98 research outputs found

    The Use of Management Control Systems to Formulate and Implement CSR Strategy: A Levers of Control Perspective

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    Little is known about the role of management control systems (MCS) in managing the strategic processes that underpin Corporate Social Responsibility (CSR). To enhance our understanding of this phenomenon, this study employs Simons’ (1995) levers of control framework to explore how organizations leverage MCS in different ways in order to drive strategic renewal and trigger organizational change while simultaneously supporting society’s broader sustainability agenda. Drawing on data gathered from France’s largest listed companies – members of the CAC 40 – we provide insights into the structures and processes that companies employ to design, implement and monitor their CSR strategy. In doing so, we provide evidence of the way that organisations seek to attain their CSR objectives, and of the relationship between the management of CSR and other business processes. Of particular interest is the role of the levers of control in enabling managers to identify and manage threats and opportunities associated with CSR strategy, thus forming risk management processes that support organisations in their attainment of strategic objectives. Furthermore, the study provides evidence suggesting the use of MCS has the potential to contribute to society’s broader sustainability agenda through processes that enable innovation, communication, reporting, and the identification of threats and opportunities

    Relational contracting and the myth of trust: Control in a co-opetitive setting

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    In this paper, we investigate the role of formal and relational contracts in managing alliance risks that arise in co-opetitive collaborations. We undertake a case study of a co-opetitive sales alliance within the independent publishing sector, incorporating data from all firms to the alliance. We provide empirical evidence of the relational risks of misappropriation and opportunism as manifest in both vertical (buyer-supplier) and horizontal activities within the alliance and identify a further relational risk relating to concerns of introducing homogeneity into the product offerings of firms. We also examine the nature of compliance and regulatory risk, which is salient in this setting given the potential for anti-competitive behaviour towards customers and suppliers. We find that the firms mitigate alliance risks primarily through the use of relational contracts (informal self-enforcing agreements). Formal contracts are evident in the buyer-supplier relationship, but are used mainly for ex post co-ordination. We adopt an organisational economics perspective to explain the specific mechanisms that support relational contracting between the firms. We find that shared values, implicit understandings, restricted membership, meetings, and collective sanctions encourage the firms to demonstrate commitment to the alliance, to diffuse information about partners’ behaviours, and, crucially, to monitor partners. Informal agreements between partners are sustained by self-regulating behaviours, reinforced by the ‘shadow of the future’ in that firms have a great deal to gain from continued participation in the alliance and face losses if excluded. Notably, our findings support economic arguments that trust is a weak proxy for observable control mechanisms. Our study contributes to knowledge of the management of inter-firm risks in two significant ways. First, we draw on our empirical findings to develop an organising framework that presents a means of systematically investigating the mechanisms and factors that support the use of relational contracts. Second, by employing an economics approach to the management of alliance risks, we are able to present a richer and potentially more compelling view of inter-firm control than is traditionally presented in studies that rely on intra-firm notions of social controls, in particular trust

    3-D Tracking and Visualization of Hundreds of Pt-Co Fuel Cell Nanocatalysts During Electrochemical Aging

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    We present an electron tomography method that allows for the identification of hundreds of electrocatalyst nanoparticles with one-to-one correspondence before and after electrochemical aging. This method allows us to track, in three-dimensions (3-D), the trajectories and morphologies of each Pt-Co nanocatalyst on a fuel cell carbon support. The use of atomic-scale electron energy loss spectroscopic imaging enables the correlation of performance degradation of the catalyst with changes in particle/inter-particle morphologies, particle-support interactions and the near-surface chemical composition. We found that, aging of the catalysts under normal fuel cell operating conditions (potential scans from +0.6 V to +1.0 V for 30,000 cycles) gives rise to coarsening of the nanoparticles, mainly through coalescence, which in turn leads to the loss of performance. The observed coalescence events were found to be the result of nanoparticle migration on the carbon support during potential cycling. This method provides detailed insights into how nanocatalyst degradation occurs in proton exchange membrane fuel cells (PEMFCs), and suggests that minimization of particle movement can potentially slow down the coarsening of the particles, and the corresponding performance degradation.Comment: Nano Letters, accepte

    Epitaxy of hexagonal ABO3_3 quantum materials

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    Hexagonal ABABO3_3 oxides (AA, BB = cation) are a rich materials class for realizing novel quantum phenomena. Their hexagonal symmetry, oxygen trigonal bipyramid coordination and quasi-two dimensional layering give rise to properties distinct from those of the cubic ABABO3_3 perovskites. As bulk materials, most of the focus in this materials class has been on the rare earth manganites, RRMnO3_3 (RR = rare earth); these materials display coupled ferroelectricity and antiferromagnetic order. In this review, we focus on the thin film manifestations of the hexagonal ABABO3_3 oxides. We cover the stability of the hexagonal oxides and substrates which can be used to template the hexagonal structure. We show how the thin film geometry not only allows for further tuning of the bulk-stable manganites but also the realization of metastable hexagonal oxides such as the RRFeO3_3 that combine ferroelectricity with weak ferromagnetic order. The thin film geometry is a promising platform to stabilize additional metastable hexagonal oxides to search for predicted high-temperature superconductivity and topological phases in this materials class.Comment: The following article has been accepted by Applied Physics Review

    Attribution theories in human resource management research: a review and research agenda

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    There is no doubt that attribution theories have made their mark in social psychology and other related disciplines, but their application and extension to the field of HRs is in its infancy. Indeed, HR scholars have recently realized that understanding the process by which individuals explain the causes of behaviors and events provides insight into a host of HR-related issues. In our review of 65 papers, we identified three research streams with different foci – those that focused on HR system strength, on attributions that influence judgements and behaviors within functional HRM domains, and on the attributions employees make of the intent of HR practices. Notably, despite shared foundations, these three streams of literature rarely overlap. We summarize and provide theoretical and empirical directions for future research within each research area to help steer courses in these areas. Importantly, we also draw connections among the three streams to inspire future research to stretch the bounds of current theorizing on attributions in the field of HR
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