are based on how they establish attachments, or emotional and long-term bonds and relationships, to a primary caregiver or parent as children (Bowlby, 1969). These primary attachments include secure, anxious-preoccupied, insecure-avoidant, or fearful-avoidant attachments and can have significant effects on individuals or emerging adults in early adulthood (ages 18-25). Primary attachments act as a safe and organized view of how human interactions and relationships work and act as a secure base for children to explore and successfully understand the social world around them (Feeney & Noller, 1996). However, this depends on whether or not safety, a secure base, and an organized view of relationships are formed between the caregiver and child during the first 18 months of the child’s life. Moreover, if a child experiences maltreatment such as abuse and neglect from primary caregivers during their first 18 months of life, it can severely affect what type of attachment style is formed and how development occurs in early adulthood (Connell-Corrick, 2011). Therefore, to thoroughly understand how childhood maltreatment affects attachment and development, an overview of both attachment theory and childhood maltreatment, the effects of childhood maltreatment on both attachment and development, and the importance of protective factors, interventions, and preventions will be discussed.

Mitigation banks are a tool created to mitigate and compensate for negative impacts on the environment resulting from man made activities, especially damage caused to endangered wildlife, plants, and wetland ecosystems. The main objective of creating the system of mitigation banks is to achieve environmental equilibrium, meaning “No Net Loss” to all environmental functions. This means damage to one area is compensated for in another area of like-kind through restoration. There is great controversy surrounding this claim. There is a system of debits and credits to ensure ecological loss from development is preceded by restoration of a similar ecology and function. Wetland mitigation banks are the focus for the purpose of research. Background and benefits will be given first, followed by threats, issues, solutions and a personal experience with mitigation banks.