This article describes an elementary science summer day camp at East Palatine High School in East Palestine, Ohio, for students in grades K-4, aided by high school (grades 9-12) student mentors. The school's Outdoor Area for Studies in Science (OASIS) is used for formal and informal studies in science for an elementary science camp week. The camp…

For two weeks during Summer 2009, three elementary school teachers--Darcy Marcou, Melissa Lange, and Andrea Konitzer--participated in a science institute directed by Scott Ashmann, a science education professor at the University of Wisconsin-Green Bay. The purpose of this institute for elementary school teachers was to learn (a) more about Earth…

There's no better way to celebrate 2009, the International Year of Astronomy, than by curling up with a good book under summer skies. To every civilization, in every age, the skies inspired imagination and scientific inquiry. There's no better place to start your summer reading than under their influence. Here are a few selections identified by…

An experiential science program, such as a summer course at a field station, requires unique assessment tools. Traditional assessment via a pencil-and-paper exam cannot capture the essential skills and concepts learned at a summer field station. Therefore, the authors developed a pre- and postcourse image-based analysis to evaluate student…

Describes summer science camps that provide educational opportunities that pique children's interest and expose them to new ideas. Children's feelings about their camp experience obtained through interviews indicate that they came away from camp with increased enthusiasm for and knowledge about science. Discusses ways of creating informal learning…

Students (n=161) who attended high school summer science residencies at colleges were surveyed. Quotes from respondents are provided to illustrate the impact of the residency experience on their attitudes toward scientific work. Most participants reported at follow-up that they were studying or working in scientific fields, with no significant…

Describes activities designed to give summer school students an appreciation of the value of an integrated approach to scientific investigation. (JRH)

Describes a mentoring program developed to reinforce career counseling sessions at a five-week summer institute where students learn about science, mathematics, computer science, and language arts. The program resulted in a convenient method to determine the overall institute effectiveness. (DH)

The Institute for Chemical Education (located on the University of Wisconsin, Madison campus) is offering revised and new courses for chemistry teachers and an expanded "chemistry camp" for middle school students. Teachers' courses will focus on: chemistry demonstrations; descriptive chemistry; chemistry activities; chemical instrumentation; and…

Describes a summer research program that stresses follow-up on activities, and presentation of data at symposia and lectures. Provides information on participants, activities, student evaluations of the experience, and benefits. (RT)

Provides information on a program that seeks to increase the nation's supply of engineers and scientists by providing experiences with hands-on research. Describes activities, positive outcomes, and the evaluation of achievements. Concludes that participants and faculty members benefited from the experience. (RT)

Described is a technique for fiber identification for use by K-6 students. Follow-up activities for elementary and college students are suggested. (CW)

Describes a research program that has active areas of research ranging from hydrology, water chemistry, geology, gene cloning, satellite image analysis and remote sensing, and molecular biology. Provides information on selection procedures, design of program, benefits, and names of participants. (RT)

Describes a college program of research collaboration with high school teachers and an academic alliance that emerged from the experiences. The background, organization, achievements, and reluctance factors related to the program are discussed. (YP)

Describes and examines the effects of the eight-week Summer Science Training Program at the University of Iowa. There was no significant differences between students who had completed high school physics and those who had not on the final course examination, course grade, and attitudes toward physics. (Author/YP)