Purpose Key elements of a curriculum are presented for a faculty development program that integrated sustainability content with effective course design methodology across a variety of disciplines. The study aims to present self-reported impacts for a small number of faculty participants and their courses. Design/methodology/approach A yearlong faculty development program to introduce content and effective course design for teaching about sustainability was created through a content-driven, backward design approach. Faculty participants from two cohorts were surveyed electronically to evaluate their perceptions of the impact of the program on their courses and professional development either one or two years after completing the program. Findings The theoretical model, curriculum and assignments for the sustainability-enhanced program are presented and discussed. Faculty participant responses to a survey (n = 14) following completion of the program indicated that the process changed pedagogical approaches, created a sense of community and raised awareness of campus resources. Faculty perceived that sustainability content enhanced their course redesign by providing “real-world” relevance, awareness and engagement. More than half of the respondents reported using tools they learned in the program to redesign elements of other courses. Three respondents indicated that integrating sustainability content into their courses had little to no benefit. Research limitations/implications The study did not explore the impact of the program on faculty and student learning. Practical implications The tools presented are practice-ready. Originality/value This study can inform the design and evaluation of other sustainability-related faculty development programs.

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Waterfalls are documented among Indigenous peoples as settings for the intergenerational transfer of knowledge and locations sacred to life transitions. Eastern Woodlands ethnographic literature identifies waterfalls as places where life emerges in the presence of danger, requiring the acknowledgement of those who travel near them. In the Virginia Blue Ridge Mountains, ceramic-bearing Middle and Late Woodland sites near named waterfalls are associated with small sites located outside the topographic parameters of modeled site locations and containing non-local or unique objects. Sound mapping with calibrated decibel meters, survey-grade GPS, and inverse distance weighted interpolation demonstrate a correspondence between the location of the small sites and natural sound magnification. The small sites and the deposited objects may represent the offerings of travelers made aware of the sacred/dangerous place by the sound of the waterfall. Acoustic archaeology is introduced as a practice that takes into consideration sensory experience as central to place identity.