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Rapid urbanization has transformed the pattern of urban land use to focus more onhousing development. Unfortunately, the focus is less on improving the optimal use of community and green infrastructure (GI) facilities for communities in low-cost housing. Studies have shown that the lack of proper facilities and GI have impacted the individual, physical, psychological, and social health of a community. The outdoor facilities of low-cost housing developments are claimed to be very limited. Hence, the planning standards and guidelines for housing should go beyond their basic provisions, to offer a more conducive environment that improves the health and wellbeing of the community, especially in the event of a pandemic. Hence, the paper presents the preference of GI facilities in three low-cost strata housing flats in Selangor (Lembah Jaya, Kajang Utama, and PKNS PJS2 low-cost flats). The data collection consists of (a) spatial analysis using drone images that were converted into AutoCAD spatial maps; (b) interviews with the Joint Management Bodies; and (c) a questionnaire survey of residents (Lembah Jaya–n=116; Kajang Utama Flats–n=50; PKNS PJS2–n=85). The results reveal the limitations of the existing developments, challenges, and needs of the community. Considering the current COVID-19 pandemic, the outdoor spaces in the housing areas are indispensable for residents to relax their minds and do various allowable outdoor activities. This paper emphasizes that the provision of a new model for community and GI facilities in low-cost apartments is a must. A comfortable living environment in the area will support the ecological and social system of a community, thus promoting a good society. It urges the government, developers, and local governments to change the development approach for this type of housing to one that emphasizes a healthier, higher-quality, and more sustainable environment for the local community.

Abstract Background Sustainable Development Goal (SDG) 7 calls for the adoption and continued use of clean-burning stoves by the 2.9 billion people relying on unclean fuels (both solid biomass and kerosene). However, to date, the clean cooking literature has found low rates of efficient stove adoption and continued use. This paper presents the application of a public health community engagement model to the use of clean cooking fuels. We implemented a pilot study with Community Technology Workers (CTWs) as a means to overcome maintenance, education, and behavioral barriers to clean fuel use in rural Tanzania. Methods The intervention was a free 6 kg Liquified Petroleum Gas (LPG) cylinder and stove coupled with education from a local technically trained CTW on LPG use. We evaluated the training, work, and impact of a CTW on LPG use on 30 randomly selected households from two villages in a rural district of Tanzania over a 1-year period. After an initial baseline survey, technically trained local CTWs educated the households on safe LPG use and conducted 34 follow up surveys over the next year on their cooking fuel use. Additionally, we conducted qualitative interviews with all households and a focus group with six of the households. Results The results from the mixed methods approach show that 80% of families (n = 24) consistently refilled their LPG cylinders and ~ 40% of households exclusively used LPG. Households reported appreciating the CTWs’ visits for providing education and maintenance support, giving them confidence to use LPG safely, reminding them to save for their cylinder, and providing a community driven effort to use clean fuel. Conclusions The findings demonstrate the feasibility of this type of community infrastructure model to promote and facilitate consistent LPG use, but suggest the need to couple this local support with financial mechanisms (e.g., a microsavings program). This model could be a mechanism to increase LPG use, particularly in rural, low-income areas.

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Despite varying conceptions of what co-production entails, there is a growing consensus in research, practice and public policy discourse that co-production is a preferred strategy for leveraging resources to deliver basic infrastructure services in low-income settlements. Using largely qualitative data, this paper explores the adaption of co-production in the low-income settlement of Hanna Nassif in Dar es Salaam, implemented 20 years ago by state actors, international agencies and grassroots actors, with attention to basic infrastructure and local employment. The findings reveal that co-production engendered partnerships and platforms and transformed sociocultural norms and values that made inroads toward urban equality in the settlement, although it failed to address inequalities among the partners, or to be replicated subsequently. The paper argues that meaningful co-production of basic infrastructure services in low-income settlements of the global South requires a focus on the context-specific pro-poor concerns and priorities. [ABSTRACT FROM AUTHOR]

