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Supporting multi-species interaction through relational technologies

Our world is increasingly viewed ecologically, as an interdependent habitat for humans, animals, and plant life. This includes the 鈥済reening鈥� of cities to mitigate climate change and to improve the well-being, health, and quality of life for its residents. Yet our world is also technological in ways that are not compatible with thriving ecologies, for example, pervasive use of mobile technologies emits electromagnetic radiation that can disrupt animal life, increase human presence in sensitive habitats, and contribute to long-term toxicity from plastics and electronics.

There is limited research in computing science, especially in human-computer interaction (HCI), on how to design technologies that mitigate harmful human interactions with non-human life and set the goal of multi-species cohabitation. 

Wakkary's proposed research investigates how to design technologies that are more than human-centred to reconcile the technological with the ecological. Wakkary and his team call these technologies relational technologies.

These relational technologies are designed to promote interaction that supports multi-species cohabitation in urban environments. They are systems that mitigate disturbances to urban ecosystems; create mutual benefit for humans, animals, and plants; and have minimal environmental footprints.

Relational technologies draw on interactive computing for human interaction, physical computing to sense and respond to the world, and tangible computing so systems can safely become a material part of a habitat. Imagine a system that signals that runners should walk rather than run on parts of a path near a habitat during a species鈥� hatching stage, or a soil humidity sensor that is also a burrow for cavity nesting bees whose habitats are under stress from urban development. 

The objectives of Wakkary's research are to develop a design framework to create interactive technologies that mutually support human, animal, and plant life interactions in urban environments.

Wakkary and his collaborators focus their interest in multi-species ecologies by concentrating on pollinator habitats (bee and moth ecosystems) in Metro Vancouver. Throughout the course of their research, they will evaluate interactive systems that they design.