The Lawyer\u27s Duty of Tech Competence Post-COVID: Why Georgia Needs a New Professional Rule Now—More Than Ever

The American Bar Association (ABA) promulgates the Model Rules for Professional Conduct (Model Rules), which prescribe the behavior with which lawyers must comply in demonstrating competency to practice law. In 2012, the ABA updated Comment 8 to Model Rule 1.1 to require maintaining competence in the “benefits and risks associated with relevant technology,” also known as a lawyer’s “duty of technological competence.” A decade later, the majority of state bar associations have adopted and implemented this language. Georgia, however, remains among the last ten states that have not yet formally adopted the duty of technological competence. The COVID-19 pandemic forced most legal work online, and judges, lawyers, and their clients adjusted to this new normal. With the drastic rise in remote work, no reasonable dispute remains as to whether lawyers should be subject to a duty of technological competence, although questions arise about how this duty should be defined post-pandemic. This Note argues in favor of Georgia’s adoption of the duty of technological competence, proposes changes to the comments accompanying the Georgia Rules of Professional Conduct, and provides practical advice for legal practitioners and their technology departments

HB 1009: Remote Operation of Personal Delivery Devices

The Act provides for the remote operation of personal delivery devices on Georgia’s highways, streets, bike paths, and sidewalks. It provides the required parameters for operation including parking, time frames, speed limits, safety parameters, weight limits, insurance, and local enforcement through civil citations

Ascertaining the nature and timing of mire degradation : using palaeoecology to assist future conservation management in Northern England

This study was initiated under contract VT0419 from English Nature (Natural England) to CECQR. In 2015, additional funding was provided by the Yorkshire Peat Partnership, for 210Pb dating, to refine age–depth estimates. We thank the following for fieldwork co-ordination, logistics or field assistance: Miriam Baynes, Mike Sutcliffe, Martin Furness, Gez Marshall, Paul Duncan, Tim Page, Andrew Windrum, Craig Sandham and Jackie Smith. We thank the Editor and two anonymous reviewers for suggestions for improvements.Peer reviewedPublisher PD

Application of palaeoecology for peatland conservation at Mossdale Moor, UK

In a recent discussion of research priorities for palaeoecology, it was suggested that palaeoecological data can be applied and used to inform nature conservation practice. The present study exemplifies this approach and was conducted on a degraded blanket mire in Yorkshire, UK, in collaboration with a field-based moorland restoration agency. High-resolution, multiproxy palaeoecological analyses on a peat core from Mossdale Moor reconstructed mid to late-Holocene vegetation changes. Humification, pollen, plant macrofossil and charcoal analyses carried out throughout the peat profile show marked changes in species composition and indicate their potential causes. Results suggest that human clearance in the Mesolithic–Neolithic transition may have initiated peat growth at Mossdale Moor, making this landscape ‘semi-natural’ in its origin. Further human-induced changes are identified at 1300 cal years BP, most likely clearance by fire, and between 20 and 0 cm depth where a substantial charcoal increase is interpreted as recent (<400 years) management practices using burning to encourage browse on the moor. The long-term ecological history of the moor, derived using palaeoecological techniques, will be used to inform conservation practice and to help set feasible targets for restoration and conservation at Mossdale Moo

Intrahost Diversity of Staphylococcus aureus in Carriage among Native Americans

Staphylococcus aureus (SA) is an opportunistic pathogen and a commensal member of the human microbiota that frequently colonizes the upper respiratory tract and skin. While SA can cause disease ranging from minor skin infections to life-threatening septicemia, it can also be carried asymptomatically. As carriage is the most significant risk factor for SA disease, surveillance is important for the prevention of outbreaks in vulnerable communities. Native Americans have a greater risk of infectious disease than the general US population, and Native Americans in the Southwestern United States have been shown to experience high rates of invasive SA disease. Here we explore the dynamics of SA carriage among the Native Americans by performing high density sampling from multiple anatomical sites and whole-genome sequencing on 310 SA isolates across 60 participants. We assess the richness and diversity of SA carriage isolates via differences in multi-locus sequence type (MLST), core-genome single-nucleotide-polymorphisms (SNPs), and gene content. We find that a considerable proportion (41.7%, n=60) of studied SA carriers exhibit co-carriage with multiple distinct SA strains. Among a small number of participants, we further find considerable genetic variation even among SA isolates belonging to the same MLST. Lastly, we find unequal distribution of clonal complex (CC) by body site, suggesting that certain lineages may be adapted to specific anatomical sites. Together, these findings reveal that co-carriage may occur at a higher rate than previously appreciated and contribute to our understanding of SA intrahost diversity during carriage, which has implications for clinical management and epidemiological investigations

Healthy snacks in hospitals : testing the potential effects of changes in availability

Acknowledgements: The authors would like to thank the food retail staff and managers in each location and the food retailers who provided access to their sales data. Funding: Study 1 was funded by the Scottish Government Chief Scientist Office [CGA/16/17]. Study 2 was conducted while JA was a Royal Society of Edinburgh Sabbatical Grant Holder. Open access via Sage agreementPeer reviewedPostprin

European Stroke Organisation expedited recommendation for the use of short-term dual antiplatelet therapy early after minor stroke and high-risk TIA

Prevention of early recurrent ischaemic stroke remains a priority in people with TIA or ischaemic stroke. A number of trials have recently been completed assessing the efficacy of short-term dual antiplatelet therapy (DAPT) versus single antiplatelet therapy early after minor or moderate stroke or high-risk TIA. We present an Expedited Recommendation for use of dual antiplatelet therapy early after ischaemic stroke and TIA on behalf of the ESO Guideline Board. We make a strong recommendation based on high quality of evidence for use of 21-days of dual antiplatelet therapy with aspirin and clopidogrel in people with a non-cardioembolic minor ischaemic stroke or high-risk TIA in the past 24 hours. We make a weak recommendation based on moderate quality evidence for 30-days of dual antiplatelet therapy with aspirin and ticagrelor in people with non-cardioembolic mild to moderate ischaemic stroke or high-risk TIA in the past 24 hours

Informing innovative peatland conservation in light of palaeoecological evidence for the demise of Sphagnum imbricatum: the case of Oxenhope Moor, Yorkshire, UK

Actively growing mires have high conservation value and the potential to sequester carbon. However, drainage, burning, overgrazing and atmospheric pollution have led to depauperation of native flora and loss of peat at many peatland sites. In order to counteract such degradation, palaeoecological techniques can be applied and the data then used to inform nature conservation practice. The present study exemplifies this approach and was conducted on degraded blanket mire in Yorkshire, UK, in collaboration with a field-based moorland restoration agency. High-resolution, multiproxy palaeoecological analyses on a peat core from Oxenhope Moor were used to reconstruct Holocene vegetation changes spanning approximately the last 7000 years. Humification, pollen, plant macrofossil and charcoal analyses show distinct changes in species composition and indicate their potential causes. Human-induced changes identified at 2100 cal. BP are most likely to reflect deliberate clearance by fire. Sphagnum imbricatum disappears and is subsequently replaced by S. papillosum at ca. 1000 cal. BP, possibly due to drier conditions and competition between the two species. Increased human activity is identified since the Industrial Revolution where monocots and Eriophorum vaginatum increase, interpreted as a result of managed burning. It is intended that the long-term ecological history of the site, derived using palaeoecological techniques, will be used to inform conservation practice and can help set feasible targets for restoration and conservation. Specifically, encouraging a species mix that has pre-19th century longevity is suggested, including the specific recommendation that translocation of S. imbricatum be explored experimentally at this site, with a view to ascertaining likely success elsewhere