Linked e-resources
Details
Table of Contents
Introduction
Participatory Professional Development: Geospatially Enhanced Urban Ecological Field Studies
Field-based Research Partnerships: Teachers, Students, and Scientists Investigate the Geologic History of Eastern Montana Using Geospatial Technologies
The GIT Ahead Project: Meeting Teachers Where They Are and Helping Them Achieve Their Geospatial Goals
Spatial Sci: Forwarding Geospatial Technology Innovations In the Classroom
Eyes in the Sky: Facilitating Classroom Research Using Geospatial Technology
Coastlines: Commitment, Comfort, Competence, Empowerment, and Relevance in Professional Development
The Inquiring with GIS (iGIS) Project: Helping Teachers Create and Lead Local GIS-Based Investigations
Communities for Rural Education, Stewardship and Technology Program (CREST): A Rural Model of Teacher Professional Development
Curriculum Aligned Professional Development for Geospatial Education
Impact of Science Teacher Professional Development through Geospatial Technologies: A 5-Step Program of Support
The Data Sets and Inquiry in Geoscience Education Project: A Model Curricula for Teacher Capacity Building in Scientific Inquiry Tasks With Geospatial Data
Designing Google Earth Activities for Learning Earth and Environmental Science
Designing Geospatial Exploration Activities to Build Environmental Awareness in Middle School Students
The Lonely Trailblazers: Examining the Early Implementation of Geospatial Technologies in Science Classrooms
Understanding the Use of Geospatial Technologies to Teach Science: TPACK as a Lens for Effective Teaching
Moving Out of Flatland: Toward Effective Practice in Geospatial Inquiry
What Happens After Professional Development: Case Studies on Implementing GIS in the Classroom
The Nature and Design of Professional Development for Using Geospatial Technologies to Teach Science
The Nature of Teacher Knowledge Necessary for the Effective Use of Geospatial Technologies to Teach Science.
Participatory Professional Development: Geospatially Enhanced Urban Ecological Field Studies
Field-based Research Partnerships: Teachers, Students, and Scientists Investigate the Geologic History of Eastern Montana Using Geospatial Technologies
The GIT Ahead Project: Meeting Teachers Where They Are and Helping Them Achieve Their Geospatial Goals
Spatial Sci: Forwarding Geospatial Technology Innovations In the Classroom
Eyes in the Sky: Facilitating Classroom Research Using Geospatial Technology
Coastlines: Commitment, Comfort, Competence, Empowerment, and Relevance in Professional Development
The Inquiring with GIS (iGIS) Project: Helping Teachers Create and Lead Local GIS-Based Investigations
Communities for Rural Education, Stewardship and Technology Program (CREST): A Rural Model of Teacher Professional Development
Curriculum Aligned Professional Development for Geospatial Education
Impact of Science Teacher Professional Development through Geospatial Technologies: A 5-Step Program of Support
The Data Sets and Inquiry in Geoscience Education Project: A Model Curricula for Teacher Capacity Building in Scientific Inquiry Tasks With Geospatial Data
Designing Google Earth Activities for Learning Earth and Environmental Science
Designing Geospatial Exploration Activities to Build Environmental Awareness in Middle School Students
The Lonely Trailblazers: Examining the Early Implementation of Geospatial Technologies in Science Classrooms
Understanding the Use of Geospatial Technologies to Teach Science: TPACK as a Lens for Effective Teaching
Moving Out of Flatland: Toward Effective Practice in Geospatial Inquiry
What Happens After Professional Development: Case Studies on Implementing GIS in the Classroom
The Nature and Design of Professional Development for Using Geospatial Technologies to Teach Science
The Nature of Teacher Knowledge Necessary for the Effective Use of Geospatial Technologies to Teach Science.