Crisis Management in Public School Districts

School districts, as public institutions serving kindergarten through high school students and their communities, can improve their crisis-ready status by strengthening crisis response strategies. Crisis management offers strategies and processes for preparing for, preventing, responding to, managing, recovering from, and learning from crisis events. Proactive steps can be taken to improve crisis readiness before, during, and after a crisis event. In the crisis-rich environment of the new decade, education systems need to continue to evaluate current crisis plans, modifying them to address emerging issues, incorporate new communication methods, and respond to diverse stakeholder groups

Crisis Leadership for the New Reality Ahead

It is too easy, according to business consultant Laurence Barton, Ph.D., for businesses to operate on cruise control, sure of the familiarity of the road and without the protection of a current crisis response plan that could offer some protection for the bumps and hazards to come. Numerous researchers, however, are sounding the alarm. Without the sense of urgency of a 9/11-scale crisis, the number of organizations without current crisis plans in place is slowly decreasing, according to a 2005 American Management Association study. Yet the warning signs of uncharted territory ahead are everywhere. Organizations must prepare for new crises that may develop with the deepening interconnectedness of our global society. The test for new leadership may be the degree to which managers can step forward to identify and plan for new and emerging crises that may not have been considered in the previous century. This article highlights current best practices in crisis management and crisis communication. It also offers strategies organizational leaders can consider in order to adapt effectively to the new reality of a crisis-rich environment, which exists along with the challenges posed by 24/7 news coverage and the ever-present social media

Crisis Leadership for the New Reality Ahead

It is too easy, according to business consultant Laurence Barton, Ph.D., for businesses to operate on cruise control, sure of the familiarity of the road and without the protection of a current crisis response plan that could offer some protection for the bumps and hazards to come. Numerous researchers, however, are sounding the alarm. Without the sense of urgency of a 9/11-scale crisis, the number of organizations without current crisis plans in place is slowly decreasing, according to a 2005 American Management Association study. Yet the warning signs of uncharted territory ahead are everywhere. Organizations must prepare for new crises that may develop with the deepening interconnectedness of our global society. The test for new leadership may be the degree to which managers can step forward to identify and plan for new and emerging crises that may not have been considered in the previous century. This article highlights current best practices in crisis management and crisis communication. It also offers strategies organizational leaders can consider in order to adapt effectively to the new reality of a crisis-rich environment, which exists along with the challenges posed by 24/7 news coverage and the ever-present social media

EP-1504: Stability of gold marker position during IGRT of prostate cancer

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A cross-discipline approach to healthcare needs

With rapid advancements in technology and growing demand for better healthcare, hospitals are struggling to find a balance between providing the best possible care and maintaining a responsible budget. This issue is especially evident in small hospitals lacking resources and infrastructure to keep up with modern technology. The Engineering for Modern Healthcare Creative Inquiry is a collaboration between Industrial Engineering and Bioengineering students. Our goal is to help small hospitals to develop efficient, cost-effective solutions to their needs. Currently, we are working with hospitals in South Carolina and Virginia to explore these solutions. We are interviewing clinicians, nurses, and other staff members to better understand current practices and identify improvement opportunities. Our initial focus will be on inventory management and sterile processing. Utilizing both departments\u27 expertise, we will develop a comprehensive solution to this complicated need

Tuning gastropod locomotion: Modeling the influence of mucus rheology on the cost of crawling

Common gastropods such as snails crawl on a solid substrate by propagating muscular waves of shear stress on a viscoelastic mucus. Producing the mucus accounts for the largest component in the gastropod's energy budget, more than twenty times the amount of mechanical work used in crawling. Using a simple mechanical model, we show that the shear-thinning properties of the mucus favor a decrease in the amount of mucus necessary for crawling, thereby decreasing the overall energetic cost of locomotion.Comment: Corrected typo

Saponite Dissolution Experiments and Implications for Mars

Recent work suggests that the mineralogical sequence of the Murray formation at Gale crater may have resulted from diagenetic alteration after sedimentation, or deposition in a stratified lake with oxic surface and anoxic bottom waters. Fe-containing clay minerals are common both at Gale crater, and throughout the Noachian-aged terrains on Mars. These clay minerals are primarily ferric (Fe3+), and previous work suggests that these ferric clay minerals may result from alteration of ferrous (Fe2+) smectites that were oxidized after deposition. The detection of trioctahedral smectites at Gale crater by CheMin suggests Fe2+ smectite was also deposited during the early Hesperian. However, due to their sensitivity to oxygen, Fe2+ smectites are difficult to analyze on Earth and very few saponite dissolution rates exist in the literature. To the best of our knowledge, no experiments have measured the dissolution rates of ferrous saponites under oxidizing and reducing conditions. In order to better understand the characteristics of water-rock interaction at Gale crater, particularly the oxidation state, we report our results to date on ongoing syntheses of ferrous and magnesium saponites and dissolution experiments of natural saponite under ambient conditions. Future experiments will include the dissolution of synthetic ferric, ferrous, and magnesium saponites under oxidizing and anoxic conditions at a range of pH values

Life in Hampton Roads Report: The 11th Annual Life in Hampton Roads Survey

[From the Executive Summary] The Social Science Research Center (SSRC) at Old Dominion University is pleased to present the results from the 11th annual Life in Hampton Roads (LIHR) survey. The purpose of the survey was to gain insight into residents’ perceptions of the quality of life in Hampton Roads. It is important to note that the methodology for this year’s survey differs from previous Life in Hampton Roads surveys. The first ten years of the survey were conducted using a random sample of Hampton Roads residents via telephone. However, this year state and university COVID-19 restrictions did not allow for staffing of the SSRC call center during the survey period. Therefore, on-line survey panels were used to solicit respondents to complete a web-based survey. Given the pandemic conditions in Hampton Roads and the rest of the world, many of this year’s questions focused on residents’ experiences with and responses to COVID-19 conditions

Designing medical technology for developing countries

Resource-poor countries have markedly different healthcare systems. Many developed nations donate medical supplies to these countries, but this often does not meet the needs of the recipients. Our goal is to develop simple healthcare solutions that can be produced in-country so the developing area does not depend on outside sources for its supplies. Our group works on many projects, including sustainable woven grass neck braces and a variety of low-cost sensors. Our designs do not require frequent donations, minimize the use of consumables, and provide better detection and/or treatment of prevalent medical concerns. Our baby monitor will detect skin temperature and control a heating element based on the needs of the infant. Our low-cost glucometer operates with the use of test strips that can be printed for a penny with a standard inkjet printer. This will allow the hospital or clinic to print the strips themselves rather than depend on donated strips. Our bacterial sensor will measure resistance to quickly detect the quantity of bacteria in a sample. We seek sustainable solutions for in-house manufacturing to advance more self-sufficient healthcare systems