From the perspective of urban planning, the history of the Town Camps of Mparntwe (Alice Springs) has made them a unique form of urban development within Australia; they embody at once a First Nation form of urbanism and Country, colonial policies of inequity and dispossession, and a disparate public and community infrastructure that reflects the inadequate and ever-changing funding landscape it has been open to. While these issues continue, this paper discusses the resilience of these communities through the Local Decision Making agreement, signed in 2019 between the Northern Territory Government and Tangentyere Council. One thing that has been critical to translating and communicating local decisions for government funding has been the establishment of an inclusive and robust process of participatory mapping—Mapping Local Decisions—where both the deficiencies and potential of community infrastructure within each Town Camp is being identified. As local community knowledge is embedded within these practices, so too are issues of health, accessibility, safety and a changing climate similarly embedded within the architectural and infrastructure projects developed for government funding. Being conceived and supported by local communities, projects are finding better ways to secure this funding, building on a resilience these communities have for the places they live. [ABSTRACT FROM AUTHOR]

Background: Sustainable Development Goal (SDG) 7 calls for the adoption and continued use of clean-burning stoves by the 2.9 billion people relying on unclean fuels (both solid biomass and kerosene). However, to date, the clean cooking literature has found low rates of efficient stove adoption and continued use. This paper presents the application of a public health community engagement model to the use of clean cooking fuels. We implemented a pilot study with Community Technology Workers (CTWs) as a means to overcome maintenance, education, and behavioral barriers to clean fuel use in rural Tanzania. Methods: The intervention was a free 6 kg Liquified Petroleum Gas (LPG) cylinder and stove coupled with education from a local technically trained CTW on LPG use. We evaluated the training, work, and impact of a CTW on LPG use on 30 randomly selected households from two villages in a rural district of Tanzania over a 1-year period. After an initial baseline survey, technically trained local CTWs educated the households on safe LPG use and conducted 34 follow up surveys over the next year on their cooking fuel use. Additionally, we conducted qualitative interviews with all households and a focus group with six of the households. Results: The results from the mixed methods approach show that 80% of families (n = 24) consistently refilled their LPG cylinders and ~ 40% of households exclusively used LPG. Households reported appreciating the CTWs' visits for providing education and maintenance support, giving them confidence to use LPG safely, reminding them to save for their cylinder, and providing a community driven effort to use clean fuel. Conclusions: The findings demonstrate the feasibility of this type of community infrastructure model to promote and facilitate consistent LPG use, but suggest the need to couple this local support with financial mechanisms (e.g., a microsavings program). This model could be a mechanism to increase LPG use, particularly in rural, low-income areas. [ABSTRACT FROM AUTHOR]

In this paper we will characterize the socio-labor, housing and community infrastructure conditions of vulnerable populations in Santiago del Estero, Argentina, under Social, Preventive and Compulsory Isolation. The results of a survey carried out in August 2020 by means of online interviews to territorial referents are presented, paying special attention to the ways in which isolation affects labor activities and income and the alternative strategies deployed and the dimensions referred to housing, services and community infrastructure of the neighborhoods of residence. The sampling carried out is nonprobabilistic and intentional. Through the work, it is possible to observe the need to rethink the implementation of public policies for the generation of decent work, as well as to control the use of and access to land and housing, respecting the ways of life and habitation of our populations. [ABSTRACT FROM AUTHOR]

The health of Indigenous Australians is far poorer than non-Indigenous Australians, including an excess burden of infectious diseases. The health effect of built environmental (BE) features on Indigenous communities receives little attention. This study’s objective was to determine associations between BE features and infectious disease incidence rates in remote Indigenous communities in the Northern Territory (NT), Australia. Remote Indigenous communities (n = 110) were spatially joined to 93 Indigenous Locations (ILOC). Outcomes data were extracted (NT Notifiable Diseases System) and expressed as ILOC-specific incidence rates. Counts of buildings were extracted from community asset maps and grouped by function. Age-adjusted infectious disease rates were dichotomised, and bivariate binomial regression used to determine the relationships between BE variables and infectious disease. Infrastructure Shelter BE features were universally associated with significantly elevated disease outcomes (relative risk 1.67 to 2.03). Significant associations were observed for Services, Arena, Community, Childcare, Oval, and Sports and recreation BE features. BE groupings associated with disease outcomes were those with communal and/or social design intent or use. Comparable BE groupings without this intent or use did not associate with disease outcomes. While discouraging use of communal BE features during infectious disease outbreaks is a conceptually valid countermeasure, communal activities have additional health benefits themselves, and infectious disease transmission could instead be reduced through repairs to infrastructure, and more infrastructure. This is the first study to examine these associations simultaneously in more than a handful of remote Indigenous communities to illustrate community-level rather than aggregated population-level associations.

