Using Virtual Field Trips to Connect Students with University Scientists: Core Elements and Evaluation of zipTrips?

Physical field trips to scientists?? work places have been shown to enhance student perceptions of science, scientists and science careers. Although virtual field trips (VFTs) have emerged as viable alternatives (or supplements) to traditional physical fieldtrips, little is known about the potential of virtual field trips to provide the same or similar science career exploration advantages as physical field trips. The overarching goal of this paper is to describe a VFT, zipTrips?, designed to provide middle school students, especially those in resource limited rural areas, with access to university scientists. Using zipTrips as a case example, the paper identifies and describes some of the core characteristics and elements of high quality authentic VFTs that foster student-scientist interactions. In addition, the paper uses program evaluation data to examine the impact of zipTrips on student perceptions of scientists.     

Immersive virtual field trips in education: A mixed-methods study on elementary students' presence and perceived learning

The purpose of this study was to investigate the influence of immersive virtual field trips (VFTs) with head-mounted displays (HMDs) on the presence and perceived learning. A mixed-method approach was used to obtain an overall understanding of students' experiences with this immersive technology in an elementary classroom. Both quantitative and qualitative data were collected from 27 elementary-school students through presence surveys and reflection papers. Statistical analyses were performed to compare immersive VFTs with traditional VFTs regarding students' virtual presence. Further, an inductive content analysis was performed to analyze reflection papers. The results showed an overall enhancement in virtual presence with the use of immersive VFTs. However, students felt that learning was not favorable with HMDs. The result of this study provides practical implications for the use of immersive VFTs in classroom settings.     

Immersive virtual field trips and elementary students’ perceptions

In response to the increased attention and interest related to the application of virtual reality with head-mounted displays in education, this study examined the elementary students’ perceptions of using immersive virtual field trips (VFTs) in the classroom. Reflection papers from 25 students were analyzed and triangulated with field notes from class observations and teacher interviews. The content analysis revealed that VFTs were perceived to be efficient with regard to time and cost, to expand learning opportunities, but lacked physical interaction. Elementary students also suggested immersive VFTs are engaging, real, and provide an increased perception of virtual presence. However, they also expressed concerns about health and safety, psychological side effects, technical malfunctions, and low social interaction.     

Teachers’ sources of knowledge for field trip practices

Teachers draw from many personal and professional experiences when organising and leading field trips. In order to identify the influences on teachers?? field trip practices, I used surveys, interviews, artifacts and observations gathered from teachers who led trips to an aquarium. Findings clarified the types of influence and the impact that these influences had on practice. For example, teachers adapted knowledge acquired for use in their field trips from four types of training (1) informal mentoring, (2) past experience on various trips, (3) various outdoor education training and (4) traditional classroom education training. A focus was the nature of each of these training types and how teachers acquire and adapt their knowledge. Previous research has shown that, while a variety of cognitive and affective outcomes often results from field trips, there is also a pattern of underutilised resources and missed learning opportunities during trips. This study offers insight regarding strengths and weaknesses of teachers?? preparation for leading field trips by documenting how and what skills are learned and applied. Therefore the findings presented here are suggestive of ways in which efforts to formally support and enhance teachers?? trip-leading skills by means of professional development might build on teachers?? existing sources of knowledge.     

Short-Term Effects of Field Programme on Students’ Knowledge and Attitude Toward Biology: a Slovak Experience

Field trips are ideal for increasing students’ experience and perceptions of various organisms and their relationship between the original habitat. However, in general field trips are greatly neglected by teachers and their short-term effects are thought to be questionable. Therefore, we conducted a one-day field trip for both improving students’ knowledge in ecology and for examining short-term effects. Based on the results of the research conducted 3 days after the trip, we found a significant and positive increase in students’ attitudes toward biology, natural environment outside and future career in biology. Moreover, students displayed a better understanding of ecology concepts like ecosystems and food webs. However, no similar pattern was observed for the control group experienced only traditional biology settings. Thus, this study is unique showing significant short-term effects of a field trip on students’ attitude and knowledge toward biology.     

Independent Study in History

Increasingly, instructional pedagogies in learning contexts from classrooms to boardrooms are couched within experiential learning paradigms. The field trip is a teaching pedagogy that draws on experiential learning. The author aims to demonstrate how a field trip to Sea Islands, South Carolina, presents an opportunity for undergraduate anthropology students to experience a learning continuum from course readings and films to a firsthand experience. The effectiveness of the field trip as an instructional pedagogy is assessed. Best practices for incorporating field trips into instruction are presented.     

Self-guided field trips for students of environments

In many learning institutions around the world, there is a trend towards larger classes, more flexible learning pathways and reduced teaching resources. Experiential learning is often used in the form of site visits or field trips for students studying engineering, natural resource management, geography and similar disciplines. Providing opportunities for students to undertake field trips without the traditional support mechanism is one of the more challenging issues for subject designers. How can large cohorts of students gain practical exposure to various aspects of the natural or built environment? Although this is typically done using traditional site visits and fieldwork with a high staff/student ratio, the goal has been to use action research to design and develop resources to enable small groups (three or four) to make self-guided visits to sites close to campus. Multimedia resources to examine and interpret aspects of the site that relate to their on-campus learning guide the students. One critical issue in the success of these activities has been proper risk assessment and control procedures. The outcome of this research is a framework to provide a safe, active learning experience by way of self-guided field trips that is suitable for implementation with large classes.     

