Finding Childcare for the Disabled Child: The Process and Decisions Through the Primary Caregiver’s Lens

In this qualitative, Grounded Theory study, the researcher examined the process that primary caregivers go through when selecting a childcare placement for children who have special needs. Data were collected through participant interviews with primary caregivers (n=10) who responded to recruitment notices posted on (1) listservs by organizations directly affiliated with early intervention and child care services; (2) local Internet classified sites; and (3) through word of mouth. The research demonstrated that caregivers who learned of their child’s disability in a prenatal diagnosis or prior to an adoption identified with having a greater sense of choice and control over their circumstances, and had more confidence in their ability to make competent, informed decisions regarding their child’s needs than caregivers unaware prenatally of a diagnosis. The same was true for parents who had a primary support system in a spouse or significant other, thereby offering additional options over those available to a single parent. Second, due to poor provider training and education with special needs populations, caregivers were more likely to keep their child in the home and work around whatever financial hardship may result. Third, caring for a disabled child is an emotional paradox that is difficult, yet rewarding, and it is the unconditional love that caregivers have for their children that drives them to give tirelessly against the odds. Based upon the data, recommendations for future practice include a community model in which individual and/or family therapy is coupled with a strong referral base that places the family into contact with relevant early intervention resources within the community. By working closely with the family and helping them to connect with organizations and professionals in their community, the therapist can empower the family by way of resources, psychoeducation, and support. The electronic version of this dissertation is at OhioLink ETD Center, www.ohiolink.edu/et

Finding Childcare for the Disabled Child: The Process and Decisions Through the Primary Caregiver’s Lens

In this qualitative, Grounded Theory study, the researcher examined the process that primary caregivers go through when selecting a childcare placement for children who have special needs. Data were collected through participant interviews with primary caregivers (n=10) who responded to recruitment notices posted on (1) listservs by organizations directly affiliated with early intervention and child care services; (2) local Internet classified sites; and (3) through word of mouth. The research demonstrated that caregivers who learned of their child’s disability in a prenatal diagnosis or prior to an adoption identified with having a greater sense of choice and control over their circumstances, and had more confidence in their ability to make competent, informed decisions regarding their child’s needs than caregivers unaware prenatally of a diagnosis. The same was true for parents who had a primary support system in a spouse or significant other, thereby offering additional options over those available to a single parent. Second, due to poor provider training and education with special needs populations, caregivers were more likely to keep their child in the home and work around whatever financial hardship may result. Third, caring for a disabled child is an emotional paradox that is difficult, yet rewarding, and it is the unconditional love that caregivers have for their children that drives them to give tirelessly against the odds. Based upon the data, recommendations for future practice include a community model in which individual and/or family therapy is coupled with a strong referral base that places the family into contact with relevant early intervention resources within the community. By working closely with the family and helping them to connect with organizations and professionals in their community, the therapist can empower the family by way of resources, psychoeducation, and support. The electronic version of this dissertation is at OhioLink ETD Center, www.ohiolink.edu/et

Faint galactic X-ray binaries

We present a short overview of the properties of faint Galactic X‐ray binaries. We place emphasis on current classification scenarios. One of the important parameters for the faint sources is their intrinsic luminosity. In the case of low‐mass X‐ray binaries it has recently been realised that besides a phase of radius expansion, the duration of type I X‐ray bursts can be used as a primer for the source luminosity in some cases. Further, we show that a very low equivalent width of hydrogen and helium emission lines in the optical spectrum alone is not a tell‐tale sign for an ultra‐compact system. Finally, we list and discuss some unusual sources that could be X‐ray binaries

Prevalence of Eating Disorder Risk and Body Image Dissatisfaction among ROTC Cadets

This work is licensed under a Creative Commons Attribution 4.0 International License.Injury risk is multifactorial including non-modifiable and modifiable factors such as nutrition and mental health. The purpose of this study was to estimate eating disorder risk and body image (BI) dissatisfaction among Reserve Officers Training Corps (ROTC) cadets. A total of 102 (male: n = 75, female: n = 27; age: 20 ± 2 years) ROTC cadets self-reported height, current and ideal weight, and completed the Eating Attitudes Test-26 (EAT-26) and self-perceived BI current and perceived sex-specific figural stimuli. The overall eating disorder risk for ROTC cadets was 32.4%. No significant differences were found when comparing sex, ethnicity, or military branch. Overall risk of pathogenic behaviors included 11.8% who reported binge eating; 8.8% who used laxatives, diuretics, or diet pills; 8.8% who exercised for >60 min to control their weight; and 8.8% who lost 9.1 kg or more within the last 6 months. We identified significant interactions (p ≤ 0.01) between sex of the solider, overall perceptions of male and female soldiers, and BI self-perceptions. The ROTC cadets in this study displayed eating disorder risk and BI dissatisfaction, which is concerning for tactical readiness, long-term behavioral health issues, and injury from pathogenic behaviors. Education and quality healthcare are necessary to mitigate the increased risk of eating and BI dissatisfaction within this population

Teaching Ag Ed: Is it stressing you out?

