The United States has shifted from a once agrarian, to a predominantly urban society (Riedel, 2006). Currently, less than 2% of the U.S. population live on farms. Coupled with urbanization, this has contributed to the decline of an agriculturally literate population (EPA, 2013; Kovar & Ball, 2013). One strategy to alter the public’s perception of agriculture and increase agricultural literacy is implementing an educational environment that promotes agricultural activities via experience (Blair, 2009). Experiential learning has been championed by prominent educational theorists John Dewey and David Kolb. Experiential learning is conceptualized as a process where relevant experiences are the foundation of learning and which allow for deeper connections between the learner and the subject. This study was a mixed methods design conducted at three private schools in Northeast Mississippi during the Spring of 2015. Tenth grade biology students were taught six (6) lessons contextualized in agriculture, with one group serving as a control group (no teaching), one group receiving direct instruction, and one group being provided with relevant experiences to agricultural topics. Results showed that distribution of post-test knowledge scores changed drastically by intervention groups. There were significant differences in post-test scores based on students’ involvement with experiential learning (p < .001). Further analysis of the data displayed that 67% of the variance in scores can be attributed to method of instruction received. In addition, focus groups were conducted to assess student knowledge gain and perceptions of agricultural production. Focus group responses were analyzed and grouped into the following themes: 1. The interesting and dynamic nature of agriculture and the lessons 2. Stereotypical preconceived notions of agriculture 3. Desire to learn more about agricultural topics 4. The role of experiential learning (and lack thereof) 5. Increase in knowledge, awareness, and appreciation of agriculture Results revealed that the participants who experienced the hands-on approach to the lessons had a more lasting and richer learning experience than those who did not participate in a hands-on approach. The results also indicated not only an increase in knowledge among students, but a willingness for future agricultural education opportunities and a deeper appreciation for agriculture.

Thesis (MPhil) Stellenbosch University, 2014 / ENGLISH ABSTRACT: In an increasingly complex world where food security remains a challenge in many areas and especially Africa; it is essential to educate children about food – from production to consumption; and to ensure they eat enough as this is a crucial factor for concentration and learning abilities. How can we teach children about food in a sustainable way? This study focuses on schools in Tigray, Northern Ethiopia, which have a school feeding programme, school garden and nutrition curriculum. The question studied is: To what extent do two primary schools in central- and east Tigray (North Ethiopia) integrate the feeding scheme, school garden and nutrition curriculum? The methodology chosen is a case study and the empirical data was collected through interviews, surveys and observations. Principals of 14 schools were interviewed about the school gardens, curricula and school gardens. Two schools were then selected for a further in-depth research. The school gardens, mostly initiated by the staff, serve the purpose of creating income for the school and teaching students the skills of gardening. The curriculum is standard for Tigray and focuses on different food types and creating a balanced diet. The school food in most schools is provided by the World Food Programme (WFP), but some exceptions exist. This research shows that integration between the three objectives will be beneficial. Obstacles include getting the staff ‘on board’ as a priority and controlling the unification of the three, for example schools feel that they have less ownership over the feeding scheme because it is organised by an external NGO. This study suggests stakeholders view school gardens, nutrition education and school feeding schemes under one umbrella for the ultimate benefit of creating a sustainable model to teach about food. The case study provides an insight to the specific challenges in Tigray, Ethiopia but important conclusions can also be generalised. / AFRIKAANSE OPSOMMING: In ’n toenemend komplekse wêreld waar voedsel sekuriteit in baie gebiede, veral in Afrika ’n uitdaging bly, is dit baie belangrik om kinders oor voedsel op te voed - vanaf produksie tot by die verbruik daarvan, en ook om seker te maak dat hulle genoeg eet, wat baie belangrik is vir konsentrasie en die vermoë om te leer. Hoe kan ons kinders op ’n volhoubare manier leer oor voeding? Hierdie studie fokus op twee skole in Tigray, in Ethiopië wat skoolvoedingskemas, skooltuine en voedingkurrikula het. Die vraag wat gevra is, is: Tot watter mate integreer hierdie twee skole in Tigray die voedingskemas, die skooltuine en die voedingkurrikula? Die gekose metodologie is ’n gevallestudie. Empiriese data is ook deur middel van onderhoude, oorsigte en observasies versamel. Onderhoude oor skooltuine, voedingskemas en die kurrikula is gevoer met die skoolhoofde van 14 skole. Twee skole is toe gekies vir in-diepte navorsing. Die skooltuine bring geld in vir die skool en word ook gebruik om vir die leerling tuinmaakvaardighede aan te leer. Die kurrikulum is standaard vir die hele Tigray en word deur die Wêreld Voedsel Program verskaf. Daar is egter ’n paar uitsonderings. In hierdie navorsing is daar bewys dat die integrasie van die skooltuin, die voedingskema en die kurrikula, goeie gevolge kan hê. Dit is egter belangrik dat die skool personeel moet saamwerk en dat die vereniging van die drie beheer moet word. Skole voel bv. Tans dat hulle nie eienaarskap oor die voedingskema het nie, want dit word deur eksterne NROs beheer. Hierdie navorser stel voor dat die skooltuine, skoolvoedingskema en die voedingkurrikulum onder een sambreel beskou moet word met die doel om ’n volhoudbare model vir die onderrig van voeding te skep. Die gevallestudie verskaf insig in die spesifieke uitdagings in Tigray, Ethiopië, maar belangrike slotsomme kan ook veralgemeen word.

