Identifying ‘Where’ and ‘How’ Peer Support for Youth is Integrated into Community-Based Mental Health Services: A Survey Study

Abstract

To mitigate barriers to care among youth (12–25 years), community-based organizations have increasingly integrated peer support as a complement to clinical mental health care; however, information regarding the integration process is lacking. To explore organizational perspectives regarding the contexts and mechanisms underlying integration of peer support for youth accessing mental health services from community-based, youth-serving organizations. Representatives from community-based youth-serving organizations completed a survey describing the contexts in which they are located and their experiences integrating peer support. Text responses were analyzed using directed content analysis. 21 organizations serving youth aged 11–29 years responded. Three generic categories were identified: 1) Context is key and safe environments, 2) Supportive organizations and valuing lived experience, 3) Benefits for peer support providers and receivers and purposeful integration into the organization. Peer support integration requires valuing of the lived experience of peers and creation of a safe organizational environment.

The nexus between agroforestry landscapes and dietary diversity: insights from Myanmar’s Central Dry Zone

Abstract

Context

Agroforestry plays a crucial role in increasing tree-based food production for healthy and sustainable food systems. However, the potential of farm trees to contribute to farmers' dietary diversity along multiple paths remains under-researched.

Objectives

This study aimed to fill existing knowledge gaps by investigating the role of native trees (toddy palm, jujube, and thanakha) in increasing dietary diversity within dryland agroforestry systems.

Methods

We conducted face-to-face qualitative interviews with 47 farmers from the Central Dry Zone of Myanmar (i) to appraise the multiple roles of native tree species in agroforestry landscapes, (ii) to unravel their contributions to four dietary diversity paths, and (iii) to elucidate factors driving the stability of or changes in these pathways.

Results

We found that native trees provide food directly and through interaction with crop production and livestock farming, leading to dietary diversification. Agroforestry byproducts are used as fuel and manure, and income from trading agroforestry products provides access to additional food sources. Farmers emphasized the ease of tree management and the roles they play in providing passive income and enhancing resilience to climate stressors as stabilizing factors. However, social-cultural changes, lack of extension services, the unsustainable use of tree products, and market instability were identified as destabilizing factors.

Conclusions

This study advances knowledge about the holistic contribution of agroforestry landscapes to dietary diversity by presenting evidence from dryland agroforestry systems in Myanmar. Our findings suggest a need for enhanced understanding of social and ecological changes and cultural factors in agroforestry landscapes to maintain the role of native trees in strengthening dietary diversity.

Factors related to patients’ readiness for advance care planning: a systematic review

Abstract

Background

Advance care planning can help to align the care provided with the values, goals and preferences of patients at the end of life. Therefore, readiness for advanced care planning is considered a prerequisite and predictor of the patient’s willingness to participate in the end of life conversation. The present study was conducted with the aim of investigating the factors affecting patients’ readiness for advance care planning (RACP).

Methods

This systematic review was searched in 4 databases: PubMed, Scopus, Web of science, ProQuest using relevant keywords. No time limit was considered. The quality of the articles was assessed using Joanna Briggs Institute tool for qualitative studies and the Appraisal Tool for cross-sectional Studies. The data was analyzed based on the directed content analysis approach guided by the theory of planned behavior (TPB).

Results

3227 primary article titles were identified. After removing duplicates, screening and final selection, 22 relevant articles remained for analysis. Factors affecting RACP were extracted based on the TPB. Attitude factors include “ACP training”, “perceived experiences of health status”, “Socio-demographic factors”, and “psycho-spiritual readiness”. Subjective norms include “social support and family participation” and “accessibility to health services”. The perceived behavioral control includes “dialogue about ACP”, “readiness actions”, and “determining a proxy decision maker.”

Conclusion

In this study, according to the theory of planning behavior, various factors have an effect on the RACP. Therefore, according to the collaborative and multifactorial nature of the factors affecting preparation for ACP, it is suggested that different effective dimensions should be considered according to the specific conditions of each patient and the stage of the disease. Therefore, health service providers should first measure the level of readiness of patients and families, and by understanding the factors affecting their readiness, they should conduct training or dialogue in the field of ACP.