The average temperature in Alaska and the North American Arctic has risen at twice the rate of the global average due to climate change, causing changes to the natural environment that affect the physical, social, and emotional well‐being of people and communities. Social workers must be prepared to respond. Using a non‐probability, convenience sample, this study surveyed 159 social workers in Alaska to assess their attitudes and their perceptions of the effects of climate change on their clients and constituents. Results indicate that social workers in Alaska believe that climate change is happening, that human activities are responsible, and that it is a large threat to people in Alaska. Over 75% believe that climate change is dangerous for their clients now or will be dangerous in 10 years. Social workers report that in the past year their clients or constituents have experienced multiple climate change‐related problems with community infrastructure, health, and mental health. [ABSTRACT FROM AUTHOR]

Southern Europe is recurrently being hit by forest fires affecting wildland–urban interface (WUI) areas which, particularly in the last decade, have resulted in tremendous consequences. In the years to come, self-protection of communities will be a first priority over fire suppression, demanding better fire-resistant and resilient WUI scenarios through actions grounded on solid and sound regulations and legislation. As of today, the European Union as a whole, and the Member States in particular, are belatedly articulating new and appropriate regulations and implementing policies for the protection of WUI areas against forest fires. Spain is one of the EU Member States, holding 1.1 million ha of WUI areas (above 4% of the total forested land) and experiencing an average of 12,500 forest fires per year over the past decade. In this paper a review of the state of the art on regulations, codes, plans and recommendations on WUI fire prevention and management in Spain is presented. Shortcomings due to the current lack of building and urban planning standards and technical codes for WUI communities are highlighted. We underline some paramount needs to be covered by scientific research and fire engineering in particular topics. Some of them have received little attention in the literature related to European WUI fires while some others have been almost unexplored, such as planning of low-fuel fringes, design of road networks and accessibility, dimension of water supply networks, study of ignitability and combustibility of residential vegetation, role of construction methods and materials, and the wildland–industrial interface. Outcomes from research activities on such topics should lead to appropriately drive and inform the policy making processes on WUI fire prevention and management in Spain and, by extension, in other southern European countries under a similar situation. [ABSTRACT FROM AUTHOR]

Purpose: LCA tools are increasingly used to support decision making. However, the current generation of tools is mainly targeted at users with significant background in industrial and environmental processes. This paper presents a novel process of developing the LCA Calculator with inputs from community members embedded in a co-design process. It demonstrates how engineering tools can be developed by considering end-user perspectives and used to communicate systems thinking in infrastructure co-design. Methods: The process of the LCA Calculator development was informed by the outcomes of community engagement through the co-design process. The method consists of four parts including horizon scanning of suitable technology options, LCA modelling, development of the LCA Calculator and pilot testing of the Calculator with residents from the selected case study community. The case study community are residents of a social housing estate in central London. The estate has a total of 123 flats arranged in three low-rise blocks with shared gardens and courtyards. Three technology options—wormery composting, rainwater harvesting and urban food growing—were used to illustrate the LCA methods and test the Calculator development. Results and discussion: The Calculator developed in this project pushes the boundaries beyond expert users to develop a new generation of LCA tools for a wider range of decision makers. The LCA results were communicated using the LCA Calculator in a workshop as part of the co-design process. The communication process was supported by the visual language of the Calculator, information sheets of the technology options and community members' involvement in the process of the Calculator development. The Calculator provided a solid base on which sustainable design discussions could happen. It provided to the participants valuable insights into the scale of material flow given different design choices—such as the amount of waste generated over a month or the irrigation requirements of a raised bed—and environmental impacts of these options. Conclusions: A prototype version of an LCA Calculator software tool has been developed to enable rapid assessment of conceptual design of engineering systems. The LCA Calculator was successfully tested at a community workshop, enabling clear engagement between engineering design choices and resource and environmental impacts. The Calculator facilitated a two-way exchange between community members and infrastructure designers that embeds end-user perspectives in the design and implementation of the infrastructure they use, taking into account lifecycle impacts of technology and material options. [ABSTRACT FROM AUTHOR]

