Urban Commons and Collective Action to Address Climate Change

Climate change and the coupled loss of ecosystem services pose major collective action problems in that all individuals would benefit from better cooperation to address these problems but conflicting interests and/or incomplete knowledge discourage joint action. Adopting an inductive and multi‐layered approach, drawing upon the authors’ previous research on urban commons, we here summarize key insights on environmentally oriented urban commons and elaborate on what role they have in instigating climate‐proofing activities in urban areas. We deal with three types of urban commons, i.e., “urban green commons,” “coworking spaces,” and “community climate commons.” We describe how allotment gardens, community gardens, and other types of urban green commons contribute to environmental learning that may boost understanding of environmental issues and which constitute important learning arenas for climate‐change mitigation and adaptation. We also deal with the newly emerging phenomenon of coworking spaces that share many essential institutional attributes of urban commons and which can work for climate‐change mitigation through the benefits provided by a sharing economy and through reduction of domestic transportation and commuting distance. Community climate commons represent commons where local communities can mobilize together to create shared low‐carbon assets and which hold the potential to empower certain segments and civil society groups so that they can have greater influence and ownership of the transformation of reaching net‐zero carbon goals. We conclude this article by identifying some critical determinants for the up‐scaling of environmentally oriented urban commons.

Developing a framework for an interdisciplinary and international climate intervention strategies research program

Capsule summaryCommunity Climate Intervention Strategies Workshop, October 28-30, 2020

Local Climate Praxis in Practice: Community Climate Action in Belfast

HighlightsExplores local climate praxis as transformative climate action with and in diverse communities across Belfast. Community climate action can tackle injustices, aid peace building and enable a just transition.

Online fandom communities as networked counterpublics: LGBTQ+ youths’ perceptions of representation and community climate

Online fandom communities (OFCs) provide lesbian, gay, bisexual, transgender, queer, and other sexual and/or gender minority (LGBTQ+) youth opportunities to access community-generated LGBTQ+ representations—contrasting mass media’s continued deficiencies in depiction of LGBTQ+ people and communities. This study sought to better understand LGBTQ+ adolescents’ and young adults’ (age 14–29) perceptions of OFCs regarding LGBTQ+ representation and community climate. Qualitative content analysis was employed to analyze open-ended survey questions from respondents in the United States and Canada ( n = 3665). Three primary themes emerged: (1) LGBTQ+ mass media narratives remained insufficient but were improving; (2) counternarratives produced within OFCs were even better; however, (3) the climate of OFCs created challenges and limitations, including to the quantity and quality of depictions of diverse LGBTQ+ identities. Findings indicate OFCs may take on simultaneous qualities of networked publics and counterpublics, allowing youth opportunities to contest LGBTQ+ mass media depictions and problematic representations within OFCs.

Climate Grant Universities Could Mobilize Community Climate Action

With cues from the successful land grant model, the United States should establish a system of universities to democratize access to climate knowledge and aid efforts to tackle the climate crisis.

Community readiness for collecting stray dogs in Aradan County: a quantitative‐qualitative study

Background Paying more attention to free-roaming dogs’ population control seems to be necessary because of public health and environmental problems. The present study used the community readiness model to determine the readiness of Aradan County in terms of collecting stray dogs. Methods This study is a quantitative-qualitative research study conducted in Aradan County in Semnan Province of Iran. The semi-structured questionnaire uses the six dimensions of the Community Readiness Model as guideline, with 36 items used for the interview. The interviews lasted 45 to 100 minutes with 11 key members including the governor, prefect, mayor’s assistant, city council chairman, key trustees, officials responsible for environmental health network, officials responsible for environmentalism of the city, and governors of a rural district. In quantitative part two, assessors read the interviews carefully and assigned scores based on the rating-scale form suggested by the guideline itself for scoring each dimension. A qualitative directed content analysis with deductive approach was used for analyzing the collected qualitative data. Results The study involved 11 key members of Aradan County, all of whom were male. Most of the participants were over 40 years old and with five years of work experience (73.6 %). The mean score of each six dimensions in Aradan County were: Community efforts (4.78), Community knowledge of efforts (4.28), Leadership (4.90), Community climate (4.38), Community knowledge about the issue (4.20) and Resources related to the issue (3.29) respectively. Community readiness in Aradan County and Aradan City was generally estimated to be in the preplanning stage, whereas vague public awareness was found in the rural areas. In the qualitative part, 870 initial open codes, 589 refund codes, 19 subcategories and 6 themes emerged, including (a) community efforts, (b) community knowledge of the efforts (c) leadership, (d) community climate, (e) community knowledge of the issue, and (f) resources related to the issue. Conclusions For improving the process of collecting the stray dogs, it is necessary to focus on holding educational sessions for the public to increase their partnership and justify the responsible organizations’ activities to collaborate and provide the necessary financial resources.

How Does Online Brand Community Climate Influence Community Identification? The Mediation of Social Capital

Although online communities with a supportive climate encourage members to participate and exchange their information openly and freely, participants may perceive the community to be unsafe without proper control. Do controlling climates also contribute to the accumulation of social capital in online brand communities (OBCs)? The purpose of our study was to investigate how controlling and supportive climates jointly influence community identification, and to examine the mediating effects of social capital and the moderating effects of community age. A conceptual framework was proposed and tested with data collected from an online survey of 481 online brand community members. We found that both controlling and supportive climates had positive effects on social capital (trust and norms of reciprocity), which exerted a partial mediation between community climate and community identification in the OBCs examined. Developing a community climate was particularly effective in generating trust in older communities. This research contributes to the community literature and has important implications for community climate management. We identified the boundary conditions of the community climate-trust association.

Climatology of migrating and non-migrating tides observed by three meteor radars in the southern equatorial region

We present a study of migrating and non-migrating tidal winds observed simultaneously by three meteor radars situated in the southern equatorial region. The radars are located at Cariri (7.4° S, 36.5° W), Brazil, Kototabang (0.2° S, 100.3° E), Indonesia and Darwin (12.3° S, 130.8° E), Australia. Harmonic analysis was used to obtain amplitudes and phases for diurnal and semidiurnal solar migrating and non-migrating tides between 80 and 100 km altitude during the period 2005 to 2008. They include the important tidal components of diurnal westward-propagating zonal wavenumber 1 (DW1), diurnal eastward-propagating zonal wavenumber 3 (DE3), semidiurnal westward-propagating zonal wavenumber 2 (SW2), and semidiurnal eastward-propagating zonal wavenumber 2 (SE2). In addition, we also present a climatology of these wind tides and analyze the reliability of the fitting through the reference to Whole Atmosphere Community Climate Model (WACCM) winds. The analysis suggests that the migrating tides could be well fitted by the three different radars, but the non-migrating tides might be overestimated. The results based on observations were also compared with the Climatological Tidal Model of the Thermosphere (CTMT). In general, climatic features between observations and model migrating tides were satisfactory in both wind components. However, the features of the DW1, DE3 and SW2 amplitudes in both wind components were slightly different from the results of the CTMT models. This result is probably because tides could be enhanced by the 2006 northern hemisphere stratospheric sudden warming (NH-SSW) event.