Examining Urban,American, Middle-School Students’ Divergent Views of Nature Before and After a Field Trip to a University Field Station and Nature Preserve

The Urban Review - Nature field trips offer opportunities for urban students’ exploration, discovery, and learning which they may not experience otherwise. Seventh grade students at an...     

The “real value” of field trips in the early weeks of higher education: the student perspective

The benefits attributed to field trips by science educators are: social development; observation and perception skills; giving meaning to learning; providing first-hand experience and stimulating interest and motivation. Arguably, the “real value” of field work is attributed by students. In this study, 100 first-year students took part in an analysis of the value of a residential field trip. The field trip was a purposeful combination of personal development and academic activities. Pairwise comparison showed that the attributed value score for “Personal and Social Development” was significantly higher than scores for “Provide First-hand Experience” and “Observation and Perception Skills”. The attributed value for “Stimulate Interest and Motivation in the Subject” also scored more highly than “Provide First-hand Experience”, and “Observation and Perception Skills”; “Give meaning to Learning” was significantly higher than that for “Observation and Perception Skills”. In addition, the “educator” was also able to significantly improve students’ scores for “Stimulate Interest and Motivation”. This insight into students’ perceptions of field work recasts our thinking as educators; social capital is a key factor in student persistence and subsequence academic success. Field trips should be considered a valuable addition to retention strategies in a way that is tangible for students themselves.     

Using a Field Trip Inventory to Determine If Listening to Elementary School Students' Conversations,While on a Zoo Field Trip,Enhances Preservice Teachers' Abilities to Plan Zoo Field Trips

This study investigated whether listening to spontaneous conversations of elementary students and their teachers/chaperones, while they were visiting a zoo, affected preservice elementary teachers' conceptions about planning a field trip to the zoo. One hundred five preservice elementary teachers designed field trips prior to and after listening to students' conversations during a field trip to the zoo. In order to analyze the preservice teachers' field trip designs, we conducted a review of the literature on field trips to develop the field trip inventory (FTI). The FTI focussed on three major components of field trips: cognitive, procedural, and social. Cognitive components were subdivided into pre-visit, during-visit, and post-visit activities and problem-solving. Procedural components included information about the informal science education facility (the zoo) and the zoo staff and included advanced organizers. Social components on student groups, fun, control during the zoo visit, and control of student learning. The results of the investigation showed that (a) the dominant topic in conversations among elementary school groups at the zoo was management, (b) procedural components were mentioned least often, (c) preservice teachers described during-visit activities more often than any other characteristic central to field trip design, (d) seven of the nine characteristics listed in the FTI were noted more frequently in the preservice teachers' field trip designs after they listened to students' conversations at the zoo, and (e) preservice teachers thought that students were not learning and that planning was important.     

The Guide with the Tourist Gaze: Jewish Heritage Travel to Poland

Over the past three decades, travel to Poland for youth and young adults has become increasingly popular, to the extent that it is even seen as a “rite of passage”¹ for members of many Jewish communities. For these groups, the accompanying guides or educators are central to their educational experience. Based on a series of interviews with educational guides, this article sets out to understand the trips from the perspective of the guides. A deeper appreciation of the guiding experience—the guides’ goals and reflections—will enable a more holistic understanding of these trips.     

走进天然实验室 探索地学奥秘——创新型地学人才的培养实践与体会

本文主要从一系列研究性教学实习和锻炼中,开展地球科学理论与实践相结合的教学探索。并结合大地学教学特点,组织学生进行了一系列跨学科的科学考察活动,激发了他们对地球科学的兴趣,提高了学生的理论知识背景和实践操作水平,更重要的是初步掌握了科学研究的方法,提升了他们对学科问题的创新能力。对我们今后的教学工作有极大的促进作用。     

网络田野考察——网络传播学研究的新方法

目前的网络传播研究存在方法单一的问题.我们需要引进网络田野考察的方法进行网络传播学的研究.田野考察是一种人类学的研究方法,但人类学学者已经将此发展成为一个新的分支--"网络人类学",这和网络传播学的研究领域发生了交叉.因此,网络传播学今后可以利用网络田野考察的方法关注网络舆论等现实问题.     

Deepening Students' Scientific Inquiry Skills During a Science Museum Field Trip

Field trips to science museums can provide students with educational experiences, particularly when museum programs emphasize scientific inquiry skill building over content knowledge acquisition. We describe the creation and study of 2 programs designed to significantly enhance students' inquiry skills at any interactive science museum exhibit without the need for advanced preparation by teachers or chaperones. The programs, called Inquiry Games, utilized educational principles from the learning sciences and from visitor studies of museum field trips. A randomized experimental design compared 2 versions of the games to 2 control conditions. Results indicate that the groups that learned the Inquiry Games significantly outperformed the control groups in the duration and quality of several inquiry skills when using a novel exhibit, with effect sizes ranging from 0.3σ to 0.8σ. The highest gains came from an Inquiry Game that was structured and collaborative rather than spontaneous and individualized. Students and chaperones in all conditions reported enjoying the experience. These results mirror those found in a previous study in which family groups learned the Inquiry Games.     