Abstract: Longyearbyen is the major administrative, touristic, and scientific centre in Svalbard and so‐called ‘European Gateway’ to the Arctic. The number of inhabitants and tourists as well as community infrastructure has significantly expanded over the recent decade, and present‐day community faces development thresholds associated with climate warming and disturbance of cold region landscape. Coastal zone is a key interface where severe environmental changes impact directly on Longyearbyen infrastructure. We applied the combination of environmental assessment methods and geographic information system analyses together with field mapping to investigate the scale of degradation of coastal zone in Longyearbyen and examine the impact of coastal hazards on major elements of community infrastructure. Rate of observed coastal changes, the diversity of natural and man‐made hazards mapped along the coast, and observed damages in infrastructure suggest a need for coastal change monitoring and coastal protection in Longyearbyen. The part of the Longyearbyen coast that should be monitored and protected are sections spreading between new port and surroundings of Longyearelva delta significantly modified by coastal erosion and landsliding. In order to improve coastal zone protection and safety of town development, we present arguments supporting the incorporation of Longyearbyen into recently established Circum‐Arctic Coastal Communities Knowledge Network. [ABSTRACT FROM AUTHOR]

Libraries worldwide have had to re-think their purpose and adapt to changing community needs and expectations. They are no longer simply repositories for old books. Rather, they are vital components of a community’s social and economic infrastructure that connects communities and fosters creativity and innovation. This paper explores the changing role of libraries—and public value organizations more broadly—in creating positive social, economic, and environmental outcomes for individuals and communities. [ABSTRACT FROM AUTHOR]

Abstract: This article studies the causes for unequal access to rural community and social development infrastructures in China. We use a dataset in the China Health and Retirement Longitudinal Study (2011–2012), the National Baseline Survey of Communities, to examine the availability of four types of infrastructures: public transportation, sanitation, health care and aged care. Three hundred and seven villages are included in this study. The findings suggest that the primary funder of infrastructures and the status of village governance have impacts on the unequal availability of rural infrastructures. The effects vary by the type of infrastructures under discussion. This is the first attempt to combine planning, finance and governance factors in explaining rural infrastructure availability. It has strong policy implications and shed important light on state–society relations and the urbanisation trends in China. [ABSTRACT FROM AUTHOR]

We will describe the science discovered by some of the community of researchers using the SEAGrid Science gateway using computational chemistry applications. Specific science projects to be discussed include calcium carbonate and bicorbonate hydrochemistry, graphene application modeling, photonic properties of some heavy metal complexes, mechanistic studies of redox proteins and diffraction modeling of metal and metal-oxide structures and interfaces. The modeling studies involve a variety of computational techniques and coupled execution of a workflows using specific set of applications enabled in the SEAGrid Science Gateway. The integration of applications and resources that enable workflows that integrate empirical, semi-empirical ab initio and DFT and perturbative ab initio techniques through a single point of access will be presented. SEAGrid gateway hitherto used Computational Chemistry Grid middlware infrastructure and provided GridChem desktop client for users to interact with the resources and services. This deployment suffers from maintainging unsupported service architectures and system specific scripts. Going forward, the services will be outsourced to the Apache Airavata infrastructure to gain from a sustainable and more easily maintaiable set of services. As part of the new deployment we will also provide a web browser based SEAGrid Portal in addition to the SEAGrid desktop application based on the previous GridChem client. We will elaborate the services and their enhancement in this process to exemplify how the new implementation will enhance the maintainability and sustainability. We will also provide exemplar science workflows and contrast how they are supported in the new deployment relative to the previous deployment to show case the adoptability and user support for services and resources. [ABSTRACT FROM AUTHOR]

