Sustainability is a growing concept amongst education and throughout everyday life. This thesis takes a deeper look into what environmental sustainability indicates in terms of curriculum in co-curricular programming at the University of the Pacific and how that relates to current trends at other institutions in the tertiary sector. The purpose of this mixed-methods study was to examine the extent to which the Pacific Mountains, Ocean, Valley Experience (M.O.V.E.) impacted first-year students' awareness and understanding of sustainability. The students surveyed show strong evidence finding that first-year students who participated in M.O.V.E. (1) felt their experience provided them with new knowledge about sustainability and (2) felt comfortable defining what sustainability means to them. Definitions of economic, social, and environmental sustainability are given and provide evidence for overlapping relationships. A brief history regarding sustainability in relation to its evolution throughout higher education is reviewed. Many colleges and universities have become conscious to the ideas surrounding environmental sustainability and have made many strides on their campuses to address this issue. Sustainability education is defined and issues surrounding its new development in higher education are addressed. There are various avenues colleges and universities take in order to fulfill environmentally sustainable practices, such as building LEED certified structures o·n campus, developing programs and curriculum to educate for eco-justice, and aligning mission statements to reflect the campus's commitment to sustainable practices. A further look into what criteria are being used to rate colleges and universities regarding their commitment to sustainable practices is assessed. This paper concludes with areas needed for further research on sustainability education with respect to methods of implementation and practice in higher education.

Ensuring correct analytical responses is of the utmost importance in laboratory workand interferences with analyses can give incorrect results. Work to improve the precision of the analyses is an ongoing process. An interference in the analysis of Interleukin-6 (IL-6), a cytokine that reflects inflammatory processes in the body, is biotin. Biotin interferes with EnzymeLinkedImmunoSorbentAssay (ELISA) analysis by binding in to streptavidin thereby causing falsely low analytical responses. An attempt to reduce that interference is to raise the threshold for biotin by introducing a new reagent. The aim of this project was to introduce a new reagent with elevated biotin interference threshold and carry out a precision measurement as well as a patient comparison. In addition, a sustainability study was carried out to investigate possible changes in IL-6 concentration when samples are stored in room temperature with open or closed vessels. Control material was analysed during three consecutive days. The patient comparison was performed by analysing 20 patient samples with both the older reagent and the new one. The sustainability study was preformed last and here were 7 patient samples used to perform this part of the study. The control material was analysed with good results, a total coefficient of variation (CV%) was calculated at 1.6% for the lower control and 3.0% for the higher one. The comparison showed good correlation with only a minor negative bias for the new reagent. The sustainability study showed, in line with what the supplier has indicated, a sample shelf life of 6 h at room temperature without sealing. Interesting to mention is that samples over 50 pg/mL showed a shelf life more than 24 h at room temperature without sealing. The decision was made by the medically responsible doctor that the reagent was approved for use in the laboratory.

Sustainable development through sustainable engineering is a promising strategy for combating unsustainable patterns of population growth, resource consumption, and environmental degradation. For sustainable engineering to alleviate global problems, however, improvements in undergraduate education are required to equip students with the knowledge and skills needed to engage in sustainable design. Consequently, the goal of this dissertation is to assess and improve sustainability education in civil and environmental engineering (CEE) at the Georgia Institute of Technology (Georgia Tech). Three phases of inquiry were conducted to (1) examine the current status of CEE sustainability education, (2) use assessment results to develop a pedagogically-innovative sustainability module, and (3) investigate the impacts of implementing the module into select CEE courses on student learning. Several key findings resulted from this work. First, the Sustainability Tool for Assessing Universities’ Curricula Holistically (STAUNCH®) suggested that integration of sustainability into the curriculum was incomplete and favored environmental sustainability. Second, CEE seniors’ conceptual understanding of sustainability, based on concept map results, was found to be generally correct, although limited in comprehensiveness, connectedness, and balance. Third, examination of capstone project reports (2002 and 2011) using the novel Sustainable Design Rubric revealed little change in the students’ sustainable design abilities over the past decade, due potentially in part to students simply “meeting the expectations” of project sponsors. Based on these insights, a five-part, learning-cycle-based sustainability module was developed and implemented in CEE capstone and cornerstone design courses. Higher learning gains for cornerstone students, as compared to seniors, supports future integration of the module into cornerstone design courses. While project results are especially important for CEE at Georgia Tech, other programs and institutions may benefit from the development and improvement of sustainability knowledge assessment tools, as well as the empirically-informed and theoretically-grounded sustainability module.

