19 research outputs found

    A (My)Space of One\u27s Own: On Privacy and Online Social Networks

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    In Honor of Walter O. Weyrauch: The Ubiquity of Greed: A Contextual Model for Analysis of Scienter

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    Some securities fraud plaintiffs contend that greed—in the form of perpetuating a prestigious executive position, ensuring a gainful bonus, or maintaining the appearance of corporate profitability—is a bona fide motive evidencing scienter. But currently, no single judicial standard or analytical rubric guides the analysis of whether allegations of greed indicate scienter in these cases. The Private Securities Litigation Reform Act of 1995 (PSLRA) requiresthat the complaint state “with particularity” facts giving rise to a “strong inference” that the defendant acted with the scienter required for the cause of action. Plaintiffs have long established scienter through “motive and opportunity” pleading: facts demonstrating the presence of a motive in tandem with the perpetrator’s opportunity to commit the fraud. As part of motive and opportunity pleading, some plaintiffs have contended that greed can be a manifestation of scienter. Such allegations have met disparate and somewhat unreasoned fates. This Article draws from the over one hundred reported circuit court cases interpreting the “strong inference” standard in a variety of factual settings to propose a framework for more orderly analysis of allegations of corporate and personal avarice. Guided by the way some courts analyze the role of insider stock transactions in scienter pleading, the contextual model identifies three dimensions—magnitude, timing, and atypicality—that can heighten ordinary profit-seeking activities to suspicious or unusual conduct and can provide a motive that properly gives rise to a strong inference of scienter

    In Honor of Walter O. Weyrauch: The Ubiquity of Greed: A Contextual Model for Analysis of Scienter

    Get PDF
    Some securities fraud plaintiffs contend that greed—in the form of perpetuating a prestigious executive position, ensuring a gainful bonus, or maintaining the appearance of corporate profitability—is a bona fide motive evidencing scienter. But currently, no single judicial standard or analytical rubric guides the analysis of whether allegations of greed indicate scienter in these cases. The Private Securities Litigation Reform Act of 1995 (PSLRA) requiresthat the complaint state “with particularity” facts giving rise to a “strong inference” that the defendant acted with the scienter required for the cause of action. Plaintiffs have long established scienter through “motive and opportunity” pleading: facts demonstrating the presence of a motive in tandem with the perpetrator’s opportunity to commit the fraud. As part of motive and opportunity pleading, some plaintiffs have contended that greed can be a manifestation of scienter. Such allegations have met disparate and somewhat unreasoned fates. This Article draws from the over one hundred reported circuit court cases interpreting the “strong inference” standard in a variety of factual settings to propose a framework for more orderly analysis of allegations of corporate and personal avarice. Guided by the way some courts analyze the role of insider stock transactions in scienter pleading, the contextual model identifies three dimensions—magnitude, timing, and atypicality—that can heighten ordinary profit-seeking activities to suspicious or unusual conduct and can provide a motive that properly gives rise to a strong inference of scienter

    Lux In Arcana: Decoding the Right to Be Forgotten in Digital Archives

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    On 13 May 2014, the European Court of Justice ruled that search engines such as Google had a duty to respect EU citizens’ right to be forgotten. That is, the search engines—deemed “controllers” of information under the Directive—were obligated in some circumstances to remove or de-list links from search results that pertain to information that infringes on an individual’s rights under the Directive. In the fall of 2015, the Spanish Supreme Court found itself obligated to determine the application of the digital right to be forgotten in a different context: This time in a digital newspaper archive. However, since the right to be forgotten is purely judicially-created and not yet memorialized in a regulation (other than through judicial interpretations of the European Directive 1995/46/EC of the European Parliament and Council of 24 October on the protection of individuals with regard to the processing of personal data and on the free movement of such data), it is therefore appropriate to analyze Spain’s recent Supreme Court ruling as an indicator of the future of the right. What does this decision mean for the future of the right to be forgotten

    Denitrification and associated nitrous oxide and carbon dioxide emissions from the Amazonian wetlands

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    International audienceIn this paper, we quantify the CO 2 and N 2 O emissions from denitrification over the Amazonian wetlands. The study concerns the entire Amazonian wetland ecosystem with a specific focus on three floodplain (FP) locations: the Branco FP, the Madeira FP and the FP alongside the Amazon River. We adapted a simple denitrification model to the case of tropical wetlands and forced it by open water surface extent products from the Soil Moisture and Ocean Salinity (SMOS) satellite. A priori model parameters were provided by in situ observations and gauging stations from the HY-BAM Observatory. Our results show that the denitrification and the trace gas emissions present a strong cyclic pattern linked to the inundation processes that can be divided into three distinct phases: activation, stabilization and deactiva-tion. We quantify the average yearly denitrification and associated emissions of CO 2 and N 2 O over the entire watershed at 17.8 kgN ha −1 yr −1 , 0.37 gC-CO 2 m −2 yr −1 and 0.18 gN-N 2 O m −2 yr −1 respectively for the period 2011-2015. When compared to local observations, it was found that the CO 2 emissions accounted for 0.01 % of the integrated ecosystem, which emphasizes the fact that minor changes to the land cover may induce strong impacts on the Amazonian carbon budget. Our results are consistent with the state of the art of global nitrogen models with a positive bias of 28 %. When compared to other wetlands in different pedoclimatic environments we found that the Amazonian wetlands have similar emissions of N 2 O with the Congo tropical wetlands and lower emissions than the temperate and tropical anthro-pogenic wetlands of the Garonne (France), the Rhine (Eu-rope) and southeastern Asia rice paddies. In summary our paper shows that a data-model-based approach can be successfully applied to quantify N 2 O and CO 2 fluxes associated with denitrification over the Amazon basin. In the future, the use of higher-resolution remote sensing products from sensor fusion or new sensors like the Surface Water and Ocean Topography (SWOT) mission will permit the transposition of the approach to other large-scale watersheds in tropical environments
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