This study was conducted at Lungelolethu Lower/Higher Primary School in Keiskammahoek at a time when I was struggling to understand and implement the new South African curriculum policy, particularly in the Foundation Phase Life Skills Learning Programme. The research focused on my developing an understanding of key Learning Outcomes and linking them with the National Curriculum Statement principle of social justice, human rights, a healthy environment and inclusivity. During this time I was the key 4-H Programme educator in my school, responsible for school food garden activities. I used the school food garden for this study to explore the opportunities the garden might provide to develop the new curriculum using active learning approaches to teaching and learning; as well as to respond to environmental issues such as poverty. This research was an interpretive case study which supported my reflections within a practical action research framework. This framework suited my intention to change my classroom practice. I undertook three action research cycles with the first cycle aimed at gaining insights from the 4-H Programme teachers which informed 2 lesson plans for cycles 2 and 3 respectively. I generated data through focus group interviews, observations, document analysis, video and tape recording, and my research journal entries. The data indicated the value of school food gardens in meeting curriculum requirements, particularly in relation to learner centred ideologies and the first principle of the national curriculum. As both researcher and mediator of learning, I developed skills and knowledge that helped me to understand working in the Foundation Phase. The study also revealed a need for meaningful integration within and across Learning Areas when planning lessons in the Life Skills Learning Programme. The study indicated that there is a need to develop assessment practices beyond a technical exercise to a more interpretive approach. Lastly this study offers some recommendations for further research into the use of school food gardens through taking the context of learners into account and by encouraging school community relationships that will also contribute in poverty alleviation.

With a view to understanding how curriculum is interpreted at classroom practice level, the study examined three stories of how the environmental discourse of the National Curriculum Statements (R-9) was recontextualised using school gardens in the Life Orientation Learning Area for the Senior Phase. To understand how the curriculum is recontextualised, I used Bernstein's theory of recontexutalisation where he explained how official pedagogic discourse (OPD) (in this case the environmental discourse is first delocated once it is transferred from the field of production (FOP) and relocated in the recontextualising field (where teacher educators and departmental officials mediate the discourse) and in the field of reproduction (FOR) which is the classroom and school. Bernstein explained that as the discourse is delocated and relocated it undergoes transformation. This transformation is influenced by practitioners' prior-knowledge, experience, culture and beliefs and other factors. To understand how transformation of the environmental discourse takes place, Bernstein's conceptual constructs of selective appropriation and ideological transformation were applied to an interpretation of three lesson processes, to explain how the discourse was changed. Each lesson was reviewed in terms of the selective appropriations and ideological transformations which took place. All three of the lessons observed took place in one school, and as such the study is designed as an interpretive case study where I have tried to make meaning from a rich, thick description of a specific case context. The school is located in Bizana, one of the villages in the O.R. Tambo District Municipality in the Eastern Cape Province,, and is currently in the process of implementing South Africa’s new National Curriculum Statement (NCS) like all other schools in South Africa. In conducting the research I observed lessons, interviewed the learners and teachers, and a community member and the manager of the SANBI greening project, and I also analysed documents which included the NCS for Life Orientation, and teachers planning documents and learners work produced in the lessons. I started the study by conducting a document analysis of the NCS, through which I identified dimensions of the Official Pedagogic Discourse. This was used as a framework to review the lessons to understand how the OPD was being recontextualised. The study concludes by discussing the key findings of the study in the form of a set of analytical statements. Some of the findings indicate that teachers have not been given adequate training for understanding and implementing the NCS which affects the recontextualisation process. The study shows that there is a dire need for professional development if the OPD is to be interpreted adequately by teachers so that its implementation at the meso and micro- levels becomes clear and effective.

