1 Introduction
2 Methodology
2.1 Literature review
2.2 Analysis
2.3 Conceptualization of indicators
3 A framework for assessing social structure determinants in local community level governance of SUDS
3.1 Dimensions and social structure determinants
DIMENSION | SOCIAL STRUCTURE DETERMINANTS |
---|---|
ACTORS | • Community leadership and allocation of responsibility |
• Community innovation | |
• Technical skills and competencies | |
• Private stakeholder involvement | |
• Academia involvement | |
RESOURCES | • Community priorities for funding from both public and private sources |
• Community financial incentives | |
• Priorities for land use and development by both public and private entities | |
• Human resources | |
• Knowledge of SUDS | |
DISCOURSES | • Management strategies and planning processes |
• Environment regeneration and protection | |
• Knowledge of suds ecosystem services | |
• Community participation | |
• Communication and information dissemination | |
RULES OF THE GAME | • Regulatory frameworks and legislative support |
• Cultural norms, values, and local languages | |
• Quality and reliability of community politics | |
• Equitable treatment of all partners | |
• Gender Roles and Equality |
3.2 Actors
3.3 Resources
3.4 Discourses
3.5 Rules of the game
3.6 Indicators for assessing social structure determinants
DIMENSION | DETERMINANT | EXPLANATION | INDICATOR | REFERENCE |
---|---|---|---|---|
ACTORS | Community leadership and allocation of responsibility | Particular assignment and definition of duties related to the implementation and management of SUDS | • Precise definitions of objectives and goals related to sustainable management of stormwater in urban areas and the implementation of SUDS • Degree of community individuals' dedication to participate in the implementation of SUDS | (Sutherland et al. 2016) |
Community innovation | Development of creative ideas, solutions, and practices by community members that contribute to the effective management and maintenance of SUDS | • Level of participation of community members in the planning, design, implementation, and monitoring of SUDS • The extent to which local knowledge and resources are applied to develop efficient SUD solutions that meet the community's needs | (Mguni et al. 2016a) | |
Technical skills and competencies | Degree of technical knowledge and proficiency in SUDS within the community | • Level of knowledge about SUDS's design, construction, operation, and maintenance • Level of community understanding regarding the technical dimensions of stormwater management | ||
Private stakeholders’ involvement | Participation of non-public community actors, including firms, companies, and private individual investors, in SUDS preparation, development, performance, and management | • Private sector financial contribution to SUDS initiatives • Private sector involvement in SUDS planning and implementation • Transparency of private sector interests and decision-making in SUDS | ||
Academia involvement | Participation of academic institutions, researchers, and scholars in the planning, design, implementation, and evaluation of community SUDS initiatives | • Level of involvement and collaboration between academic experts, institutions, and local community organizations on SUDs projects • Quantity and quality of SUDs research publications • Availability of SUDs community training programs and events led by academic institutions | ||
RESOURCES | Community priorities for SUDS funding from both public and private sources | Identification and allocation of financial resources towards specific SUDS projects and programs based on their level of urgency, feasibility, and potential impact on the community | • The proportion of the budget for community SUDS projects by local governments, NGOs, and private entities • Criteria used for evaluating and prioritizing community SUDS projects, such as impact, feasibility, and cost-effectiveness | |
Community financial incentives | Monetary incentives such as rebates, tax credits, grants, or other forms used by the community or local government to encourage the adoption of SUDS) | • The number of financial incentive programs implemented by the local government to promote the adoption of SUDS • Amount of funding allocated to SUDS programs • The number of individuals or businesses receiving financial incentives to implement SUDS | (Ndeketeya and Dundu 2019) | |
Priorities for land use and development by both public and private entities | Strategic allocation of land for the implementation of sustainable urban stormwater management practices such as SUDS, taking into consideration the needs and interests of both public and private stakeholders | • Degree of consideration of SUDS implementation in community land use decision-making processes • Percentage of public land allocated for SUDS • Level of collaboration between public and private entities in land use planning and SUDS implementation • The number of policies and regulations promoting SUDS integration in land use planning | ||
Human resources | The presence, proficiency, and competencies of individuals and collectives engaged in the preparation, creation, execution, and supervision of SUDS, e.g., public officials, private industry stakeholders, and specialists with technical expertise in establishing stormwater management infrastructures | • Adequacy of staffing levels and resources allocated to support SUDS implementation and management • Availability and accessibility of relevant training programs and resources for SUDS management • The capacity of local government officials and private sector actors to support SUDS implementation and management | ||
Knowledge of SUDS | The community's level of understanding and awareness regarding the technical and operational aspects of sustainable urban drainage systems (SUDS) for stormwater management | • Number of community members with knowledge of SUDS design and implementation • Number of community members with technical expertise in stormwater management and SUDS • Level of community awareness and understanding of the benefits of SUDS • Availability of SUDS-related training and education programs for community members | ||