Biomimicry for sustainability: Upframing service ecosystems

Abstract

Amidst an urgent need for sustainability, novel approaches are required to address environmental challenges. In this context, biomimicry offers a promising logic for catalyzing nature’s wisdom to address this complexity. The purpose of this research is to (1) establish a biomimetic understanding and vocabulary for sustainability and (2) apply biomimicry to upframe service ecosystems as a foundation for sustainability. Our research question is: How can the principles of natural ecosystems inform and enhance the sustainability of service ecosystems? The findings highlight upframed service ecosystems as embodying a set of practices that (1) promote mutualistic interactions, (2) build on local biotic and abiotic components supporting emergence processes, (3) leverage (bio)diversity to build resilience, (4) foster resource sharing for regeneration, and (5) bridge individual roles to optimize the community rather than individual well-being. Our upframed definition of a service ecosystem is a system of resource-integrating biotic actors and abiotic resources functioning according to ecocentric principles for mutualistic and regenerative value creation. The discussion emphasizes the implications of this upframed definition for sustainability practices, advocating for a shift in understanding and interacting with service ecosystems. It emphasizes the potential for immediate mutualistic benefits and long-term regenerative impacts.

Using Socioscientific Issues to Teach Argumentation to Year 7 Science Students in a low Socioeconomic Rural Australian School

Abstract

The Australian science curriculum is intended to enable school students to develop an understanding and curiosity about the way that science can assist them in making sense of the physical and technological world. In addition to understanding and communicating scientific knowledge and using inquiry processes, students also need to develop the skills to make evidence-based decisions about socio-ecological challenges. Today’s school students will need to be able to use their scientific literacy to construct arguments and make decisions about multifaceted ill-structured scientific problems (called socioscientific issues (SSI)). The aim of this research was to examine whether Year 7 (aged 11–12 years) science students located in a rural region of Australia could improve their argumentation skills following instruction in the context of water-based SSI. An experienced science teacher and her two classes of Year 7 students (n = 39) participated in the research. Using an interpretive paradigm and a case study method, quantitative (pre- and post-instruction questionnaires) and qualitative (classroom observations, lesson plans, student work samples and teacher interview) data were collected. After two consecutive lessons on argumentation about water-based SSI, it was found that the complexity of students’ arguments improved significantly. Teacher strategies that contributed to the improvement included (1) creating a safe environment for students to take risks with their thinking; (2) providing multiple opportunities for students to learn and practice the language of argumentation; (3) constantly encouraging students to write down their arguments: (4) and differentiating instruction to cater for varying student abilities. It is concluded that, with extensive scaffolded teacher support, this group of students were able to understand the purpose and components of an argument and improve their written arguments.

Investors’ Human Rights Obligations Under International Investment Law: Current Practice

Abstract

Foreign Direct Investment (FDI) have made significant contribution to the growth of developing countries. However, its recent trajectory has shown potential threats to the welfare of local communities. Numerous instances have been documented where large corporations have committed various infractions, such as tax evasion, corruption, environmental degradation, and the forceful eviction of local farmers for land acquisition. The lack of enforceable human rights obligations on investors, coupled with the inability of states to present claims/counterclaims when investors violate human rights, and the reluctance of arbitral tribunals in consideration of such claims/counterclaims, has led to asymmetry in international investment law. Nonetheless, recent advancements in this area are beginning to address these issues. Treaty reforms now impose investors’ substantive obligations, and there is a noticeable shifts in arbitrators’ views on investor responsibility, along with a growing acceptance of state counterclaims. Updates to national legal systems worldwide are also contributing to this shift. These changes are gradually balancing the scales, providing states with the flexibility to adopt and implement regulatory measures that protect the environment, public health, cultural preservation, and other crucial matters.

Assessing geopolitical and socio-economic consequences of India-Bangladesh water disputes

Abstract

The enduring challenge of water distribution between India and Bangladesh persists, impacting bilateral relations significantly. This research elucidates the geopolitical intricacies of this issue and examines its adverse socioeconomic effects on Bangladesh, proposing strategic solutions. Employing qualitative methods, this study conducts a case study analysis incorporating archival research and content analysis. Data is sourced from secondary materials such as academic reports, policies, and working papers, with a theoretical framework rooted in Hydro-Politics. The study reveals Bangladesh’s geographical dependency on India, particularly concerning upstream rivers where India wields hegemonic influence. Several factors contribute to the ongoing impasse, including India’s internal political dynamics and unresolved issues like the Teesta dispute. Furthermore, the manipulation of water flow, such as spillway release during monsoons, presents challenges, impacting flood management and resource availability. These alterations carry significant ramifications for local communities and biodiversity. This study delves into the underexplored realm of the India-Bangladesh water distribution issue, assessing its socioeconomic impacts and proposing strategic solutions. The policy recommendations offer insights for national governments and international bodies grappling with similar challenges.