Mediating cultural borders during science field trips

In this paper, I analyze teacher and student roles in the teaching and learning of science at an informal learning center, The Outdoor Classroom. As a white middle class informal learning science teacher, I examine my struggles to teach science to students across boundaries of race, class, gender, and experience with the outdoors during field trips. Through the field trip I did not have the time or face-to-face experience to make sense of the students’ culture, see their culture in terms of capital, and align my enactment to benefit their learning. Likewise, the students did not have the time or face-to-face experience with me in order to adapt their cultural capital and build the essential stocks of symbolic and social capital. This research demonstrates how the classroom teacher draws upon previous transactions and emotions to successfully engage her students in practices that promote the participation and learning of science. Through creating culturally adaptive ways of transacting, teachers can provide opportunities for their students to generate positive emotional energy and group solidarity in the learning of science at an informal science center.     

Demystifying a Black Box: A Grounded Theory of How Travel Experiences Impact the Jewish Identity Development of Jewish Emerging Adults

The positive impact on the Jewish Identity Development of Jewish Emerging Adults of both the 10 day trips to Israel popularly known as Birthright trips and the service learning trips commonly known as Alternative Spring Breaks has been well-documented. However, the mechanics of how this positive impact occurs has not been well-understood. This grounded theory study interviewed participants from both trips and found that there is an observable and ongoing cognitive processing of their trip experience by the participants that organically influences identity development. This process can be modeled and utilized to develop more effective staff training and program content for Jewish experiential education travel programs.     

Student Self-Reported Learning Outcomes of Field Trips: The pedagogical impact

In this study, we used the classification and regression trees (CART) method to draw relationships between student self-reported learning outcomes in 26 field trips to natural environments and various characteristics of the field trip that include variables associated with preparation and pedagogy. We wished to examine the extent to which the preparation for the field trip, its connection to the school curriculum, and the pedagogies used, affect students’ self-reported outcomes in three domains: cognitive, affective, and behavioral; and the extent the students' socioeconomic group and the guide's affiliation affect students' reported learning outcomes. Given that most of the field trips were guide-centered, the most important variable that affected the three domains of outcomes was the guide's storytelling. Other variables that showed relationships with self-reported outcomes were physical activity and making connections to everyday life—all of which we defined as pedagogical variables. We found no significant differences in student self-reported outcomes with respect to their socioeconomic group and the guide's organizational affiliation.     

Using Mobile Devices to Connect Teachers and Museum Educators

The use of mobile devices is increasing rapidly as a potential tool for science teaching. In this study, five educators (three middle school teachers and two museum educators) used a mobile application that supported the development of a driving question. Previous studies have noted that teachers make little effort to connect learning experiences between classrooms and museums, and few studies have focused on creating connections between teachers and museum educators. In this study, teachers and museum educators created an investigation together by designing a driving question in conjunction with the research group before field trips. During field trips, students collected their own data using iPods or iPads to take pictures or record videos of the exhibits. When students returned to the school, they used the museum data with their peers as they tried to answer the driving question. After completing the field trips, five educators were interviewed to investigate their experiences with designing driving questions and using mobile devices. Besides supporting students in data collection during the field trip, using mobile devices helped teachers to get the museum back to the classroom. Designing the driving question supported museum educators and teachers to plan the field trip collaboratively.     

Education in the Field Influences Children’s Ideas and Interest toward Science

This paper explores the idea of informal science education in scientific field laboratory (The Science Field Centre). The experimental group of pupils (N = 153) was experienced with approximately 5-day lasting field trips and experiments in the Field Centre in Slovakia. After finishing the course, two different research methods were used to discover their interest and ideas toward science. Pupils from the experimental group showed significant differences from those that did not experience education in the Field Centre (control group, N = 365). In comparison to the control group, pupils of the experimental group highly preferred book titles that were related to their program in the Field Centre. There were differences between the drawings of ideal school environment from both pupils groups. In the drawings of the experimental group, we found significantly more items connected with the educational environment of the Field Centre (e.g. laboratory equipment, live animals). We suppose field science education would be one of the most effective ways to increase interest of pupils to study science and to invaluable intrinsic motivation at the expense extrinsic motivation.     

Examining Teacher Choices for Science Museum Worksheets

Preservice and inservice teachers were asked to examine 2 considerably different museum-based worksheets and to choose which, if any, they might use if they were conducting a science field trip for upper elementary or middle school students. The more detailed, survey-oriented worksheet was chosen more frequently than the open-ended, concept-oriented worksheet. Although different rationales were given for these preferences, findings suggest that teaching experience was not strongly related to worksheet choice. Furthermore, while particular worksheet characteristics were valued by some teachers, others perceived these same characteristics as a drawback. The study suggests that teacher perspectives toward museum visits are quite complex and that these viewpoints must be taken into account when looking to improve learning experiences during school field trips.