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Intermediating between farmers and development projects, farmers’ organizations (FOs) have the potential to improve rural market access and promote equitable growth by reducing transaction costs, strengthening producer bargaining power, and enabling collective action. Capacity building of FOs is a cornerstone of rural development policies and programs, such as the United Nations World Food Programme’s Purchase for Progress (P4P) project, which partnered with 830 FOs representing 1.7 million farmers from 2008 through 2014.
Despite significant donor investment, a unifying framework defining the concept and measurement of capacity building has eluded development practitioners. The core challenge originates from the paradigm shift away from top-down development toward participatory capacity building. Motivated by the practical difficulties encountered in ceding control to beneficiaries to enable their empowerment and self-determination, this study seeks to clarify conceptualizations of FO capacity and FO capacity building, to refine monitoring and evaluation of capacity building initiatives, and to develop and validate indicators and indices of organizational maturity and capacity.
Drawing on a critical review of the capacity building literature, this study develops an integrated, multi-level, capacity building framework and elaborates different levels of FO participation at each stage of the capacity building process. Through this lens, the research analyzes 11 organizational capacity assessment (OCA) tools and methodologies, and constructs 33 indicators of functional organizational capital to address OCA content gaps in conflict resolution, member participation, adaptive capacity, and the drivers of organizational change and collective action. The research further proposes methodological changes for increasing member participation in OCA to reduce reporting bias, to build knowledge and planning capacities, and to engender empowerment.
The indicators developed are tested on primary data gathered from P4P (treatment) and non-P4P (control) FOs in Ghana and Malawi. Results show that P4P has positively impacted the organizational capacity of participating groups, although there are regional differences. The statistical analysis validates most of the indicators and indices developed from this study’s participatory capacity building framework. Overall, this research contributes to the understanding of what FO capacity building means and how to measure it.
In 2018, the United States generated 37.4 million more U.S. tons of paper and cardboard material compared to in 1960 (EPA, 2020). As the United States produces a disproportionate amount of packaging waste every year when accounting for population size, it has become increasingly difficult to mitigate waste production, lessen the environmental impact of generating more paperboard materials, and move towards a more ethical circular economy. In efforts to adopt the principles of a green economy, deviate from the linear supply chain model, minimize packaging waste, and encourage more sustainable lifestyles, we developed a business centered around a circular, service based model called Room & Cardboard. Our initiative collects cardboard waste generated in and around the ASU community and repurposes it for dorm-style furniture available for students to rent throughout the school year. Using cardboard, we have built prototypes for two products (desk lamps and shoe racks) that are sturdy, visually pleasing, and recyclable. Our initiative helps to reduce cardboard packaging waste by upcycling cardboard waste into products that will increase the lifespan of the cardboard material. At the end of the product’s life span, in cases of severe damage, we will turn the product into a seed board made with blended cardboard paste that can then be used to plant a succulent we will make available to students to buy as dorm decor. The feedback on our initiative through online surveys and in-person tabling has generated enough traction for Dean Rendell of Barrett, the Honors College at Arizona State University to consider a test-drive of our products in the upcoming Fall semester.
Collective human attitudes influenced by macro-forces that impact environmental issues are partially correlated to our behaviors for the good and the harm of the planet. In this thesis, I will explore how collective human attitudes contribute to pro-environmental behaviors, common and pre-existing frames of mind on major conservation dilemmas, and finally suggest future directions on how humans could be inclined to take on more environmental responsibility through an increase in human-environmental connectivity. It is found that humans are largely driven by institution structures, education, and social influence. In conclusion, more efforts should be placed to further analyze these structural incentives for pro-environmental behaviors and use them to make environmental stewardship more accessible for all people and diverse circumstances. This can be done by evaluating the human dimensions of what influences human attitudes and behaviors, how to use these forces to systematically influence pro-environmental choices, applying these structural forces to main conservation issues, and further incorporating moral discourse into the environmental research in order to appeal correctly to all aspects and perspectives. Only when human connectivity is understood in relation to the natural sciences will we be able to make positive change in the direction of a healthier Earth.
Urban Heat Island (UHI) is considered as one of the major problems in the 21st century posed to human beings as a result of urbanization and industrialization of human civilization. The large amount of heat generated from urban structures, as they consume and re-radiate solar radiations, and from the anthropogenic heat sources are the main causes of UHI. The two heat sources increase the temperatures of an urban area as compared to its surroundings, which is known as Urban Heat Island Intensity (UHII). The problem is even worse in cities or metropolises with large population and extensive economic activities. The estimated three billion people living in the urban areas in the world are directly exposed to the problem, which will be increased significantly in the near future. Due to the severity of the problem, vast research effort has been dedicated and a wide range of literature is available for the subject. The literature available in this area includes the latest research approaches, concepts, methodologies, latest investigation tools and mitigation measures. This study was carried out to review and summarize this research area through an investigation of the most important feature of UHI. It was concluded that the heat re-radiated by the urban structures plays the most important role which should be investigated in details to study urban heating especially the UHI. It was also concluded that the future research should be focused on design and planning parameters for reducing the effects of urban heat island and ultimately living in a better environment.
This paper explores how urbanization, through its role in the evolution of Urban Heat Island (UHI), affects residential water consumption. Using longitudinal data and drawing on a mesoscale atmospheric model, we examine how variations in surface temperature at the census tract level have affected water use in single family residences in Phoenix, Arizona. Results show that each Fahrenheit rise in nighttime temperature increases water consumption by 1.4%. This temperature effect is found to vary significantly with lot size and pool size. The study provides insights into the links between urban form and water use, through the dynamics of UHI.