Online learning environments to stimulate in students the processes of mutual interaction between digital and analog artefacts to enhance student learning

In the recent years, numerous papers have discussed the use of concept maps in education. In this paper, we use the Dynamic Concept Maps (DCMs) in online learning environments as tools able to stimulate in students the processes of mutual interaction and hybridization between digital artefacts (DCMs...

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Main Authors: Antonio Marzano, Sergio Miranda
Format: Article
Language:English
Published: Elsevier 2021-01-01
Series:MethodsX
Subjects:
Online Access:http://www.sciencedirect.com/science/article/pii/S2215016121002338
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spelling doaj-c2cfb6af26524426b9a6211230ab28162021-07-07T04:10:43ZengElsevierMethodsX2215-01612021-01-018101440Online learning environments to stimulate in students the processes of mutual interaction between digital and analog artefacts to enhance student learningAntonio Marzano0Sergio Miranda1Corresponding author.; University of Salerno ItalyUniversity of Salerno ItalyIn the recent years, numerous papers have discussed the use of concept maps in education. In this paper, we use the Dynamic Concept Maps (DCMs) in online learning environments as tools able to stimulate in students the processes of mutual interaction and hybridization between digital artefacts (DCMs) and analog artefacts (books) so as to encourage the development of significant learning. This method, called “DynaMap Remediation Approach” (DMRA), encourages and stimulates learners to study topics in greater detail, and supports the development of their own learning. The advantages of this method are listed below: • DMRA is significantly effective in terms of reducing study time and improvement of learning outcomes. • DMRA valorises the active role of the learners during their process of knowledge construction and may have significant implications for educators who would like to use innovative and engaging online learning environments to enhance student learning. • DMRA is a simple and highly reproducible method.http://www.sciencedirect.com/science/article/pii/S2215016121002338Serial intraosseous perfusion measurements with laser Doppler flowmetry
collection DOAJ
language English
format Article
sources DOAJ
author Antonio Marzano
Sergio Miranda
spellingShingle Antonio Marzano
Sergio Miranda
Online learning environments to stimulate in students the processes of mutual interaction between digital and analog artefacts to enhance student learning
MethodsX
Serial intraosseous perfusion measurements with laser Doppler flowmetry
author_facet Antonio Marzano
Sergio Miranda
author_sort Antonio Marzano
title Online learning environments to stimulate in students the processes of mutual interaction between digital and analog artefacts to enhance student learning
title_short Online learning environments to stimulate in students the processes of mutual interaction between digital and analog artefacts to enhance student learning
title_full Online learning environments to stimulate in students the processes of mutual interaction between digital and analog artefacts to enhance student learning
title_fullStr Online learning environments to stimulate in students the processes of mutual interaction between digital and analog artefacts to enhance student learning
title_full_unstemmed Online learning environments to stimulate in students the processes of mutual interaction between digital and analog artefacts to enhance student learning
title_sort online learning environments to stimulate in students the processes of mutual interaction between digital and analog artefacts to enhance student learning
publisher Elsevier
series MethodsX
issn 2215-0161
publishDate 2021-01-01
description In the recent years, numerous papers have discussed the use of concept maps in education. In this paper, we use the Dynamic Concept Maps (DCMs) in online learning environments as tools able to stimulate in students the processes of mutual interaction and hybridization between digital artefacts (DCMs) and analog artefacts (books) so as to encourage the development of significant learning. This method, called “DynaMap Remediation Approach” (DMRA), encourages and stimulates learners to study topics in greater detail, and supports the development of their own learning. The advantages of this method are listed below: • DMRA is significantly effective in terms of reducing study time and improvement of learning outcomes. • DMRA valorises the active role of the learners during their process of knowledge construction and may have significant implications for educators who would like to use innovative and engaging online learning environments to enhance student learning. • DMRA is a simple and highly reproducible method.
topic Serial intraosseous perfusion measurements with laser Doppler flowmetry
url http://www.sciencedirect.com/science/article/pii/S2215016121002338
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AT sergiomiranda onlinelearningenvironmentstostimulateinstudentstheprocessesofmutualinteractionbetweendigitalandanalogartefactstoenhancestudentlearning
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