This thesis project utilizes a multi-frame analysis from Bolman and Deal’s Reframing Organizations: Artistry, Choice and Leadership to reinvent a fundraising opportunity for a nonprofit organization named Save the Cats Arizona. This thesis begins with what makes Save the Cats Arizona stand out from other organizations. From there, a breakdown of the organization’s structure is provided. Next, research is provided on the impacts of fundraising on social media platforms and online engagement across nonprofit organizations. Additional research is provided to highlight the importance of social media management in nonprofit organizations. Save the Cats Arizona is then analyzed through Bolman and Deal’s multi-frame theory – which includes the structural, human-resource, political, and symbolic frame. Finally, the knowledge gained from the multi-frame analysis is implemented into ideas on how to improve fundraising opportunities for Save the Cats Arizona. This project ends with a reflection about this thesis and Save the Cats Arizona’s future.

Social media is a tool widely used by many organizations for purposes of spreading ideas, influencing users politically, and promoting products for purchase. Among the ideas spread on social media is religious belief, a task undertaken by religious officials and members alike, in both widespread and personal communication. The Church of Jesus Christ of Latter-Day Saints has promoted its religion online for years through official webpages and the testimonies of members, but now seeks to spread knowledge of its beliefs and increase membership by involving its full-time missionaries on Facebook and Instagram. The initiative to add online-proselytizing to a missionary’s list of duties began in 2020 at the onset of the COVID-19 pandemic and has been through multiple changes to arrive at the present function of social media in full-time missionary work. Despite these positive changes, missionaries still feel that they lack the necessary knowledge and skills to conduct productive conversations online that lead to opportunities to share their message. Two separate missions are analyzed through Bolman & Deal’s Four Frames to gain a complete perspective of missionary work through social media and how it can be improved. By implementing visual symbols that relate to the importance of social media missionary work and increasing the social media training that missionaries receive, they would feel better prepared to host conversations on online platforms and share their messages. Additionally, by updating the leadership position associated with social media in a mission, more missionaries would ultimately gain expertise in this skill and better fulfill their purpose as missionaries.

Insect pheromones are crucial for survival and reproduction because they influence insect behavior, communication, and interactions within and outside the colony. Honey bees (Apis mellifera) have one of the most complex pheromonal communication systems. One pheromone, known as Queen Mandibular Pheromone (QMP), is released by the queen bee to regulate physiology, behavior, and gene expression in the female worker caste. The pheromone acts as a signal of queen presence that suppresses worker reproduction. In the absence of reproduction, young workers focus on taking care of the queen and larvae, known as nurse tasks, while older workers forage. In nurse bees, QMP has fundamental physiological impacts, including increasing abdominal lipid stores and increasing the protein content of hypopharyngeal glands (HPG). The HPG are worker-specific glands that can synthesize royal jelly used in colony nourishment. In workers, larger HPG signifies the ability to secrete royal jelly, while shrunken glands are characteristic of foragers that do not make jelly. While it is known that QMP increases abdominal lipid stores, the underlying mechanism is unclear: Does the pheromone simply make workers consume more pollen which provides lipids and protein, or does QMP also increase lipogenesis? In this study, I measured abdominal lipogenesis as fatty acid synthase (FAS) activity and monitored abdominal protein content and HPG size in caged, nurse-aged worker bees. In cages, workers were exposed to QMP or not, and they were provided with a lipid less diet in a full factorial design experiment. I found that QMP did not influence abdominal FAS activity or protein, but significantly increased HPG size. The data also revealed a significant positive correlation between abdominal protein and HPG size. My results do not support the idea that QMP modulates lipogenesis in worker bees, but my data can be interpreted to reflect that QMP mobilizes abdominal protein for the production of jelly in the HPG. This finding is in line with a previous study revealing a role of honey bee Brood Pheromone in mobilization of a major protein used in jelly production. Overall, my results support a fundamental role of QMP in worker metabolic processes associated with colony nourishment.

Visual presentation of information is one method of learning that has the ability to enhance STEM learning compared to learning solely through text. Educational psychology research is ongoing in the STEM field for how students can learn better through visual representations in their course material. The goal of this study was to assess student responses to visual mini-lessons related to course content in the cardiovascular unit in Animal Physiology (BIO360) at Arizona State University. Study participants completed a series of eight mini-lessons and a survey on their experience with the visual lessons. The results of the survey identify increased desire for visual learning materials in STEM courses. The study participants reported that they felt more visual aids in their STEM courses would increase their understanding of course content and that their classroom performance would improve.