The research focuses on how teachers can use school gardens sponsored by South African National Biodiversity Institute as resource materials for teaching and learning. The study also focused on how teachers can integrate local knowledge into the school curriculum. The setting of the research is Zizamele Senior Primary School situated in Zizamele community in Butterworth in the Eastern Cape. The study is designed in portfolio format. It consists of three separate studies: a contextual profile; a stakeholder analysis; and a small-scale action research project, which build on each other. By developing a contextual profile of the research site, and the school community and school gardens project, I was able to collect information that informed the stakeholder analysis and the action research study. Data for the contextual profile was gathered by using a variety of data gathering techniques like questionnaires and interviews. The findings were that: the study area is characterized by socio-economic issues like poverty, unemployment, drug abuse and crime. This requires that the people of the area take responsibility in addressing some of the problems by being involved and knowing where to report issues. The second study, which is the stakeholder analysis, was done to mobilize stakeholders’ contributions to the gardens project in Zizamele School, sponsored by the South African National Biodiversity Institute. Data was collected at meetings and workshops in the schools through interviews. Findings indicated that different stakeholders had various contributions to make and that they were prepared to work with the school and with each other to develop the school garden and the learning potential of the school garden. This paved the way for the small scale action research case study that would follow. The last study, the small scale action research, was undertaken in the same school, Zizamele School, and focused on investigating ways of integrating local knowledge into the curriculum and how teachers use the gardens as resource for teaching and learning, with reference to Life Orientation Learning Area. Data was collected by interviews, questionnaires and worksheets. The study involved two teachers who worked with me on the action research and Grade 5 and 6 learners, as well as some of the community stakeholders. The main finding of the action researched showed the potential for involving community members in the process of integrating local knowledge as a way of implementing aspects of the Life Orientation curriculum requirements. The three studies link with each other, and show that to start with an action research project, one needs to understand the context, and the roles of different stakeholders, and how they might contribute to the programmes in the school. Findings showed that teachers could use gardens as resource materials for teaching and learning, and that they could bring in local knowledge to the school curriculum.

This study was conducted as a case study at the rural Ethridge Junior Secondary School which is located in the Eastern Cape Province of South Africa. The aim of the study was to investigate how school gardens could be used to teach environmental activities in the Technology Learning Area at senior phase. The study examined how environmental activities in the school garden can be used to develop technological concepts and knowledge and for developing technological problem-solving abilities. Furthermore, it examined the relationship between technology, society and environment, and how structural and socio-cultural factors influence the use of environmental activities in the school garden. The overall approach was a case study. The data was generated using qualitative methods such as interviews, observation, workshops and document analysis of learners’ work. Of all the research tools used, the interviews and observations were the most fascinating and informative methods. The study focused on various activities undertaken by Grade 8 learners in their Technology Learning Area. These activities were compost making, planting and irrigating. The study showed how learners from poor rural homes can use available resources and suitable technology processes to plant vegetables. In terms of resources, virtually all resources used in the study were free, sourced locally and/or borrowed. This indicated that even in poor, rural areas materials are available to make structures and complete activities. In terms of available suitable technology, learners in the study explored the use of old car tyres for planting containers that can be easily transported. They also, using easily available resources such as tin cans, explored how to design and construct an effective, low-water consumption, low cost irrigation devise. The study explored the achievement of Learning Outcomes (LO) using the school garden. This study uses the school garden as a teaching aid to achieve the three main LO’s in the Technology Learning Area (LA). This study has also indicated that LO’s are sometimes intertwined, that is to say that more than one can be achieved at the same time. The three activities (compost making, planting and irrigation) were used to attain the required LO’s. The study indicates that LO 1 (related to applying technological processes and skills ethically and responsibly) can easily be achieved by designing a compost box and a compost heap, making them and evaluating the process. LO 2 (related to understanding and applying relevant technological knowledge) could easily be achieved in the irrigation activity, and LO 3 (related to demonstrating interrelations between science, technology, society and environment) could easily be attained in both compost making and planting. The study also showed that curriculum activities, such as those used in this study, are influenced by socio-cultural and structural factors that influence the curriculum contextualizing process. The main findings of the study are captured in five analytical statements. These form the basis for a set of recommendations to inform the use of school gardens as a resource for technology teaching in Ethridge Junior Secondary School, and possibly for other rural schools.

