Recent  

This paper investigates the potential of comics in more-than-human geographies, arguing that graphic narratives emerge as productive tools to reveal the in_between of humans and nonhumans. It further describes an exemplary approach to a collaborative comic and how visceral or nonverbal aspects in human-animal relations can be expressed and experienced, using the empirical study of returning wolves to Switzerland.

Population geography presents a strong conceptual orientation on demography, a discipline which relies mainly on quantitative studies. Many of the concepts used in this field seem to have only very limited value for understanding ongoing processes of societal changes. Under the umbrella of family studies conceptual and methodical approaches are to be found that help reconsider established assumptions related to the term population, such as the notion of family.

My ethnographic work in a technological pilot project in southern Tanzania provides insights into the test of an AI system to foster agriculture based on digital information in order to boost the development of rural areas. The experimental combination of a development project and the testing of a digital technology perpetuates the metaphor of Tilley's "Africa as a living laboratory", especially in the postcolonial context, and calls for a critical approach to these ventures.

We follow the refuge crop policy adopted worldwide to delay the evolution of pest resistance in insects to genetically engineered cotton. We aim to deconstruct the prevalent narrative of accusing farmers for not complying with insect resistance management strategies as we adopt the perspectives of subaltern actors involved in the refuge policy assemblage. Methodologically, we applied a literature review, document analysis and descriptive and interpretative statistics, and cluster analysis.

This study uses geographic information systems (GIS) to determine which landforms are most visible to motorists from the highways of the northwestern US. Using an elevation dataset, a computer determined the area visible from sample points taken at 1 km intervals along the highway network. Highly visible mountains, ridges, and valleys were identified and mapped. These methods can be used to identify scenic byways, inform infrastructure development, and improve maps and navigation apps.