This paper explores how education for environmental literacy can be integrated into America's public school system. It investigates the benefits of environmental education and how green school buildings, sustainable cafeterias, school gardens and environmental education curriculum can be used to teach for environmental literacy at all grade levels. Includes sample lesson plan.

Source: Masters Abstracts International, Volume: 48-02, page: . Advisers: Shreela Sharma; R. Sue Day. Includes bibliographical references.

This research was designed to understand current school gardening efforts in Pinellas County, Florida. School gardens have become an important aspect of experiential learning and nutrition education in schools throughout the United States. Many not-for-profit organizations have attempted to increase the prevalence and efficacy of school garden programs as a means of providing educational opportunities and working to curb diet-related health issues in children. Most of these organizations are seen as apolitical in nature, because they access mainly private sector funding sources and volunteer support. This provides flexibility for these social projects, but also takes pressure off of the state to support school food and nutrition education efforts and reinforces neoliberal ideas about food systems. Paradoxically, strict public school standards and measures of success as a result of neoliberal education reform often prevent teachers and school administrators from utilizing these school gardens fully, and from using them as a sufficient means to fully discuss nutrition, healthy eating, and local food (instead focusing on other topics that fit more closely with state-regulated education standards). This research analyzed one such organization in Florida that installs gardens in “failing” Title I schools. Ethnographic research was conducted with these two organizations in an attempt to uncover some of the infrastructural challenges faced and uses a comparative approach to offer critical insights, suggestions for improvements, and best practices for navigating these challenges as determined by teachers, school administrators, and organization staff and volunteers.

No description available.

The purpose of the project was to develop a curriculum guide that would allow teachers to effectively and efficiently utilize a school garden to teach the required standards while promoting peace among the students. To develop this a thorough review of literature in the following areas was used: school gardening, peace curriculum, and curriculum design.

School garden programs have become increasingly popular for their diverse, positive benefits. School gardens are often promoted as a relatively low cost means to offer hands-on learning opportunities that may foster academic achievement, particularly in the sciences, however only six studies have been published on the impact of garden education programs on science achievement. Five out of six of these studies focused on elementary age students. One study has identified motivational engagement as the mechanism responsible for fostering academic success. School gardens are more common in elementary schools. However, they may be most beneficial in a secondary school setting, when students tend to lose interest in academics and often perform poorly on national assessments of science. Thus, in this study we evaluated adolescent students at three schools with well-established garden education programs. We used pre-test and post-test measures to see how students' levels of various predictors of engagement (e.g. autonomy, competence, relatedness, and intrinsic motivation), actual engagement (in the realms of academics, science, and the garden), garden learning, and academic achievement measures (e.g. overall grade point average and science grade point average) would change over the course of this study. We also assessed how the different realms of engagement correlated with predictors of engagement, with garden learning, and with academic achievement measures. In addition, we examined correlations among the different realms of engagement. At one of the schools, a non-gardening group participated in the study as a control group. Thus, we also compared the gain scores in predictors of engagement, engagement, and academic achievement between the control and garden group from that school. At all three schools, academic or garden engagement significantly increased for the garden groups. Garden engagement was significantly correlated with academic engagement, science engagement, or both, at each of the three schools for post-test measures. Predictors of garden-based engagement were significantly correlated with academic and/or science engagement at each school, at least for post-test measures. These results show that gardening may have the potential to be a contributor to positive motivational changes that in turn can be related across academic domains. The non-gardening group showed significant gains in predictors of- and engagement itself, while the gardening group either marginally declined or maintained its level. However, the non-gardening group had significantly lower pre-test scores in comparison to the gardening group, which in part accounts for their comparative significant gain. The garden group showed significant increases in predictors of garden engagement and garden engagement itself. These results show that the garden group, comprised of at-risk students, are experiencing positive motivational benefits, which can possibly prevent further decline in their general performance. The lack of improvement in academic achievement suggests that the full academic benefit of garden education programs has yet to be consistently reached. We recommend that researchers use a more refined evaluation test and survey, specific to the garden program at hand and include qualitative measures. / Graduation date: 2013

2 pp. / Once you have the basics of gardening down, it'?s fun to be creative! Many parts of your classroom curriculum can be incorporated in gardening. You can plant Butterfly Gardens, Bat Gardens, Pizza Gardens, Salsa Gardens, Dinosaur Gardens or build Sunflower Houses with your younger students. A simple idea like an ABC garden with a plant to match each letter can make learning the alphabet a bit more interesting when you break up the day by visiting your garden. It'?s an ideal situation for an older class to organize for the younger children in the school.

School gardens can have a profound, positive influence on a student's academic achievement, social skills, and attitudinal orientation. Despite these clear benefits, the use of school gardens as an instructional medium is not as prevalent as would be expected. There are several types of obstacles that can prevent teachers from using school gardens, including facets of time, support, and knowledge-based challenges. This multiple case study employs a mixed methods design to uncover factors that influence primary school teachers' decisions to utilize a school garden in their STEM curriculum. The goals of this study were to determine the types of benefits and barriers primary school teachers encountered in the study school district. All of the teacher participants worked within the same school district, had access to established school gardens on their campus, and were supported in their instruction and use of materials by the district's Science and Technology Center (STC). Quantitative data was collected from garden resource and teacher self-efficacy surveys; qualitative data about teacher rationales was extracted from in-depth teacher interviews. Overall analyses determined that aspects of instruction and logistics were the most important factors for a teacher to have in her decision to utilize her school garden. These data are presented and discussed in the context of identifying trends in teachers' use of school gardens as instructional tools so that actions might be taken to remove barriers and increase curriculum opportunities.

The ability to make and record scientific observations is critical in order for students to engage in successful inquiry, and provides a sturdy foundation for children to develop higher order cognitive processes. Nevertheless, observation is taken for granted in the elementary classroom. This study explores how linking school garden experience with the use of science journals can support this skill. Students participated in a month-long unit in which they practiced their observation skills in the garden and recorded those observations in a science journal. Students' observational skills were assessed using pre- and post-assessments, student journals, and student interviews using three criteria: Accuracy, Detail, and Quantitative Data. Statistically significant improvements were found in the categories of Detail and Quantitative Data. Scores did improve in the category of Accuracy, but it was not found to be a statistically significant improvement.

Agriculture is a one billion dollar industry in the state of California, yet science and agriculture are overlooked in elementary and middle schools. Instead, an emphasis is placed on writing, reading, and math, subjects that are tested at the state level. As a result, fourth and eighth graders in California placed 38th out of 41 in a National Science Assessment Test. In the spring of 2003, science will be included in the statewide test; therefore, elementary and middle school will have to address the subject of science and its impact on the school day. In 2002 the California State Board of Education approved a new California Science Framework, which suggests implementing an integrated approach to teaching science in the classroom.