This elementary school adopted the information literacy instruction and integrated it into various subject matters via the framework of inquiry learning, such as Super 3 and Big6 models. A total of seven inquiry learning projects have been implemented from grade one through grade four. The results show that inquiry-based integrated information literacy instruction could help students from grade one through grade four grasp and apply the new concepts of subject contents. Regardless of academic achievements, if students would like to devote their efforts to inquiry processes, their conceptual understanding of subject contents improved effectively.
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Guided Inquiry: Learning in the 21st Century - PDF Free Download
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Guided Inquiry Articles
Wolf, S. Chu, K. Cuevas, P. Todd, R. Callison, D. The development of higher-order thinking is fostered by guidance in what he calls the zone of proximal development. Schools need to provide resources for students to explore questions, with guidance at critical points in the learning process.
Teachers and librarians who are able to recognize those critical moments when intervention and instruction are essential can tailor interventions to enable students to achieve understanding in the learning process.
Learning in the 21st Century
The studies of the ISP indicate that the exploration and formulation stages are when higher order thinking is developed by carefully planned advice and assistance of the instructional team. In Guided Inquiry this is a zone of intervention when specific instruction and assistance is given to guide students to formulate their focus as a path for collecting information to complete their task.
Unfortunately students frequently are left on their own during these critical but confusing stages of learning in research assignments. The studies of teenagers offer a clear direction for engaging younger children in inquiry learning that will lay the foundation for competence as they grow. Guided Inquiry for young children seeks to incorporate the most natural ways children learn at early stages of cognitive development. The concept of cognitive development makes it possible to plan inquiry activities that students can respond to and learn from.
The young child, prior to age 7 and up to age 11, can perform mental operations on a concrete level. After age 12 most children can use abstract thought, generalize, and form a hypothesis. The ISP requires all three. That does not mean that the child under age 12 cannot be involved in inquiry. This is an ideal time to set the stage for engaging in the full inquiry experience, incorporating all stages of the inquiry process, from forming a focus perspective to presenting. There are abilities that children can learn and can draw from when they are ready to use more abstract assimilation of multiple sources to create a cohesive understanding, as described in the ISP model.
The very youngest child can respond to a text or other information by recalling what he or she has seen or heard, summarizing by selecting certain facts or ideas, paraphrasing by retelling in his or her own words, and extending by adding something more that he or she already knows. These are basic skills that are essential in information seeking and use in the inquiry process in middle and secondary school.
Young children prepare for complex inquiry projects by extensive practice in these basic inquiry abilities. Guided Inquiry builds these basic abilities in prekindergarten to fifth grade through an inquiry approach to learning. Six fundamental concepts are drawn from this theoretical research base to form the underlying principles of Guided Inquiry see Figure 2.
These principles are based on what we know about how children learn, firmly grounded in the substantial work of Dewey, Bruner, Kelly, Vygotsky, and Piaget. Guided Inquiry adopts these concepts and adapts them for learning in 21st-century schools. As we have discussed, Dewey described learning as an active individual process that takes place through a combination of acting and reflecting on the consequences.
He explained that it is not enough for people to merely gather information; they need to be involved in interpreting for deep understanding to occur. Six Principles of Guided Inquiry. An inquiry approach to learning seeks to motivate students to take ownership of their ideas and to create something that matters to them. Inquiry stimulates learning in students from the youngest age by engaging their innate curiosity, through middle childhood by enabling their quest for independence, and on into their teen years, when they are gaining a sense of self through their developing knowledge and expertise, which prepare them for the challenges of work and daily living in adulthood.
Motivation is an essential component of a constructivist approach to deep learning. Research on the ISP reveals that engagement and reflection are important in each stage of the inquiry process. Reflection and thinking about the ideas encountered in the inquiry process enable students to construct knowledge and meaning.
Guided Inquiry: Learning in the 21st Century
However, engagement may falter, particularly in the exploration and formulation stages, when students are not expecting the conflict of ideas and information they encounter. Guided Inquiry is a program for helping students through the inquiry process, encouraging engagement and reflection in each stage of learning. Children Learn by Building on What They Already Know One of the basic tenets of constructivist theory is that past experience and prior understandings form the basis for constructing new knowledge.
Major educational theorists have provided an extensive body of literature on how children build schema or constructs that form their view of the world. They develop skills and abilities for successful living and contributing in the world. The process of construction is an active, ongoing process of learning that continues throughout life. Students are guided through inquiry by asking: What do I already know? What more do I want to know? How do I find out? What did I learn? How do I use what I learned? What will I do next time? Studies reveal that students approach research that they generate themselves with more engagement than the research imposed upon them by a school assignment Gross, At the initiation stage of the ISP, when a research assignment is first announced, it may seem like an imposed task.
An important component of Guided Inquiry and a challenge for the instructional team is to transform a school task into one that is self-generated by students, one that builds on what they already know. Too often school learning seems removed and irrelevant to the student. In Guided Inquiry we use the concept of third space. Often in schools the curriculum is the sole focus of learning. Third space is where the two come together in a meaningful way and where deep learning takes place.
When we consider all children as people who have rich lives outside the school context, we realize that there is a wide range of information they draw from to make sense of their world. Third space is an important component in Guided Inquiry, and will be discussed in more detail in Chapter 3. Children Develop Higher-Order Thinking Through Guidance at Critical Points in the Learning Process Unfortunately, most school work is limited to shallow processing in response to simple or superficial questions with prescribed answers.
Deep processing requires engagement and motivation that stimulate inquiry within a constructivist approach to learning.
Deep processing fosters higher order thinking, which requires intervention at critical points in the learning process. Vygotsky, a Soviet psychologist whose work had a profound influence on learning theory, developed the concept of identifying an area or a zone in which intervention would be most helpful to a learner. The zone of proximal development is the distance between actual developmental level as determined by independent problem solving and the level of potential development as determined through problem solving under professional guidance or in collaboration with more capable peers.
This concept provides a way of understanding intervention in the constructive process of another person. The zone of intervention in Guided Inquiry may be thought of as that area in which a student can do with advice and assistance what he or she cannot do alone or only with great difficulty. Intervention within this zone enables students to progress in the accomplishment of their Six Principles of Guided Inquiry 27 tasks. Intervention outside this zone is inefficient and unnecessary, and may be experienced by students as intrusive on the one hand and overwhelming on the other.
As the ISP model shows, students often have difficulty in the early stages of the inquiry process. Even when they begin with great enthusiasm and initial success, many soon become confused and uncertain about how to proceed. This sense of uncertainty is an indication of a need for assistance and instruction, a zone of intervention. There are certain times in the inquiry process when students cannot move ahead or can move ahead only with great difficulty; these are the times when they are most in need of assistance and most open to instruction.
At these times the instructional team has an opportunity to guide the inquiry for engaging, lasting, deep learning.
Information Search Process & Guided Inquiry
Students need intervention tailored to each stage of the inquiry process. Guided Inquiry offers guidance throughout the process that enables creative learning from a variety of sources of information. Intervention is carefully planned to develop higher order thinking from early grades through high school. Guided Inquiry enhances learning by targeting specific areas of concern and providing intensive intervention at key points where instruction, guidance, and reflection are required.