DISCOURSES | Management strategies and planning processes | The techniques and steps utilized by community stakeholders involve the creation of policies, regulations, and plans that define the duties, accountabilities, and measures necessary to accomplish the objectives of SUDS | • The number of community stormwater management plans in place • Use of adaptive management to respond to changing conditions • The scale of allocation of resources to support SUDS implementation and management • Regular monitoring and evaluation of SUDS performance for future planning | (du Toit, et al. 2018) |
Environment regeneration and protection | Measures taken to restore, preserve, and enhance natural ecosystems and biodiversity within communities through the implementation of SUDS, e.g., designing or implementing SUDS to promote the sustainable use of natural resources | • Stakeholder collaboration level in sustainable SUDS practices • Community participation in SUDS maintenance and management for habitat and ecosystem protection and restoration • Community knowledge of SUDS' environmental benefits for regeneration and protection | (Shackleton 2015) | |
Knowledge of SUDS Ecosystem services | Understanding of the pros and cons of SUDS for ecosystem services, including benefits like improved water quality and biodiversity, as well as potential risks like changes to land use and impacts on local communities | • Community knowledge of SUDS ecosystem services • Community familiarity and usage of monitoring methods for SUDS ecosystem services • Incorporation of ecosystem service considerations in SUDS decision-making | (Shackleton 2015) | |
Community participation | Active engagement of community members and stakeholders in collaborative SUDS solution development that meets community needs and broader environmental/social goals | • Community ownership, engagement, and management of SUDS infrastructure and projects • Community awareness and understanding of SUDS • Community satisfaction and perceived effectiveness of SUDS • Community-led initiatives and activities for SUDS education and advocacy | ||
Communication and information dissemination | The various ways in which information about stormwater management using SUDS and related activities are shared among community members, stakeholders, and relevant authorities | • Existence and quality of community communication plan for SUDS projects • Diversity, frequency, and quality of communication activities to stakeholders • Effectiveness of communication activities in raising awareness and increasing knowledge • Effectiveness of feedback mechanisms in assessing stakeholder perception of SUDS | (Mguni et al. 2015) | |
RULES OF THE GAME | Regulatory frameworks and legislative support | The laws, policies, and guidelines that provide a legal and institutional basis by defining the roles and responsibilities of different stakeholders, outlining the procedures for decision-making and implementation, and establishing standards and criteria for SUDS design, construction, operation, and compliance with environmental and health regulations | • Existence and comprehensiveness of SUDS-related laws and policies at the national and local levels • Level of compliance with environmental and health regulations in the design, construction, and operation of SUDS • Effectiveness of SUDS integration into broader urban planning and development strategies • Frequency and quality of monitoring and evaluation of SUDS regulatory frameworks to assess their effectiveness and identify areas for improvement | |
Cultural norms, values, and local languages | The cultural practices, beliefs, and language systems influence the attitudes and behaviors of community members towards SUDS | • The scale of diverse cultural group representation in SUDS decision-making and governance • The scale of use of local languages/culturally appropriate communication in SUDS planning • Level of incorporation of traditional knowledge for water management into SUDS design • Respect cultural values related to water/land use in SUDS decisions | (du Toit et al. 2018) | |
Quality and reliability of community politics and power dynamics | The effectiveness, transparency, and accountability of community-level decision-making processes and mechanisms that guide the planning, implementation, and management of SUDS | • Level of transparency and accountability in community decision-making processes • Level of trust and cooperation among stakeholders of community-led initiatives • Presence of conflict resolution mechanisms • Presence of a mechanism to report the abuse of power | ||
Equitable treatment of all partners | The fair and just treatment of all stakeholders involved in the planning, implementing, and managing sustainable urban drainage systems (SUDS), regardless of their socio-economic status, ethnicity, or other characteristics | • Level of inclusivity/diversity of SUDS decision-making and marginalized group representation • Level of equitable distribution of SUDS benefits/costs for all stakeholders • Level of access to SUDS governance information/resources for everyone • The scale of implementation of policies/mechanisms for equal participation and power balance | ||
Gender Roles and Equality | The extent to which gender considerations are integrated into decision-making processes and implementation of SUDS, such as recognizing the different needs, roles, and responsibilities of women and men concerning water management | • Level of women's participation/representation and gender-specific needs in SUDS • Level of stakeholders' awareness of gender issues in SUDS governance • The scale of implementation of policies/mechanisms for gender equality in SUDS governance |