Green gentrification in European and North American cities
Isabelle Anguelovski,
James J. T. Connolly,
Helen Cole,
Melissa Garcia-Lamarca,
Margarita Triguero-Mas,
Francesc Baró,
Nicholas Martin,
David Conesa,
Galia Shokry,
Carmen Pérez del Pulgar,
Lucia Argüelles Ramos,
Austin Matheney,
Elsa Gallez,
Emilia Oscilowicz,
Jesúa López Máñez,
Blanca Sarzo,
Miguel Angel Beltrán,
Joaquín Martínez-Minaya
July, 2022
Abstract
Although urban greening is universally recognized as an essential part of sustainable and climate-responsive cities, a growing literature on green gentrification argues that new green infrastructure, and greenspace in particular, can contribute to gentrification, thus creating social and racial inequalities in access to the benefits of greenspace and further environmental and climate injustice. In response to limited quantitative evidence documenting the temporal relationship between new greenspaces and gentrification across entire cities, let alone across various international contexts, we employ a spatially weighted Bayesian model to test the green gentrification hypothesis across 28 cities in 9 countries in North America and Europe. Here we show a strong positive and relevant relationship for at least one decade between greening in the 1990s–2000s and gentrification that occurred between 2000–2016 in 17 of the 28 cities. Our results also determine whether greening plays a “lead”, “integrated”, or “subsidiary” role in explaining gentrification.
Publication
Nature Communications, 13, 3816
Associate Professor in Statistics and Optimization
My research interests include Spatio-temporal Bayesian models using INLA and Stan, and Compositional Data methods