Student Preferences for College and Career Information

This study examined the preferences of high school seniors (N = 2901) for receiving college and career information, an area not well-studied previously. Key findings are: Parents and peers are rated to be very helpful sources of college and career information; school counselors are a helpful source of information for first-generation and low-income students; and the internet is a helpful source of information, but email and one-on-one are more preferred sources of information. The findings of this study are useful for K-12 education, college access, and higher education professionals to consider when developing policies and programs to provide college and career information to students

Developing an Integrated High School Art Curriculum

This study discusses the benefits of interdisciplinary instruction in high schools. Interdisciplinary instruction is mainly seen at the primary level. There is also some interdisciplinary instruction in the core subjects at the high school level, but not within the visual arts. To fill this void I developed an integrated literacy curriculum unit for the high school visual arts classroom. This curriculum will follow current Common Core standards as well as ELA and visual arts standards

Increasing College Opportunity: School Counselors and FAFSA Completion

Closing postsecondary opportunity gaps has become a national, state and local educational priority. To help eliminate these gaps, the US Department of Education initiated a project that provided real time student level Free Application for Federal Student Aid (FAFSA) completion status to large urban school districts. Leveraging this information, school counselors identified and supported students and families as they navigated the financial aid process, resulting in statistically significant impacts on FAFSA completion and college attendance

Strengthening Student Outcome Focused School Counseling Research

Presented at the School Counselor Research Summit, Laura Owen and Jeff Warren discuss the most relevant and needed research focuses in the field of school counseling. They provide introductions to funding opportunities and the DELPHI study in an effort to guide where school counseling research should be headed

Factors affecting nitrate distribution in shallow groundwater under a beef farm in South Eastern Ireland

peer-reviewedGroundwater contamination was characterised using a methodology which combines shallow groundwater geochemistry data from 17 piezometers over a 2 yr period in a statistical framework and hydrogeological techniques. Nitrate–N (NO3-N) contaminant mass flux was calculated across three control planes (rows of piezometers) in six isolated plots. Results showed natural attenuation occurs on site although the method does not directly differentiate between dilution and denitrification. It was further investigated whether NO3-N concentration in shallow groundwater (<5 m below ground level) generated from an agricultural point source on a 4.2 ha site on a beef farm in SE Ireland could be predicted from saturated hydraulic conductivity (Ksat) measurements, ground elevation (m Above Ordnance Datum), elevation of groundwater sampling (screen opening interval) (m AOD) and distance from a dirty water point pollution source. Tobit regression, using a background concentration threshold of 2.6 mg NO3-N L−1 showed, when assessed individually in a step wise procedure, Ksat was significantly related to groundwater NO3-N concentration. Distance of the point dirty water pollution source becomes significant when included with Ksat in the model. The model relationships show areas with higher Ksat values have less time for denitrification to occur, whereas lower Ksat values allow denitrification to occur. Areas with higher permeability transport greater NO3-N fluxes to ground and surface waters. When the distribution of Cl− was examined by the model, Ksat and ground elevation had the most explanatory power but Ksat was not significant pointing to dilution having an effect. Areas with low NO3 concentration and unaffected Cl− concentration points to denitrification, low NO3 concentration and low Cl− chloride concentration points to dilution and combining these findings allows areas of denitrification and dilution to be inferred. The effect of denitrification is further supported as mean groundwater NO3-N was significantly (P < 0.05) related to groundwater N2/Ar ratio, redox potential (Eh), dissolved O2 and N2 and was close to being significant with N2O (P = 0.08). Calculating contaminant mass flux across more than one control plane is a useful tool to monitor natural attenuation. This tool allows the identification of hot spot areas where intervention other than natural attenuation may be needed to protect receptors.Research Stimulus Fund, Department of Agriculture Fisheries and Food (Ireland