Teaching Geographic Information Science and Technology in Higher Education
Description
Reviews / Votes
"Teaching Geographic Information Science and Technology inHigher Education is a timely and invaluable resource written for awide audience by leading teacher-scholars in the field ofGeographic Information Science and Technology(GIS&T)." (Photogrammetric Engineering andRemote Sensing, 1 June 2013) "I highly recommend the essential and definitive bookTeachingGeographic Information Science and Technology in HigherEducation edited by David J. Unwin, Kenneth E. Foote,Nicholas J. Tate, and David DiBiase, to any academics and studentsin GIS&T and related disciplines, industry trainers in the useof GIS&T, faculty in other fields, public policy makersinterested in learning more about the subject matter, and membersof general public seeking a complete guide to teaching and learningleading edge principles and technologies in GIS&T. This book isunique and a source of discussion for the future of education ingeneral, and GIS&T pedagogy in particular." (Blog Business World, 6 January 2012)More details
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Additional editions
Persons
David Unwin and Nicholas Tate are the authors of Teaching Geographic Information Science and Technology in Higher Education, published by Wiley.
Content
List of contributors xi
Foreword xv
Editors' preface xvii
SECTION I GIS&T IN THE ACADEMIC CURRICULUM - INTRODUCTION 1
1 GIS&T in higher education: challenges for educators, opportunities for education 3
Kenneth E. Foote, David J. Unwin, Nicholas J. Tate and David DiBiase
2 Making the case for GIS&T in higher education 17
Diana S. Sinton
3 The internationalization of Esri higher education support, 1992-2009 37
Michael Phoenix
4 Reflections on curriculum development in the US and abroad: from core curriculum to body of knowledge 47
Karen K. Kemp
SECTION II ISSUES IN CURRICULUM AND COURSE DESIGN 61
5 Using the GIS&T Body of Knowledge for curriculum design: different design for different contexts 63
Steven D. Prager
6 Scope and sequence in GIS&T education: learning theory, learning cycles and spiral curricula 81
Kenneth E. Foote
7 Building dynamic, ontology-based alternative paths for GIS&T curricula 97
Marco Painho and Paula Curvelo
8 Addressing misconceptions, threshold concepts, and troublesome knowledge in GIScience education 117
Matthew Bampton
9 Active pedagogy leading to deeper learning: fostering metacognition and infusing active learning into the GIS&T classroom 133
Richard B. Schultz
10 Where to begin? Getting started teaching GIS&T 145
Eric West
11 Issues in curriculum and course design: discussion and prospect 159
Kenneth E. Foote
SECTION III PERSPECTIVES ON TEACHING GIS&T 165
12 The University of Minnesota master of geographic information science (MGIS) program: a decade of experience in professional education 167
Susanna A. McMaster and Robert B. McMaster
13 Geospatial education at US community colleges 185
Ann Johnson
14 The GIS Professional Ethics project: practical ethics for GIS professionals 199
David DiBiase, Francis Harvey, Christopher Goranson and Dawn Wright
15 An exploration of spatial thinking in introductory GIS courses 211
Injeong Jo, Andrew Klein, Robert S. Bednarz and Sarah W. Bednarz
16 Teaching spatial literacy and spatial technologies in the digital humanities 231
David J. Bodenhamer and Ian N. Gregory
17 Discussion and prospect 247
David J. Unwin
SECTION IV DIGITAL WORLDS AND TEACHING GIS&T 255
18 Virtual geographic environments 257
Gary Priestnall, Claire Jarvis, Andy Burton, Martin Smith and Nick J. Mount
19 Using web-based GIS and virtual globes in undergraduate education 289
Lynn Songer
20 Trying to build a wind farm in a national park: experiences of a geocollaboration experiment in Second Life 301
Nick J. Mount and Gary Priestnall
21 From location-based services to location-based learning: challenges and opportunities for higher education 327
David M. Mountain
22 GIS is dead, long live GIS&T: an educational commentary on the opening of Pandora's Box 345
Nicholas J. Tate
SECTION V DISTANCE AND E-LEARNING 359
23 Media and communications systems in cartographic education 361
William Cartwright
24 UNIGIS - networked learning over a distance 383
Josef Strobl
25 The Esri Virtual Campus 395
Nick Frunzi
26 Delivering GIScience education via blended learning: the GITTA experience 405
Robert Weibel, Patrick L¿uscher, Monika Niederhuber, Thomas Grossmann and Susanne Bleisch
27 GIS&T in the open educational resources movement 421
David DiBiase
28 Experiences in 'e' and 'distance-' learning: a personal account 439
David J. Unwin
CONCLUSION 451
29 Ways forward for GIS&T education 453
David DiBiase, Kenneth E. Foote, Nicholas J. Tate and David J. Unwin
Index 469