According to the American Psychological Association one third of Americans report extreme levels of stress due to their job. Teachers are no exception. While most teachers agree that teaching is rewarding, it can also be challenging. In fact, it is estimated that teachers make more than 400 decisions a day. This is particularly true in agricultural education. In addition to frequent decision making, secondary agriculture teachers work well beyond a 40-hour work week preparing lessons, evaluating student work, coaching career development teams, and supervising student projects. This study sought to describe the level of job stress experienced by Missouri's agriculture teachers, identify the most stressful items of the job, as well as uncover predictors of that stress

Examination of the Cumulative Risk Assessment and Nutritional Profiles among College Ballet Dancers

This study examined female collegiate ballet dancers\u27 ( = 28) Female Athlete Triad (Triad) risk via the Cumulative Risk Assessment (CRA) and nutritional profiles (macro- and micronutrients; = 26). The CRA identified Triad return to play criteria (RTP: Full Clearance, Provisional Clearance, or Restricted/Medical Disqualified) by assessing eating disorder risk, low energy availability, menstrual cycle dysfunction, and low bone mineral density. Seven-day dietary assessments identified any energy imbalances of macro- and micronutrients. Ballet dancers were identified as low, within normal, or high for each of the 19 nutrients assessed. Basic descriptive statistics assessed CRA risk classification and dietary macro- and micronutrient levels. Dancers averaged 3.5 ± 1.6 total score on the CRA. Based on these scores, the RTP outcomes revealed Full Clearance 7.1%, = 2; Provisional Clearance 82.1%, = 23; and Restricted/Medical Disqualification 10.7%, = 3. Dietary reports revealed that 96.2% ( = 25) of ballet dancers were low in carbohydrates, 92.3% ( = 24) low in protein, 19.2% ( = 5) low in fat percent, 19.2% ( = 5) exceeding saturated fats, 100% ( = 26) low in Vitamin D, and 96.2% ( = 25) low in calcium. Due to the variability in individual risks and nutrient requirements, a patient-centered approach is a critical part of early prevention, evaluation, intervention, and healthcare for the Triad and nutritional-based clinical evaluations

Modeling Multi-Wavelength Stellar Astrometry. II. Determining Absolute Inclinations, Gravity Darkening Coefficients, and Spot Parameters of Single Stars with SIM Lite

We present a novel technique to determine the absolute inclination of single stars using multi-wavelength sub-milliarcsecond astrometry. The technique exploits the effect of gravity darkening, which causes a wavelength-dependent astrometric displacement parallel to a star's projected rotation axis. We find this effect is clearly detectable using SIM Lite for various giant stars and rapid rotators, and present detailed models for multiple systems using the REFLUX code. We also explore the multi-wavelength astrometric reflex motion induced by spots on single stars. We find that it should be possible to determine spot size, relative temperature, and some positional information for both giant and nearby main-sequence stars utilizing multi-wavelength SIM Lite data. This data will be extremely useful in stellar and exoplanet astrophysics, as well as supporting the primary SIM Lite mission through proper multi-wavelength calibration of the giant star astrometric reference frame, and reduction of noise introduced by starspots when searching for extrasolar planets.Comment: 8 pages, 7 figures, 4 tables. Accepted for publication in the Astrophysical Journa

Insight into the kinematics of blue whale surface foraging through drone observations and prey data