Restoration effect of chemically modified microRNA-143-3p on acute myocardial infarction in animal models

Abstract

We investigated whether miR143#12, a synthesized chemically modified miR-143-3p derivative, exerts therapeutic effects on acute myocardial infarction (AMI). Sprague–Dawley rats and Japanese white rabbits underwent 30 min of coronary occlusion followed by 2 weeks of reperfusion. The rat AMI model was intravenously administered with control miRNA (9 μg/kg), 3 μg/kg or 9 μg/kg of miR143#12 1 h after reperfusion, while the rabbit AMI model was intravenously administered with control miRNA (9 μg/kg) or 9 μg/kg of miR143#12. In the rat and rabbit AMI models, 9 μg/kg of miR143#12 significantly reduced infarct sizes and significantly improved cardiac function including LVEF and LVFS at 2 weeks. The tissue miR143 levels in infarct areas significantly decreased after AMI in both models. Electron microscopic study and immunohistochemistry suggested that miR143#12 suppressed autophagic cell death caused by AMI and induced neoangiogenesis in the infarct border. In cultured rat H9c2 cells, miR143#12 significantly inhibited H2O2-induced autophagic cell death by decreasing ROS levels and increased viable cell numbers more than the control by silencing COX-1, -2, and ATG7. Replacement treatment with miR143#12 in the infarct areas, where the expression levels of miR143 were significantly decreased, has a beneficial effect on AMI by silencing COX-1 and -2.

A fair multi-party contract signing scheme based on off-chain protocols and on-chain smart contracts

Abstract

The adoption of electronic contracts has significantly improved the efficiency of contract signing and management, especially in cross-border trade. However, it also raises challenges related to security and fairness. Traditional solutions are vulnerable to signature forgery and third-party collusion, while blockchain-based solutions, despite their traceability and tamper-resistance, face issues such as privacy leakage and high costs. To address these challenges, this paper proposes a multiparty fair contract signing model that combines off-chain protocols with on-chain smart contracts. The model uses shared keys to encrypt contract content, preventing sensitive information leakage; employs off-chain signature aggregation to reduce communication and storage costs; and implements multi-signature verification and a penalty mechanism via smart contracts to ensure fairness and security. Experimental results demonstrate that the proposed solution outperforms existing methods in privacy protection, signing efficiency, and economic feasibility, offering a high-performance, secure, and fair solution for multiparty contract signing.

Geotechnical Investigations for Land Subsidence in Joshimath, Uttarakhand

Abstract

Recently natural hazards like earthquakes, landslides, subsidence, glacier bursts and flash floods have severely impacted Himalayan cities, including Joshimath, Uttarakhand. In January 2023, significant ground cracks were observed, leading to the evacuation of nearly 800 buildings. This study investigates the underlying causes of ground failure and building damage through various geotechnical and geophysical tests at 12 sites in Joshimath, including plate load test, dynamic cone penetration test, field direct shear test, multi-channel analysis of surface waves and horizontal-to-vertical spectral ratio. Soil samples are analyzed for natural moisture content and grain size distribution. There is large heterogeneity in the test results which are highly variable. The field tests indicate the soil fabric of Joshimath is a complex mixture of boulders, gravels and soil. Internal erosion in such soils causes the instability of the whole fabric and results in the readjustment of the boulders resulting in subsidence. Internal erosion, driven by subsurface drainage from rainwater, ice melting and wastewater discharge, destabilizes the soil matrix and causes subsidence. It has also been observed that even at greater depths, no clear uniform strata is present and similar heterogeneous strata extend. Lower shear strength and bearing capacity are observed at several sites, potentially contributing to building damage. The study emphasizes that individual test results alone may not adequately capture site conditions. Instead, a combination of multiple test results is essential for a comprehensive assessment. Based on the test results, a vulnerability map of the area is presented.