This study focuses on sustainability in higher education and the competencies essential to address sustainability issues. Because sustainability issues are complex, "wicked", and dynamic, sustainability education programs need to reflect the interdisciplinary and collaborative nature of the field. Graduates who are competent in sustainability research and problem solving will have the knowledge, skills, and attitude necessary to analyze a sustainability problem systemically and comprehensively, then will construct and implement interventions to reach optimal sustainability solutions. To prepare graduates, sustainability education programs should facilitate the development of key sustainability competencies (Wiek, Withycombe, & Redman, 2011). Such programs provide an interdisciplinary approach that incorporates real-world sustainability issues through a combination of formal (guided by curriculum) and informal (not guided by curriculum) learning environments. This study examines Community Environmental Services (CES), a research and service unit at Portland State University (PSU) that has been providing students informal learning opportunities connected to real-world projects. CES projects provide students opportunities to work with community partners addressing waste, recycling, and materials management issues. The intent of this research is to determine if CES provides students real-world learning opportunities not provided in traditional academic programs that facilitate the development of sustainability competencies, and positively influence students' employment opportunities post-graduation. The findings from this research suggest that CES alumni believed they were proficient in each of the key sustainability competencies, which were developed equally through their experiences working at CES and their academic program. This study also found that CES alumni felt their experiences working at CES- including the development of professional skills and building a professional network- had more of an impact on future employment and career opportunities than their academic degree or other sources. The findings and insights from this research provide a model for sustainability education that can be replicated by other universities. A combination of formal sustainability curriculum integrated across campus, and informal real-world learning opportunities help facilitate student development of key sustainability competencies.

The 21st century environmental crisis that humankind faces has resulted in a need to re-orientate ourselves towards environmental sustainability. Singular paradigmatic ways of knowing no longer deal with multiple interconnected realities and associated uncertainty, diversity and risk faced by humankind. Geography focusses on interactions between the ‘human’ and ‘natural’ world, and should play a leading role in Education for Sustainability (EfS). The multidimensional worldview of geographers together with their integrative skills, awareness of scale, place and space and holistic viewpoint positions the discispline in the forefront of sustainability related challenges. The extent of the contribution depends on the view of Geography and how it is transferred to graduates, during their undergraduate studies. In reality non-geographers view the discipline as suitable for EfS, with the Geography fraternity less enthusiastic. This thesis suggests that South African Geography (as is the case internationally) has limited success in making its instrumental value known through EfS. Using the integral perspective of epistemological pluralism, it is suggested that an obstacle is the fragmentation of undergraduate Geography between sub-fields and theoretical and practical/ analytical courses, with limited intra-discipline discourse. The identity of Geography appears to be locked into dualisms of society versus nature and theory versus technique. These dualisms create an obstacle for the reconfiguration in terms of mutual conceptualisation of society-nature interaction in a strong theoretical setting and with techniques in a supporting role. The multi-paradigmatic methodology used in this thesis includes an assessment of undergraduate curricula of 17 Departments of Geography at South African universities, a questionnaire on Geography and EfS sent to departments, focus groups at selected departments and interviews with a selection of South African geographers. Findings indicate that although sustainability features on the undergraduate level in all departments, it is not a cross-cutting theme. It is concluded that closer integration between the sub-fields and identities of Geography, regarding the diversity of Geography as an asset and the acceptance of multiple paradigms, is the only way through which Geography in South Africa will be able to strengthen its position in EfS, while ensuring a vibrant future for the discipline. / Geography / Ph. D. (Geography)

Postsecondary teaching and learning must be reoriented to equip learners with the knowledge, skills, and values they will need for creating a more sustainable world. This action research study examined the effects of implementing the Bums model of sustainability pedagogy in university courses taught by the researcher. This model is comprised of five key dimensions: (1 )Content; (2)Perspectives; (3)Process; (4)Context; and (5)Design. The Burns model of sustainability pedagogy seeks to: (1) increase learners' systemic understanding of complex sustainability issues (Content); (2) provide learners with opportunities to think critically about dominant paradigms, practices and power relationships and consider complex ecological and social issues from diverse perspectives (Perspectives); (3) enhance learners' civic responsibility and intentions to work toward sustainability through active participation and experience (Process); (4) increase learners' understanding of and connection with the geographical place and the community in which they live (Context); and (5) utilize an ecological course design to create transformative learning (Design). This pedagogical model reflects education as sustainability, a transformative learning process through which learners' values and perspectives change so that they are able to embrace sustainability and take action for change. Findings revealed that through the use of sustainability themes, students came to understand sustainability Content concretely, personally, and multidimensionally. Students understood multiple Perspectives and power relationships through experiential learning, through relationships with one another, by hopeful examples, and by learning to think critically. Due to a participatory and experiential learning Process, students expressed intentions to buy locally and to act directly for sustainable change. Through a focus on Context, students experienced stronger connections to their local community. A self-reflective teaching process and relational learning was important to the Design of a transformational learning process. The results show that the Burns model of sustainability pedagogy can be adapted to university courses in various disciplines. This study contributes to the field of sustainability education by providing an example ofan effective model for teaching sustainability at the university level. In order to prepare diverse learners for leadership roles in a sustainable world, attention must be focused on integrating transformative sustainability pedagogy throughout postsecondary education.