A Laboratory without walls

In the field of nutrition, there is a growing demand for human resources to have the capacity to promote sustainable diets. Nutrition science, however, faces challenges that limit its capacity to build a proper workforce to respond to this demand. The lack of knowledge about biodiversity, central to sustainable diets, is one of them. This deficiency is partly caused by fragmented traditions of thought – social, environmental, and biological - in the area. We argue that biodiversity education with the support of the Garden-Based Learning (GBL) method can help in approaching this limitation. The study is an experience report of professors and students involved in a garden laboratory in the nutrition program at a public university in northeastern Brazil. We describe the laboratory's history, design, and our working methodology focused on the theme of Unconventional Food Plants. We present examples of the application of the method from experiences with plants studied in 2019. The use of the GBL method provided opportunities for actions to address the challenges presented by biodiversity education: discussion of professors' capacities, the institutionalization of the laboratory, the inclusion of a course on Sustainable food systems in the curriculum, work with a multi-professional team, strengthening community ties and adapting tools for cross-cultural contexts. In these actions, we systematically approach knowledge about taxonomy, phylogeny, ecosystems, and cultural diversity. The scarcity of literature on the subject limited our capacity to analyze our work within a frame of reference. We hope our report can encourage similar initiatives by guiding the use of the method. In future research, we intend to measure the impact of these strategies on the development of competencies for working with biodiversity in nutrition training

Biodiversity · Biology · Capacity building · Curriculum · Economics · Environmental planning · Environmental resource management · Geography · Natural resource · Pedagogy · Political science · Scarcity · Sociology · Sustainability · Workforce · Animal and Plant Science Education · Engineering · Ecology

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