The study is a part of the ongoing research project which focuses on developing a framework for identifying flood exposure level among the schools in the Himalayan region with the case study of Lakhimpur and Dhemaji, Assam to facilitate flood resilient school design and climate change adaptation. Two distinct methodologies using spatial overlay, have been applied to identify exposure levels of schools in Subansari river basin, where flood events occur annually. In the study, flood conditioning parameters are applied to a large number of schools for the first time. The two methodologies employ seven parameters, namely distance from the stream, elevation, slope, TWI, clay content, groundwater table, and rainfall intensity. The distinction lies in the approaches to determine exposure level based on how the parameters are used in standard practice as per the literature review: parametrically and cumulatively. The findings of the two approaches are compared and recommendations are provided. The study indicates high value of parametric overlay analysis over the cumulative analysis since it identifies granular aspects of exposure and thus allows specific planning and design interventions in and around the schools. Hence,the study assists planners, architects, engineers and policy makers to develop relevant resilient, adaptive school design prototypes and policy in the region. The framework presented through the case study opens opportunity to enhance approaches adopted to reduce the flood risk among schools in the Himalayan region through adaptation, reducing vulnerability and improving capacity through GIS database creation for school going children. [ABSTRACT FROM AUTHOR]

The neighborhood influences on walking are well recognized, yet less is known about how the environment impacts sedentary behaviors. This study used a social-ecological model to examine the correlates of sitting time, independent of walking behavior. Objective built environment measures and self-reported community participation were examined for associations with sitting time for 1,179 residents in Perth, Western Australia. Neighborhood built environment and social factors were significantly associated with women’s sitting time only. In particular, the presence of community infrastructure was negatively associated with women’s weekday sitting (relative reduction = 0.951; p = .037), but statistical significance weakened after accounting for community participation (relative reduction = 0.951; p = .057). Community participation was independently associated with both women’s weekday and weekend sitting (both p < .001). More walkable neighborhoods may help limit women’s sitting time by providing better access to community infrastructure, as local venues may afford additional opportunities for social interaction and participation. [ABSTRACT FROM AUTHOR]

The health of Indigenous Australians is far poorer than non-Indigenous Australians, including an excess burden of infectious diseases. The health effect of built environmental (BE) features on Indigenous communities receives little attention. This study's objective was to determine associations between BE features and infectious disease incidence rates in remote Indigenous communities in the Northern Territory (NT), Australia. Remote Indigenous communities (n = 110) were spatially joined to 93 Indigenous Locations (ILOC). Outcomes data were extracted (NT Notifiable Diseases System) and expressed as ILOC-specific incidence rates. Counts of buildings were extracted from community asset maps and grouped by function. Age-adjusted infectious disease rates were dichotomised, and bivariate binomial regression used to determine the relationships between BE variables and infectious disease. Infrastructure Shelter BE features were universally associated with significantly elevated disease outcomes (relative risk 1.67 to 2.03). Significant associations were observed for Services, Arena, Community, Childcare, Oval, and Sports and recreation BE features. BE groupings associated with disease outcomes were those with communal and/or social design intent or use. Comparable BE groupings without this intent or use did not associate with disease outcomes. While discouraging use of communal BE features during infectious disease outbreaks is a conceptually valid countermeasure, communal activities have additional health benefits themselves, and infectious disease transmission could instead be reduced through repairs to infrastructure, and more infrastructure. This is the first study to examine these associations simultaneously in more than a handful of remote Indigenous communities to illustrate community-level rather than aggregated population-level associations. [ABSTRACT FROM AUTHOR]

The high prevalence of preventable infectious and chronic diseases in Australian Indigenous populations is a major public health concern. Existing research has rarely examined the role of built and socio-political environmental factors relating to remote Indigenous health and wellbeing. This research identified built and socio-political environmental indicators from publicly available grey literature documents locally-relevant to remote Indigenous communities in the Northern Territory (NT), Australia. Existing planning documents with evidence of community input were used to reduce the response burden on Indigenous communities. A scoping review of community-focused planning documents resulted in the identification of 1120 built and 2215 socio-political environmental indicators. Indicators were systematically classified using an Indigenous indicator classification system (IICS). Applying the IICS yielded indicators prominently featuring the "community infrastructure" domain within the built environment, and the "community capacity" domain within the socio-political environment. This research demonstrates the utility of utilizing existing planning documents and a culturally appropriate systematic classification system to consolidate environmental determinants that influence health and disease occurrence. The findings also support understanding of which features of community-level built and socio-political environments amenable to public health and social policy actions might be targeted to help reduce the prevalence of infectious and chronic diseases in Indigenous communities.