2014 Mid-Atlantic Telehealth Resource Center Annual Summit

The Mid-Atlantic Resource Center (MATRC; http://www.matrc.org/) advances the adoption and utilization of telehealth within the MATRC region and works collaboratively with the other federally funded Telehealth Resource Centers to accomplish the same nationally. MATRC offers technical assistance and other resources within the following mid-Atlantic states: Delaware, District of Columbia, Kentucky, Maryland, North Carolina, Pennsylvania, Virginia and West Virginia.   The 2014 MATRC Summit “Adding Value through Sustainable Telehealth” will be held March 30-April 1, 2014, at the Fredericksburg Expo & Conference Center, Fredericksburg, VA. The Summit will explore how telehealth adds value to patients, practitioners, hospitals, health systems, and other facilities. Participants will experience a highly interactive program built around the case history of “Mr. Doe” as he progresses through the primary care, inpatient hospitalization, and post-discharge environments. The Summit will conclude with a session on financial and business models for providing sustainable telehealth services.   For further information and registration, visit: http://matrc.org/component/content/article/2-uncategorised/80-mid-atlantic-telehealth-resource-summit-2014  

2015 Mid-Atlantic Telehealth Resource Center Annual Summit

The Mid-Atlantic Resource Center (MATRC; http://www.matrc.org/) advances the adoption and utilization of telehealth within the MATRC region and works collaboratively with the other federally funded Telehealth Resource Centers to accomplish the same nationally. MATRC offers technical assistance and other resources within the following mid-Atlantic states: Delaware, District of Columbia, Kentucky, Maryland, North Carolina, Pennsylvania, Virginia and West Virginia.The 2015 MATRC Summit “Shaping the Future of Healthcare through Innovation and Technology” will be held March 29-March 31, 2015, at The Greenbrier, White Sulphur Springs, West Virginia. The Summit will explore how the partnership of human innovation and technological advancements is both shaping and transforming the future of healthcare.For further information and registration, visit: http://matrc.org/summit/index.htm

Preparing mental health providers for the future: the case for moving beyond the elective telehealth course to integrating telehealth training throughout the curriculum

In the wake of the COVID-19 Public Health Emergency and the consequent surge in telehealth adoption, the mental healthcare landscape has undergone a profound transformation propelled by rapid technological advancements. This paradigm shift necessitates a fundamental re-evaluation of the training methodologies for mental health providers. To effectively leverage the potential of telehealth and empower mental health professionals with the requisite skills for utilizing digital tools, a comprehensive integration of telehealth into graduate program curricula is imperative. This article proposes practical strategies for seamlessly incorporating telehealth into both the theoretical and practical facets of graduate education. These strategies encompass a holistic understanding of technological platforms, ethical considerations, legal and regulatory frameworks, cultural competence, digital equity challenges, as well as clinical assessment and therapeutic approaches. The author concludes by issuing a call to action, urging mental health professions training programs and their accrediting bodies to proactively redefine their approach, ensuring mental health providers are adequately prepared for the future

The transfer of fibres in the carding machine

The problem of understanding the transfer of fibres between carding-machine surfaces is addressed by considering the movement of a single fibre in an airflow. The structure of the aerodynamic flow field predicts how and when fibres migrate between the different process surfaces. In the case of a revolving-flats carding machine the theory predicts a “strong” aerodynamic mechanism between taker-in and cylinder and a “weak” mechanism between cylinder and removal cylinder resulting in effective transfer in the first case and a more limited transfer in the second

Will Offshore Energy Face “Fair Winds and Following Seas”?: Understanding the Factors Influencing Offshore Wind Acceptance

Most offshore energy studies have focused on measuring or explaining people’s perceptions of, and reactions to, specific installations. However, there are two different types of acceptance: one surrounds the siting of projects while the other surrounds a more general acceptance of offshore energy. Understanding what drives this second type of acceptance is important as governments have implemented new financial incentives and policies to support renewable energy development; however, citizens and government officials may be increasingly opposed to some of these support mechanisms. Our paper fills a void in the literature by using regression approaches to better understand how people’s evaluations of the benefits and costs of offshore wind impact their level of general acceptance for offshore wind, while controlling for other factors (e.g., demographics). This analysis should help policy makers, and individuals attempting to educate the general public about renewable energy, to better understand the important factors influencing people’s support or opposition to offshore wind energy initiatives

From ductile to brittle: evolution and localization of deformation below a crustal detachment (Tinos, Cyclades, Greece)

