TY - JOUR
T1 - Unveiling global narratives of restoration policy
T2 - Big data insights into competing framings and implications
AU - Djenontin, Ida N.S.
AU - Fischer, Harry W.
AU - Yin, Junjun
AU - Chi, Guangqing
N1 - Publisher Copyright:
© 2025 The Author(s)
PY - 2025/5
Y1 - 2025/5
N2 - Restoration has become a key environmental policy goal of the contemporary era. Yet, what restoration means and how it is pursued remains an object of debate. This study examines the nature of restoration discourses on Twitter – a large, open, and global record of public discussions around contemporary restoration matters. We apply machine learning-powered text analysis of about 350,000 geolocated tweets spanning 2015-2022, focusing on four main restoration terms – landscape restoration; forest and landscape restoration; ecological restoration; and ecosystem restoration. Findings reveal a wide diversity of environmental policies framed through the language of restoration, underscoring its public appeal and use by different institutions from global to national and subnational scales. Restoration discourses foster both ecological and human-centered framings, with the former being more prominent. Other distinct discourses convey promotional efforts, momentum building, political engagement by proponent actors, and what restoration should deliver. Only a few discourses feature quick fixes such as tree planting, potentially implying that contemporary restoration interventions are more diverse than headline-grabbing targets to plant trees. There is little discussion of rural livelihoods, tenure rights, or tradeoffs between environmental objectives and local needs. Although the discourses vary across the restoration terms, we find some shared discourses as well as unique ones. We underscore how restoration discourses carry different worldviews with implications for the purported socio-ecological benefits of restoration. Our work shows how data-driven analysis of social media can shed light on the rhetoric of restoration policy agendas and their nuances among a broad spectrum of social and policy actors.
AB - Restoration has become a key environmental policy goal of the contemporary era. Yet, what restoration means and how it is pursued remains an object of debate. This study examines the nature of restoration discourses on Twitter – a large, open, and global record of public discussions around contemporary restoration matters. We apply machine learning-powered text analysis of about 350,000 geolocated tweets spanning 2015-2022, focusing on four main restoration terms – landscape restoration; forest and landscape restoration; ecological restoration; and ecosystem restoration. Findings reveal a wide diversity of environmental policies framed through the language of restoration, underscoring its public appeal and use by different institutions from global to national and subnational scales. Restoration discourses foster both ecological and human-centered framings, with the former being more prominent. Other distinct discourses convey promotional efforts, momentum building, political engagement by proponent actors, and what restoration should deliver. Only a few discourses feature quick fixes such as tree planting, potentially implying that contemporary restoration interventions are more diverse than headline-grabbing targets to plant trees. There is little discussion of rural livelihoods, tenure rights, or tradeoffs between environmental objectives and local needs. Although the discourses vary across the restoration terms, we find some shared discourses as well as unique ones. We underscore how restoration discourses carry different worldviews with implications for the purported socio-ecological benefits of restoration. Our work shows how data-driven analysis of social media can shed light on the rhetoric of restoration policy agendas and their nuances among a broad spectrum of social and policy actors.
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U2 - 10.1016/j.geoforum.2025.104241
DO - 10.1016/j.geoforum.2025.104241
M3 - Article
AN - SCOPUS:85219563405
SN - 0016-7185
VL - 161
JO - Geoforum
JF - Geoforum
M1 - 104241
ER -