Quantifying stakeholder learning in climate change adaptation across multiple relational and participatory networks

Teodoro, Jose Daniel; Prell, Christina; Sun, Laixiang

doi:10.1016/j.jenvman.2020.111508

Cited by 26 publications

(10 citation statements)

References 82 publications

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“…Challenges span issues of communication, representation, and logistics. Notwithstanding a few informative examples, (McDavid, 2015;Schröter et al, 2018;Teodoro et al, 2020), limited attention to engagement in the Env. SNA literature suggests that there are significant opportunities to improve the "state of the practice" of engaged research in this domain.…”

Section: Engaged Environmentally Focused Social Network Researchmentioning

confidence: 99%

“…The typical ties are information sharing or some form of collaboration, although other relationships are studied as well (see Groce et al, 2019 for an overall review). Examples of major themes in the literature include behavioral adaptation (Todo et alm, 2014), bridging and bonding capital (Berardo 2014), brokerage (Hamilton et al, 2020), cooperation (Ostrom, 1990;Jasny et al, 2019), the ecology of games framework (Lubell 2013), fragmentation (Schneider et al, 2003), learning (Teodoro et al, 2020), and scale mis-match (Sayles and Baggio, 2017). While some questions asked by env.…”

Section: Introductionmentioning

confidence: 99%

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Participant engagement in environmentally focused social network research

Jasny

Sayles²,

Hamilton

et al. 2021

Social Networks

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Section: Engaged Environmentally Focused Social Network Researchmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Participant engagement in environmentally focused social network research

Jasny

Sayles²,

Hamilton

et al. 2021

Social Networks

Self Cite

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“…For example, it would be beneficial to have people who regularly travel down the river serve as curators of the old river. As Teodoro et al (2021) revealed that social relations based on mutual understanding, respect, and influence are positively associated with perceptions of climate change, collaborative planning and management and utilization are needed in the local blue-green infrastructure network. Through the joint participation of people with different conversion tolerances to old rivers, environmental community efforts are expected to design the environmental functions of greenways as ecosystem functions.…”

Section: Issues Of Old Rivers and Environmental Management And Utiliz...mentioning

confidence: 99%

<b>Awareness of Basin Residents on Converting Old River Channels into Functional Greenways</b>

Yokota

2024

URPR

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In order to create blue-green infrastructure for urban flood control in a form that matches the local ecosystem, we need to understand the demand for ecosystem services that natural spaces provide to local residents, and consider ways to make better use of them.However, public awareness of blue-green infrastructure created by modifying natural spaceshas not yet been fully grasped. An Internet questionnaire survey was conducted of residents living in Asahi Ward, Yokohama City, where old rivers have been converted into greenways due to river redevelopment. The conversion tolerance of old rivers to greenways was classified into three types: old river faction, greenway faction, and neutral. In addition to sex and age, there were differences in the conversion tolerance ratio depending on the experience of going down the river and recognition of the old river. As a result of analyzing the consciousness of the functionality of the old river by factor analysis, when the conversion tolerance of the old river was different, the degree of influence of convenience/safety and historicity/naturalness differed. In addition, covariance structure analysis using multipopulation simultaneous analysis revealed that the satisfaction level of the greenway was positively influenced by awareness of environmental functionality, while historicity and naturalness were negatively influenced. In addition, analyzing the frequency of cooccurrence of environmental management and utilization desired for greenways and recognition of issues of old rivers revealed that the old river faction is trying to solve problems, such as the deterioration of water quality and lack of people to manage the natural environment, with the restoration of river ecosystems. This type of ecosystem-based problem solving has a different approach from the anthropocentric greenway faction, which expects beautification by improving the pedestrian environment. Therefore, in the future development of greenways, it will be necessary to secure a zone that utilizes the old river channel as a space for environmental adjustment, and an environmentalist community effort to utilize the ecological functions of the original environment will be important.

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“…The general structure of the networks also revealed low levels of reciprocity between actors. According to Teodoro et al (2021), reciprocal ties are established and nurtured within participatory processes, and these, in turn, can foster social learning. In addition, reciprocity is seen as supporting the development and maintenance of trust within networks, which, in turn, is the basis for ongoing coordination and collaboration among actors (Hauck and Schiffer 2014).…”

Section: General Structure Of Cafs Regional Actor-networkmentioning

confidence: 99%

Upscaling agroforestry in the tropics through actor-networks: a comparative case study of cacao farming systems in two regions of Colombia

et al. 2023

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Agroforestry systems (AFS) upscaling has the potential to integrate sustainability and resilience objectives into agriculture. However, this is a daunting task requiring multi-actor collaboration across public and private sectors at multiple governance levels, coupled with innovative approaches to jointly managing AFS knowledge. Understanding such multi-actor interactions from a network perspective may help to unravel how social structures, created by relational patterns enhance or hinder AFS upscaling. Our paper aims to comparatively explore the role of regional actor-networks on AFS upscaling for a selected farming system. By conducting semi-structured interviews, we collected information about the ties of 86 actors supporting cacao agroforestry systems (CAFS) across two regions of Colombia. We use social network analysis (SNA) to comparatively visualize and understand the general structure of these networks, find relational patterns between the diverse categories of actors involved, and identify a set of key players bridging the majority of the actors within these networks. We find highly centralized networks that connect multiple actors by a low number of mostly non-reciprocal ties. Within these networks, we identify a predominance of bridging ties over bonding ties, homophily patterns among research and education institutions, and heterophily configurations among farmer-based organizations. We also find that the composition of the sets of key actors and the platforms where they converge varies substantially from region to region due to decentralized agricultural policies and differing characteristics across regions. Our approach provides key entry points for promoting multi-actor coalitions that can effectively expand the benefits of AFS in tropical agricultural systems.

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Quantifying stakeholder learning in climate change adaptation across multiple relational and participatory networks

Cited by 26 publications

References 82 publications

Participant engagement in environmentally focused social network research

Participant engagement in environmentally focused social network research

<b>Awareness of Basin Residents on Converting Old River Channels into Functional Greenways</b>

Upscaling agroforestry in the tropics through actor-networks: a comparative case study of cacao farming systems in two regions of Colombia

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