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This chapter describes a method to analyse agricultural land use in terms of net value added and employment (working time requirement) in the agricultural sector as well as a corresponding ecological indicator: the nitrogen-leaching-rate. Watershed management demands a basic approach, which deals with common statistics and spatial information from digital maps. This causes a range of uncertainties, which are calculated in relation to the data input. A metamodel derived from a process model calculates the most probable value of the ecological indicator, whereas the economic indicators are estimated by the cumulative numbers of primary production. The uncertainties are expressed as the standard deviation of all impacts as percentages. The method described is applied to a rural district in the Elbe river basin.

The inherit complexity of an educational system further complicates the challenge of introducing technology-based educational initiatives into a school environment. Once introduced, the initiative has the potential to become self-sustaining or to cease once the term is over. Such uncertainty makes the use of expensive information technology (IT) in schools “risky business,” which requires school leaders go above and beyond their current routine to extend the system's capacity to sustain the innovation. A discretionary behavior of school leaders and teachers is one of key factors that contribute to or prevent the sustainability of an innovation. A lack of understanding of what encourages an individual's discretionary behavior and how discretion is fostered in school practices contribute to the challenge of innovation's sustainability. If the individuals’ discretion is required to sustain a technology-based educational program within a school, do their actions dwell outside or inside of the school environment? More importantly, how does a discretionary chain of command operate and can it be aligned? In this chapter we use an “ecological model” approach to describe the influential factors, which affect project's sustainability by transforming effective discretionary approaches of school leaders and teachers from policy to practice. We draw our description of the model on the results of the empirical study of Hong Kong schools involved in the design and strategic IT implementation of the e-Leadership Enhancement Project (eLEP).

In this chapter, the author proceeds to explore the second ‘C’ in the 3C Model of Taoism: conversation, with an emphasis on ecological sustainability. The discussion delves into the connections between Taoism and deep ecology, eco-effectiveness and eco-efficiency, and the Diderot effect and sustainable consumption. Taoism underscores the value of maintaining balance with nature and regards the natural world as a wellspring of wisdom and inspiration. Taoism and deep ecology share many philosophical similarities. Both perspectives highlight the importance of cherishing all living beings, coexisting peacefully with nature, and acknowledging that humans are a small component of a larger ecosystem. Taoism strongly accentuates the interconnectivity of all things and the critical need for balance between nature and human life. Along with promoting harmony and respect for the environment, deep ecology also advocates for social and political reform to protect the ecosystem. These two approaches emphasize the need to understand our position in the world and how our actions affect the environment and all living organisms. The wisdom of Taoism perceives sustainability as encompassing the entire ecosystem, an intricate network of life with its abundant and diverse range of species. This view aligns with the principles of deep ecology, which sees the ecosystem as a living entity in which humanity is merely one component.

To explore how Critical Management Studies can be used to frame a strategy to effect change and promote diversity and inclusion in organizations.

Drawing on the experience gained from a large multi-sector action research project aimed at promoting equality, diversity and inclusion in organizations, this chapter proposes a multilayer [Critical] Ecological Model.

While early critical theorists were committed to effecting change, the rise of post-modern critical theory eroded the ground on which to stand, widening the gap between theory and practice. Secondly, the chapter asserts the importance of linking empirical research and critical theory in order to advance equality seeking projects. Thirdly, the chapter provides a [Critical] Ecological model that bridges theory and action in Critical Management Studies, based partly on experience from a large community-based research project. The need for a multifaceted approach to advance equality and inclusion emerged as a way to bridge ideological differences among actors and academics committed to effecting social change.

By addressing directly the challenges of theoretical rifts as well as differences in research focused on micro, meso and macro levels, the chapter builds a framework to allow different stakeholders – scholars, practitioners, activists and change agents across sectors – to take action in advancing inclusion and equality as well as an understanding of interactions between levels.

While sharing similar goals, many approaches to change are fragmented on the level of analysis and by underlying paradigms. This chapter is unique in its focus on ways to bridge theory and practice and to develop a framework for action that accommodates equality seeking theorists and activists working on several levels.

Accounting’s definition of accountability should include attributes of socioenvironmental degradation manufactured by unsustainable technologies. Beck argues that emergent accounts should reflect the following primary characteristics of technological degradation: complexity, uncertainty, and diffused responsibility. Financial stewardship accounts and probabilistic assessments of risk, which are traditionally employed to allay the public’s fear of uncontrollable technological hazards, cannot reflect these characteristics because they are constructed to perpetuate the status quo by fabricating certainty and security. The process through which safety thresholds are constructed and contested represents the ultimate form of socialized accountability because these thresholds shape how much risk people consent to be exposed to. Beck’s socialized total accountability is suggested as a way forward: It has two dimensions, extended spatiotemporal responsibility and the psychology of decision-making. These dimensions are teased out from the following constructs of Beck’s Risk Society thesis: manufactured risks and hazards, organized irresponsibility, politics of risk, radical individualization and social learning. These dimensions are then used to critically evaluate the capacity of full cost accounting (FCA), and two emergent socialized risk accounts, to integrate the multiple attributes of sustainability. This critique should inform the journey of constructing more representative accounts of technological degradation.

This chapter first examines the role of attention in the garbage can model of decision making and compares it both to prior approaches in the Carnegie School tradition and the attention-based view of the firm. Both the garbage can model and the attention-based view rely on the same assumption, one that is rarely recognized nor understood – that organizational decision making is characterized by situated attention, where organizational participants vary across time and place in what they attend to. In the garbage can model, decision opportunities are the temporal contexts for situated attention; in the attention-based view, attention is situated in both time and place within the organization's communication channels. In the garbage can, situated attention is also shaped by the ecology of problems and opportunities competing for attention. The final part examines the determinants and consequences of tight versus loose coupling of channels in organizations and its effects on participants’ situated attention. Attention structures external to channels and the architecture of channel structures shape the degree of coupling found in organizations. In viewing coupling as a variable, the chapter suggests that a modified garbage can model, combined with an increased focus on situated attention, provides the foundations for a more general theory of nonroutine decision making.

In the United States, the mandate to provide access to general education curriculum standards for all learners is clear. This chapter provides an overview and a framework for making individualized and curriculum choices for learners with low-incidence disabilities and cognitive deficits. Topics covered include reconciling an ecological curriculum model with a standards-based framework and an expanded discussion on embedding individualized learning targets within the ongoing lessons, routines, and activities of inclusive classrooms. Carefully planned and implemented embedded instruction can provide a match between a student’s need for individualized instruction and the everyday practices of inclusive classrooms.

Certain elements of Hayek’s work are prominent precursors to the modern field of complex adaptive systems, including his ideas on spontaneous order, his focus on market processes, his contrast between designing and gardening, and his own framing of complex systems. Conceptually, he was well ahead of his time, prescient in his formulation of novel ways to think about economies and societies. Technically, the fact that he did not mathematically formalize most of the notions he developed makes his insights hard to incorporate unambiguously into models. However, because so much of his work is divorced from the simplistic models proffered by early mathematical economics, it stands as fertile ground for complex systems researchers today. I suggest that Austrian economists can create a progressive research program by building models of these Hayekian ideas, and thereby gain traction within the economics profession. Instead of mathematical models the suite of techniques and tools known as agent-based computing seems particularly well-suited to addressing traditional Austrian topics like money, business cycles, coordination, market processes, and so on, while staying faithful to the methodological individualism and bottom-up perspective that underpin the entire school of thought.