International audienceThe Cycladic Oligo-Miocene detachment of Tinos island is an example of a flat-lying extensional shear zone evolving into a low-angle brittle detachment. A clear continuum of extensional strain from ductile to brittle regime is observed in the footwall. The main brittle structures marking extension are shallow- and steeply dipping normal faults associated with subvertical extensional joints and veins. The earliest brittle structures are lowangle normal faults which commonly superimpose on, and reactivate, earlier (precursory) ductile shear bands, but newly formed low-angle normal faults could also be observed. Low-angle normal faults are cut by late steeply dipping normal faults. The inversion of fault slip data collected within, and away from, the main detachment zone shows that the direction of the minimum stress axis is strictly parallel to the NE-SW stretching lineation and that the maximum principal stress axis remained subvertical during the whole brittle evolution, in agreement with the subvertical attitude of veins throughout the island. The high angle of s1 to the main detachment suggests that the detachment was weak. This observation, together with the presence of a thick layer of cataclasites below the main detachment and the kinematic continuum from ductile to brittle, leads us to propose a kinematic model for the formation of the detachment. Boudinage at the crustal scale induces formation, near the brittle-ductile transition, of ductile shear zones near the edges of boudins. Shear zones are progressively exhumed and replaced by shallowdipping cataclastic shear zones when they reached the brittle field. Most of the displacement is achieved through cataclastic flow in the upper crust and only the last increment of strain gives rise to the formation of brittle faults. The formation of the low-angle brittle detachment is thus ''prepared'' by the ductile shear zone and the cataclasites and favored by the circulation of surface-derived fluids in the shear zone

Interactions between deformation and fluids in the frontal thrust region of the NanTroSEIZE transect offshore the Kii Peninsula, Japan: Results from IODP Expedition 316 Sites C0006 and C0007

Integrated Ocean Drilling Program (IODP) Expedition 316 Sites C0006 and C0007 examined the deformation front of the Nankai accretionary prism offshore the Kii Peninsula, Japan. In the drilling area, the frontal thrust shows unusual behavior as compared to other regions of the Nankai Trough. Drilling results, integrated with observations from seismic reflection profiles, suggest that the frontal thrust has been active since similar to 0.78-0.436 Ma and accommodated similar to 13 to 34% of the estimated plate convergence during that time. The remainder has likely been distributed among out-of-sequence thrusts further landward and/or accommodated through diffuse shortening. Unlike results of previous drilling on the Nankai margin, porosity data provide no indication of undercompaction beneath thrust faults. Furthermore, pore water geochemistry data lack clear indicators of fluid flow from depth. These differences may be related to coarser material with higher permeability or more complex patterns of faulting that could potentially provide more avenues for fluid escape. In turn, fluid pressures may affect deformation. Well-drained, sand-rich material under the frontal thrust could have increased fault strength and helped to maintain a large taper angle near the toe. Recent resumption of normal frontal imbrication is inferred from seismic reflection data. Associated decollement propagation into weaker sediments at depth may help explain evidence for recent slope failures within the frontal thrust region. This evidence consists of seafloor bathymetry, normal faults documented in cores, and low porosities in near surface sediments that suggest removal of overlying material. Overall, results provide insight into the complex interactions between incoming materials, deformation, and fluids in the frontal thrust region

Using Perceived Budget Constraints as a Factor of Wind Power Support in Maine

The United States has yet to install any offshore wind turbines, but there are proposals under consideration from many states across the country - including Texas, Massachusetts, New York and Maine (EIA, 2010). While there is growing governmental support for offshore wind turbines, policy-makers and suppliers need to keep in made that an expansion of any market requires an understanding of consumer preferences; the renewable energy market is certainly no exception. When examining consumer preferences, researchers are free to approach their analyses through a variety of theoretical and statistical lenses. Advancements in the fields of econometrics and economic psychology (behavioral economics) in particular point towards a variety of techniques which can be employed. The data is from a mail survey administered to a random sample of Maine citizens (48% response rate). The survey contained questions on consumer\u27s knowledge, perceptions and acceptance of wind energy, and we collected information on various attitudinal and behavioral constructs (e.g. perceived economic flexibility, propensity to buy green products). Additionally, we proposed a conjoint scenario where respondents were asked to choose between two electricity packages with varied attributes; including price, energy source (e.g. offshore-wind, hydroelectricity), emissions reductions and percent of energy imported. The objectives of this analysis are trifold; the first objective is to determine the factors which influence the willingness-to-pay for offshore wind power relative to hydroelectricity. The second objective is to determine, through goodness of fit procedures, whether perceived economic flexibility (perceived budget constraint) may serve as a better predictor of behavior than income alone. The third objective is to compare and contrast three different econometric modeling techniques used to incorporate heterogeneity in consumer choice models (interaction terms, random parameters and latent classes). The results provide several important insights across each of these objectives. First, Mainers are willing-to-pay more for a marginal increase in offshore wind power than hydroelectricity, and many of the factors which previously had been shown to affect support of offshore wind (or other renewable energies) were insignificant in our study. Second, there are grounds to further explore how consumer\u27s perceptions of their economic flexibility (perceived budget constraint) affect behavior. Third, the more sophisticated econometric modeling techniques may be better suited for situations in which: a) the researcher is keenly aware of variation in the population which is unable to be captured with the data available, or b) the sample size is larger. While these results are intriguing, it should be noted that limitations were faced due to small sample size and the use of a hypothetical conjoint scenario