To understand how predators optimize foraging strategies, extensive knowledge of predator behavior and prey distribution is needed. Blue whales employ an energetically demanding lunge feeding method that requires the whales to selectively feed where energetic gain exceeds energetic loss, while also balancing oxygen consumption, breath holding capacity, and surface recuperation time. Hence, blue whale foraging behavior is primarily driven by krill patch density and depth, but many studies have not fully considered surface feeding as a significant foraging strategy in energetic models. We collected predator and prey data on a blue whale (Balaenoptera musculus brevicauda) foraging ground in New Zealand in February 2017 to assess the distributional and behavioral response of blue whales to the distribution and density of krill prey aggregations. Krill density across the study region was greater toward the surface (upper 20 m), and blue whales were encountered where prey was relatively shallow and more dense. This relationship was particularly evident where foraging and surface lunge feeding were observed. Furthermore, New Zealand blue whales also had relatively short dive times (2.83 ± 0.27 SE min) as compared to other blue whale populations, which became even shorter at foraging sightings and where surface lunge feeding was observed. Using an unmanned aerial system (UAS; drone) we also captured unique video of a New Zealand blue whale’s surface feeding behavior on well-illuminated krill patches. Video analysis illustrates the whale’s potential use of vision to target prey, make foraging decisions, and orient body mechanics relative to prey patch characteristics. Kinematic analysis of a surface lunge feeding event revealed biomechanical coordination through speed, acceleration, head inclination, roll, and distance from krill patch to maximize prey engulfment. We compared these lunge kinematics to data previously reported from tagged blue whale lunges at depth to demonstrate strong similarities, and provide rare measurements of gape size, and krill response distance and time. These findings elucidate the predator-prey relationship between blue whales and krill, and provide support for the hypothesis that surface feeding by New Zealand blue whales is an important component to their foraging ecology used to optimize their energetic efficiency. Understanding how blue whales make foraging decisions presents logistical challenges, which may cause incomplete sampling and biased ecological knowledge if portions of their foraging behavior are undocumented. We conclude that surface foraging could be an important strategy for blue whales, and integration of UAS with tag-based studies may expand our understanding of their foraging ecology by examining surface feeding events in conjunction with behaviors at depth

A 24 hour naproxen dose on gastrointestinal distress and performance during cycling in the heat

Using a double-blind, randomized and counterbalanced, cross-over design, we assessed naproxen's effects on gastrointestinal (GI) distress and performance in eleven volunteers (6 male, 5 female). Participants completed 4 trials: 1) placebo and ambient); 2) placebo and heat; 3) naproxen and ambient; and 4) naproxen and heat. Independent variables were one placebo or 220 mg naproxen pill every 8 h (h) for 24 h and ambient (22.7 ± 1.8°C) or thermal environment (35.7 ± 1.3°C). Participants cycled 80 min at a steady heart rate then 10 min for maximum distance. Perceived exertion was measured throughout cycling. Gastrointestinal distress was assessed pre-, during, post-, 3 h post-, and 24 h post-cycling using a GI index for upper, lower, and systemic symptoms. No statistically significant differences occurred between conditions at any time for GI symptoms or perceived exertion, distance, or heart rate during maximum effort. A 24 h naproxen dose did not significantly affect performance or cause more frequent or serious GI distress when participants were euhydrated and cycling at moderate intensity in a thermal environment

Examination of the Cumulative Risk Assessment and Nutritional Profiles among College Ballet Dancers

This study examined female collegiate ballet dancers’ (n = 28) Female Athlete Triad (Triad) risk via the Cumulative Risk Assessment (CRA) and nutritional profiles (macro- and micronutrients; n = 26). The CRA identified Triad return to play criteria (RTP: Full Clearance, Provisional Clearance, or Restricted/Medical Disqualified) by assessing eating disorder risk, low energy availability, menstrual cycle dysfunction, and low bone mineral density. Seven-day dietary assessments identified any energy imbalances of macro- and micronutrients. Ballet dancers were identified as low, within normal, or high for each of the 19 nutrients assessed. Basic descriptive statistics assessed CRA risk classification and dietary macro- and micronutrient levels. Dancers averaged 3.5 ± 1.6 total score on the CRA. Based on these scores, the RTP outcomes revealed Full Clearance 7.1%, n = 2; Provisional Clearance 82.1%, n = 23; and Restricted/Medical Disqualification 10.7%, n = 3. Dietary reports revealed that 96.2% (n = 25) of ballet dancers were low in carbohydrates, 92.3% (n = 24) low in protein, 19.2% (n = 5) low in fat percent, 19.2% (n = 5) exceeding saturated fats, 100% (n = 26) low in Vitamin D, and 96.2% (n = 25) low in calcium. Due to the variability in individual risks and nutrient requirements, a patient-centered approach is a critical part of early prevention, evaluation, intervention, and healthcare for the Triad and nutritional-based clinical evaluations