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Bento, N., Fontes, M. & Costa, E. (2022). From sustainability transitions to system transformations—Towards a theory of transformative change. 13th International Sustainability Transitions Conference 2021, online, November 21-25.

N. M. Bento et al.,  "From sustainability transitions to system transformations—Towards a theory of transformative change", in 13th Int. Sustainability Transitions Conf. 2021, online, November 21-25, 2022

@null{bento2022_1732209112792,
	year = "2022",
	url = "https://consultus.eventsair.com/ist2022-conference/"
}

TY  - GEN
TI  - From sustainability transitions to system transformations—Towards a theory of transformative change
T2  - 13th International Sustainability Transitions Conference 2021, online, November 21-25
AU  - Bento, N.
AU  - Fontes, M.
AU  - Costa, E.
PY  - 2022
UR  - https://consultus.eventsair.com/ist2022-conference/
AB  - Accelerating decarbonization to limit global warming to 1.5ºC requires a deep change in the provision and consumption of essential services such as mobility, thermal comfort or substance. It involves the dissemination of several social, technological and institutional innovations across multiple sectors. This contrasts with the traditional perspective in the literature that focuses on specific innovations in a single sector (e.g., solar PV in electricity generation). This research examines the conditions and processes that enable system transformation, here defined as a structural change which have wide social and economic impacts on several sectors (energy, transport, building, industry, food). Building on theories and concepts from economics, innovation and technological change, and sustainability transitions, four main conditions for system transformation emerge: technology; business model; social acceptance; institutions. These conditions underpin processes of system transformation that can be led by demand, supply or coordination. The analysis of two empirical examples (digital convergence and sharing economy) illustrates the explanatory power of this framework and offers insights for improving both the theory and the strategies for deep decarbonization.
ER  -