Pathways to Improving Nutrition among Upland Farmers through Nutrition-Sensitive Agriculture Interventions: A Case from Northern Laos

While there is an increased awareness of the role of nutrition-sensitive agriculture (NSA) interventions on nutrition, the studies that investigate holistic pathways from interventions to nutrition outcomes are inadequate. We aimed to understand these pathways to improved nutrition from the Enhancing Nutrition of Upland Farming Families (ENUFF) Project implemented in northern Laos. We applied an embedded case study design by recruiting 101 participants representing implementers, school and private sector representatives, and beneficiaries, of which 34 participated in interviews and 68 participated in 11 FGDs. This was supplemented by a desk review of project documents. We analyzed the data using a directed content analysis across five pathways using a published framework on impact pathways from NSA interventions to nutrition outcomes. The project contributed to nutrition mainly through three core pathways-food production, nutrition and WASH-related knowledge, and agricultural income, supported by strengthening local institutions within the project’s scope. While it is evident that the project contributed to empowering women by saving their time and increasing income, further study is needed to investigate the translation of these aspects to nutrition-related practices. We also suggest the need to sustain the capacity of local institutions and their engagement beyond the project cycle. To enhance the effectiveness of NSA interventions on nutrition, there is a need to design and implement intervention package with multiple pathways and tailored strategies based on nutrition outcomes, the envisaged pathways, geographical context, and factors affecting these.

hGLUTEN Tool: Measuring Its Social Impact Indicators

hGLUTEN is a technological solution capable of detecting gluten and spoiled food. We measured the social impact of the hGLUTEN tool using two Likert scale surveys with two groups: professionals (engineers/chefs) and end-users. These data have been assessed in accordance with the social impact indicators defined for the Key Impact Pathways introduced by the European Commission for Horizon Europe and the criteria of the Social Impact Open Repository (SIOR). A total of 85% of users, 100% of engineers and 68% of professional chefs consider it very relevant to participate and give their opinion in research projects, which shows the increasingly high level of involvement of the general population. A total of 88% of users were unaware of other applications that detect gluten and were more dependent on guidelines provided by allergy associations and expiry dates of foodstuffs. In addition, only 5% of professional chefs said they were aware of other technology capable of detecting gluten in food, which may indicate a large economic market and good commercialisation possibilities for the tool in the future. Finally, the inclusion of tools to motivate users to promote it has been identified as an area for improvement, which could mean that it should be made more visible in the media to increase its impact and influence.

Unfinished Paths—From Blockchain to Sustainability in Supply Chains

Blockchain technology has been promised as a solution to social and environmental issues in supply chains. The potential includes reduction of vulnerable party exploitation and avoiding environmentally harmful practices. Yet, it remains unclear how these potential improvements are created and whether blockchain can truly contribute. Therefore, this field study explores and identifies the mechanisms for blockchain technology to facilitate positive social and environmental impacts in supply chains. We applied an explorative qualitative research approach and interviewed blockchain technology implementers and practitioners that allowed a detailed analysis of this problem despite the scarcity of practice data. The results include the development of a middle-range theory that shows barriers and drivers of blockchain-based technologies in supply chains, introduces the concept of blockchain-enabled system, and outlines expected outcomes and impacts. We further identify four impact pathways that describe how blockchain-enabled system create positive impact: (voluntary) market mechanisms, plausibility checks, smart contracts and tokenisation, and peer-to-peer trust. The study contributes by providing insights into “how” blockchain-based technologies in supply chains can lead to social and environmental impacts. The study also furthers the discussion on blockchain technology’s role in supply chain implementation and addresses the yet unresolved problem of measuring the impact of such blockchain-enabled systems.

Monetising Air Pollution Benefits of Clean Energy Requires Locally Specific Information

Meeting the Paris Agreement on climate change requires substantial investments in low-emissions energy and significant improvements in end-use energy efficiency. These measures can also deliver improved air quality and there is broad recognition of the health benefits of decarbonising energy. Monetising these health benefits is an important part of a robust assessment of the costs and benefits of renewable energy and energy efficiency programs (clean energy programs (CEP)) and a variety of methods have been used to estimate health benefits at national, regional, continental and global scales. Approaches, such as unit damage cost estimates and impact pathways, differ in complexity and spatial coverage and can deliver different estimates for air pollution costs/benefits. To date, the monetised health benefits of CEP in Australia have applied international and global estimates that can range from 2–229USD/tCO2 (USD 2016). Here, we calculate the current health damage costs of coal-fired power in New South Wales (NSW), Australia’s most populous state, and the health benefits of CEP. Focusing on PM2.5 pollution, we estimate the current health impacts of coal-fired power at 3.20USD/MWh, approximately 10% of the generation costs, and much lower than previous estimates. We demonstrate the need for locally specific assessment of the air pollution benefits of CEP and illustrate that without locally specific information, the relative costs/benefits of CEP may be significantly over- or understated. We estimate that, for NSW, the health benefits from CEP are 1.80USD/MWh and that the current air pollution health costs of coal-fired power in NSW represent a significant unpriced externality.

Lessons From a Community Driven Experiential Public Health Course

Applied practice opportunities are essential in both undergraduate and graduate public health programs, and are emphasized in the 2016 changes to the Council on Education for Public Health (CEPH) accreditation requirements. To generate and implement solutions to challenges our communities face, there is an increased need for public health training that includes both rigorous coursework and experiential learning opportunities. We share here a framework and scaffolding from a class that has provided a supportive structure for public health students to conduct applied practice activities in response to expressed needs of community organizations. Guiding Principles: The practicum is grounded in theories of practice-based learning, community based participatory research, and community engaged research with a vision of preparing students to participate in community knowledge generation partnerships to more effectively address health disparities. Lessons learned: Advance planning creates a foundation for success. Community partner and student interests are aligned; teams share the common goal of promoting sustainable long-term impact through their projects. Students are prepared for success through the development of instrumental tools (e.g., logic models, program impact pathways, and work plans) that guide project development and implementation. Students learn to adapt to evolving partner needs. Students have a unique learning experience that is practice-based. Future work to understand key functions of different course elements will add quantitative metrics to the existing qualitative metrics in the preceptor evaluation, work with other practicum instructors to develop common best practices and will include a qualitative analysis of student reflections.

Higher Education and Justice-Impacted Students: Toward a Radical Reimagining

In this special issue, the five previous articles trace the longstanding presence and integration of carceral practices in both K-12 and postsecondary education systems. As illuminated by the authors, carceral practices disproportionately criminalize students of color and impact pathways, trajectories, and how educational opportunities are experienced. In our review and closing comments for this special issue, we expand and share three emergent themes running throughout this volume: 1) Power Analysis, an investigation of macro systems and structures that determine specific contexts entrapping current and prospective students in the carceral system; 2) Worth/Value, an interrogation of the paradigms contributing to the devaluation, and ultimate criminalization, of Black and Latinx students within educational spaces; 3) Reform or Reimagine?, an inquiry and challenge on whether to advance with useful, but insufficient, changes to an unjust system or a move forward with new wide-sweeping and radical approaches to minimize damage to individuals. Our paper concludes with reimagining educational systems using these more radical approaches.