In the Trenches - July 2013
Volume 3, Number 3
In This Issue
This site provides web links that supplement the print articles as well as news and web resources. To receive the full edition of In the Trenches join NAGT
- EarthLabs - Student-Centered Labs to Engage High School Students - Tamara Shapiro Ledley, Erin Bardar and Nick Haddad, Technical Education Research Centers, Inc. (TERC), Cambridge, MA
- Teaching the process of Science with Visionlearning - Anne Egger, Central Washington University, Ellensburg, WA
- Starting Point: Teaching Methods and Resources to Jump-start Your Class - Mary Savina, Carleton College, Northfield, MN
- Engaging Students in Learning: Examples from SERC Sites - Monica Bruckner, Science Education Resource Center, Northfield, MN
- Using Research-based Pedagogies to Improve Learning: Resources on the Cutting Edge - David McConnell, North Carolina State University, Raleigh, North Carolina, and the Cutting Edge Leadership Team
- Earthlearningidea - Firing Up Your Earth Science Teaching - Chris King, Peter Kennett and Elizabeth Devon, Keele University, Keele, Staffordshire, United Kingdom
- NAGT Announces New Collaborations, Big Changes to Member Services - Susan Buhr Sullivan, President, NAGT, and Cooperative Institute for Research in Environmental Sciences, Boulder, Colorado
EarthLabs - Student-Centered Labs to Engage High School Students
Tamara Shapiro Ledley, Erin Bardar and Nick Haddad, Technical Education Research Centers, Inc. (TERC)
Long perceived as low-level courses with little to engage or challenge students, Earth and environmental science classes are now becoming vital, rich, invigorating courses. As more people recognize that our planet's resources may not be able to keep up with demand, these classes are receiving more interest and they are being taught as true laboratory science courses.
Teaching the process of Science with Visionlearning
Anne Egger, Central Washington University
As scientists, we "do" science every day. We talk with colleagues, read papers, mentor students, look at data, and try to make sense of it. The "process of science" is so ingrained, it's easy to forget that our students don't yet know what the process is or have the ability to think and reason as we do.
Starting Point: Teaching Methods and Resources to Jump-start Your Class
Mary Savina, Carleton College
Geoscience teachers, particularly those teaching introductory courses, can find many specific activities and the basics of many "active-learning" teaching methods on the Starting Point
. The site's creators and contributors knew that new teachers of geoscience typically teach introductory courses — and that these are some of the most challenging courses to design and teach, because of their size, range in student motivation and background, and other factors. A newly hired instructor, charged with planning labs on rocks and minerals for sections of a large introductory geoscience, for instance, may wonder "Are there ways to use the campus as a learning site for my students?" "How can I make a three-hour lab on rocks and minerals exciting for my students?" "I've heard of 'just-in-time teaching,' but what is it and how can I use it with my students?" The beauty of Starting Point is that instructors can find information on both content (including ideas for activities) and on the teaching methods that work particularly well with those activities and that content.
Engaging Students in Learning: Examples from SERC Sites
Monica Bruckner, Science Education Resource Center
Are you looking to invigorate your teaching this Fall by engaging your students in active learning? The Science Education Resource Center (SERC) website hosts collections of teaching materials and professional development resources that can aid in this endeavor. Materials include teaching activities, course descriptions, and information on pedagogic methods from more than fifty projects. The materials span many disciplines and can be used wholesale or modified to fit your classroom. Resources are available for all levels of education, whether you're a K-12 teacher, 2YC, college, or university educator, or involved with public outreach.
Using Research-based Pedagogies to Improve Learning: Resources on the Cutting Edge
David McConnell, North Carolina State University
One the Cutting Edge (CE), a professional development program for the geoscience community, has been active since 2002. Since its beginning, CE has used a two-pronged approach to expand the use of discipline-based education research in undergraduate geoscience classrooms. Many geoscience faculty have participated in an array of CE in-person and/or virtual workshops on subjects related to the methods and processes of teaching and learning (e.g., Course Design, Teaching in the Field, Metacognition) as well as content-focused themes on a range of topics from biocomplexity to structural geology. In addition to the well-received workshop program, CE has developed a series of related websites to support both workshop participants and the greater geoscience community. Tens of thousands of people from around the world visit the award-winning site each week to examine thousands of webpages that are home to undergraduate activities submitted by workshop participants and others.
Earthlearningidea - Firing Up Your Earth Science Teaching
Chris King, Peter Kennett and Elizabeth Devon, Keele University
Looking for tested activities to fire up your teaching of Earth Science? Visit the Earthlearningidea website that was founded in 2008 as part of the International Year of Planet Earth initiative. More than 160 activities are already published on the website, with a new one added every two weeks.
Susan Buhr Sullivan, President, NAGT, and Cooperative Institute for Research in Environmental Sciences
NAGT is expanding its professional development programming in collaboration with the On the Cutting Edge professional development program for geoscience faculty, and the Building Strong Geoscience Departments program. NAGT, On the Cutting Edge, and Building Strong Geoscience Departments share a commitment to ongoing professional development surrounding teaching within the geoscience community and to publishing resources that support effective teaching. Read full article...
back to top
NAGT, its members, and its sponsored projects have produced a number of resources related to the topics addressed in this issue.
Using maps in the classroom invites curiosity, encourages exploration and inspires problem solving. Maps can be used to explore a multitude of topics and can incorporate visual learning, spatial thinking and quantitative skills into a lesson. In support of AGI's Earth Science Week, NAGT sponsored the development of this collection of resources to help K-12 geoscience teachers engage their students with maps.
Mars for Earthlings seeks to expose undergraduate students to planetary study through Mars remote sensing data and Earth-based analogs. Through this resource educators can access learning modules to integrate into earth science classes. Interviews and thoughts from planetary scientists and geologists will present current issues in planetary sciences.
Higher education must lead the way in preparing learners for citizenship in a world where the complex issues of sustainability—environmental quality, community health and wellbeing, and social equity and justice—are paramount. Curriculum for the Bioregion engages faculty communities in exploring these issues and in building sustainability concepts and place-based learning in a wide array of courses and disciplines. This project has developed activities that incorporate sustainability concepts and place-based learning, introductory courses that feature sustainability themes, and essays on bioregional teaching and learning and the pedagogies of teaching for a sustainable future.
back to top
back to top