SGER: Undergraduate Research Curriculum Development in Chemistry

化学司和路易斯·斯托克斯少数民族参与联盟共同资助了奥尔巴尼的纽约州立大学的这一奖项。该项目的PI是Rabi Musah。该项目将制定研究方案，利用土壤样品的X射线粉末衍射和X射线荧光数据，生成整个地理区域的矿物概况和土壤特征。将使用ARCView和ARCINFO等地理信息系统软件处理数据。所收集的数据将补充现有的土壤图，并对土壤科学家和农业、工程、生态和法医学等其他领域的专业人员很有价值。该项目产生的研究活动将纳入学年课程。预计近50%的学生将来自服务不足的人群，包括少数民族和经济困难的学生，约50%的学生将是女性。指导和保留计划将是全面的，包括家长和家庭以及高中学生，教师和指导顾问的教育。初中和高中学生将参加研讨会，实地考察和职业咨询。

The Division of Chemistry and the Louis Stokes Alliance for Minority Participation jointly fund this award to the State University of New York at Albany. The PI for this project is Rabi Musah. This project will develop research protocols, employing X-ray powder diffraction and X-ray fluorescence data from soil samples, to generate mineral profiles and soil signatures for entire geographic regions. The data will be manipulated using GIS software such as ARCView and ARCINFO. The data collected will supplement existing soil maps, and be valuable to soil scientists and professionals in other fields including agriculture, engineering, ecology and forensics. The research activities resulting from this project will be integrated into the academic year curriculum. It is expected that nearly 50% of the students served will be from underserved populations including minority and economically disadvantaged students and approximately 50% of the students will be female. The mentoring and retention program will be comprehensive, including the education of parents and families as well as high school students, teachers and guidance counselors. Middle and high school students will be engaged in seminars, field trips and career counseling.