Ydesvenstrup1493

The inclusive wealth approach is increasingly common to measure the sustainable development of the countries. It comprised the natural, human and produced capital of nations to measure social wellbeing. We measure the inclusive wealth of the provinces in China from 2000 to 2015 and reports the sustainable use of the resources. We identify that three types of capital have increased to varying degrees, with produced capital increasing by 615.6%, natural capital increasing by 33.8%, and human capital increased by 337.0%. The total amount of inclusive wealth has increased by 300.4% in the past 15 years. However, the provinces in China are still facing unbalanced development across the country compared to developed nations. The use of the natural capital, more specifically now-renewable resources, has been restricting the wealth growth in some provinces. Although ecological services account for a small proportion of the total inclusive wealth, more attention is essential for sustainable development. Meanwhile, the rapid growth of carbon damages posed threat to future wealth accumulation. Innovative, coordinated, green, open and shared development are the goals of China 13th and 14th five-year plan and our inclusive wealth of China will be key measurement tool of this achievement. In this study, we posit that in determining the underpinnings and attributes of community resilience to disaster-shocks, an analysis of actual and potential disaster victims' emic perspectives, that is the views of cultural insiders, on recovery processes and community resilience is crucial. We argue that community resilience must be framed within a deeper understanding of the subjective views of the actors themselves, their local knowledge and culture, and the historical context of the place or social formation. In this context, the primary goal of this study was to delineate the fundamental elements of community recovery and attributes of resilience to cyclones, storm surges, and other environmental disaster-shocks in Bangladesh's coastal communities, and, recognizing that social actions are pivotal elements of community resilience, we attempt to make a novel contribution by underscoring local emic perspectives. Using the tools of participatory research methods, we collected empirical data from four sourcesings demonstrate that community resilience attributes function interactively rather than independently, and analyses of community attributes therefore require a clear understanding of network functioning and the processes that drive institutional structures, relations, and outcomes. While gendered experiences of drug use have been well-established, understanding how women resist structures that constrain their agency is important for mitigating drug-related harms, especially as overdose has become North America's leading cause of accidental death. Drawing on the intersectional risk environments of WWUD, this ethnographic study examined how gendered expectations of women's drug use, appearance, and comportment influenced vulnerability to overdose within the context of a fentanyl-driven overdose crisis. This community-engaged ethnography, conducted in Vancouver, Canada from May 2017 to December 2018, included in-depth interviews with 35 marginally-housed WWUD (transgender-inclusive) and approximately 100 h of fieldwork in single room accommodation (SRA) housing and an established street-based drug scene. Data were analyzed thematically with attention to embodiment, agency, and intersectionality. Findings highlight how gendered expectations and normative violence impacted women's use of space, both in the drug scene and SRAs. To resist efforts to 'discipline' their bodies, participants engaged in situated gender performances. Physical appearance was also deemed critical to managing drug use disclosure. Participants adopted gendered embodied practices, including altered consumption methods or injecting in less visible areas, to conceal their use from peers and at times, their partners. To resist harms associated with involuntary disclosure, participants often used alone in SRAs or in public spaces. While such practices allowed women to exert agency within constraining systems, they concurrently heightened overdose risk. Findings demonstrate how women engaged in everyday acts of resistance through embodied drug use practices, which increased their agency but elevated overdose risk. Implementing gender-specific programs that increase bodily agency and control (e.g. low-threshold services for personal care, women-focused harm reduction support) are needed to reduce risk of overdose for WWUD. The progress of robotic medicine leads to the emergence of an increasing number of highly specialized automated systems based on specialized software. In any such system, there is the task of translating the surgeon's requests into the process of automated procedure execution. The hardware and software system that provides the translation is the interface between the surgeon and the robot. This paper proposes a generalized framework architecture for the development of such software - the surgeon-robot interface. Existing implementations of such an interface are considered, solutions for the internal structure design of the framework are proposed. Experiments were performed using a prototype of the proposed framework. Such a development framework will allow one to effectively implement the surgeon-robot interfaces at all stages of the robotization of medical procedures, from prototype to final use in the operating room. Arsenic (As) contamination of water poses severe threats to human health and thus requires effective remediation methods. In this study, Synechocystis PCC6803, a model cyanobacterium common in aquatic environments, was used to investigate the role of extracellular polymeric substances (EPS) in As toxicity, accumulation, and transformation processes. We monitored the growth of Synechocystis with As exposure, measured the zeta potential and binding sites on the cell surface, and analysed As accumulation and speciation in Synechocystis cells with and without EPS. After EPS removal, the binding sites and zeta potential of the cell surface decreased by 44.43% and 31.9%, respectively. Catechin hydrate order The growth of Synechocystis decreased 49.4% and 43.7% with As(III) and As(V) exposure, and As accumulation in the cells decreased by 12.8-44.5% and 14-42.7%, respectively. As absorption was enhanced in cells with EPS removed. The oxidation of As(III) and reduction of As(V) were significantly greater in cells with intact EPS compared to those with EPS removed.