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This thesis explores schoolyard-based education as a viable and necessary method for rectifying the shortcomings within the American public school system and the Nature-deficit Disorder epidemic. We argue that schoolyard-based education should be fully integrated into the school system, not in the sole form of popularized school gardens, but as a standard teaching method. We show this using extensive research and a case study of three elementary schools in Claremont, California.

This senior environmental studies thesis explains and analyzes edible education through a food and gardening program at a continuation high school in Claremont, California. The first chapter situates the program-specific analysis by providing background information of the edible education movement, a history of the Edible Schoolyard in Berkeley, California, and an explanation of why food is a powerful teaching tool. The second chapter delineates the program by describing all of its components and compiling essential resources and teaching documents. The third chapter is based on interviews with 9 of 12 involved students and 7 teachers, and thoroughly explains the outcomes of the program for students, the high school at large, and the overall Claremont community. Overall, this work demonstrates the successes of edible education, the power of school gardening programs, and provides a useful resource for the continuation of the program.

With the dawning of a new era in South African politics in 1994 it became evident that education was going to be re-organised along with other government structures in South Africa. I begin the study by reviewing this curriculum change in South Africa that has taken place since 1995. This involved the development Curriculum 2005 (C2005) and the subsequent revision of C2005, which is now the National Curriculum Statement (NCS). This curriculum introduced an environmental focus into all the Learning Areas, which gave teachers a mandate not only to teach about environmental concepts and issues (such as biodiversity) at schools but to also address them in the communities outside the schools. This study considers biodiversity issues as biodiversity is a new focus in South African policy more broadly, and particularly in the Natural Science Learning Area. Our school has received vegetable and indigenous plant gardens from the South African National Biodiversity Institute, which provides a rich new resource for teaching about biodiversity, particularly in the Natural Sciences. My interest in the study was to investigate how schools (teachers) can use school gardens in the recontextualisation of the National Curriculum Statements focusing on the Natural Science Learning Area in Grade 7 at my school. I used Bernstein’s (1990) concepts of delocation, relocation, ideological transformation and selective appropriation and Cornbleth’s (1990) theory of curriculum contextualization to understand and interpret the recontextualisation process in the four lessons studied. In this research I was involved in the planning of the lessons with the Grade 7 Natural Science teacher. I taught one lesson as a demonstration and then observed while the teacher taught the other three lessons. I conducted this study as an action research case study. I used focus group interviews, classroom observations, document analysis and interviews as methods of data collection. The study found that the use of school gardens for teaching biodiversity can help with the recontextualisation of NCS in schools, and for the teaching of biodiversity, but that there is a need to understand and address various recontextualisation issues if this is to be done effectively. The study revealed that use of the school gardens for learning about biodiversity in the NS Learning Area is influenced by teachers’ knowledge, experience, teaching styles and available resources, as well as management issues and the complexity of the NCS discourse itself. The study also revealed that socio-cultural and structural factors (e.g. language and class size) also affect how biodiversity is taught in schools, and thus how the recontextualisation of the NCS takes place. The study concludes by making recommendations for taking this work forward in the context of our school as it addresses the gap that exists between policy and practice.