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Geosciences Newsletter - Fall 2008, Department Of Geosciences Nov 2008

Geosciences Newsletter - Fall 2008, Department Of Geosciences

Geological and Environmental Sciences News

Vol. 3, No. 3

  • Faculty Updates
  • Publications
  • Grants
  • MGRRE
  • New Courses
  • Graduate News
  • Awards
  • Field Trips
  • Alumni
  • Development
  • Advisory Board


Weaving The Curriculum Tapestry: Modifying Upper Level Courses To Facilitate Integration Across The Geology Program, Charles W. Carrigan, Priscilla Field Skalac Oct 2008

Weaving The Curriculum Tapestry: Modifying Upper Level Courses To Facilitate Integration Across The Geology Program, Charles W. Carrigan, Priscilla Field Skalac

Faculty Scholarship – Geology

Having observed students' frequent struggles to acquire mastery of content and skills in upper-level geology courses, we noted students fail to weave together the diverse strands that produce a well-educated geoscientist. After observing students’ struggles to keep up with new content and skills, we determined a course of action that includes application of best pedagogy based on educational research. We incorporate a technique of spiraling basic content and skills across the geology curriculum: content and skills introduced in the entry-level geology course are intentionally reviewed and referenced in each upper-level course.


Facilitating Integration Across The Geology Program: Applying "Weaving The Curriculum" To Petrology And Structural Geology Courses, Charles W. Carrigan, Priscilla Field Skalac Oct 2008

Facilitating Integration Across The Geology Program: Applying "Weaving The Curriculum" To Petrology And Structural Geology Courses, Charles W. Carrigan, Priscilla Field Skalac

Faculty Scholarship – Geology

Students often encounter difficulty with advanced material in upper-level geology courses. We identified several trends that arise at the beginning of upper-level courses including difficulty in connecting introductory course material to deeper content, integrating skills and knowledge from supporting courses, and integrating material between upper-level courses. Redesigning upper-level courses, we intentionally incorporate relevant material from introductory geoscience courses into upper-level courses, such that students are re-exposed to fundamental concepts they need to master as more advanced concepts are taught.


Earth News, V32, Fall 2008, Department Of Earth Science, University Of Northern Iowa. Oct 2008

Earth News, V32, Fall 2008, Department Of Earth Science, University Of Northern Iowa.

Earth News

Inside this issue:

--- Earth Science Staff Activities
--- Spring Field Trip - May 2008: Geology of the Central Rocky Mountains and Adjacent Landscapes
--- 2008 Geology of Iowa for Teachers Short Course
--- Earth Science Department Hosts the Combined 69th Tri-State Geological Field Conference and GLS-SEPM Fall Field Conference
--- Earth Science Week 2008 - Sunday in the Quarry
--- Open House in the New Hydrogeology Lab
--- 2008 Earth Science Graduates
--- Majors in the Earth Science Department
--- Scholarship and Award Recipients
--- Student Internships
--- Student Research Presentations
--- Sigma Gamma Epsilon - Gamma Sigma Chapter …


Gsi: Geo Scene Investigation! On-Site Programming (Grade 7), Discover Mojave: Forever Earth Sep 2008

Gsi: Geo Scene Investigation! On-Site Programming (Grade 7), Discover Mojave: Forever Earth

Curriculum materials (FE)

GSI: Geo Scene Investigation! introduces students to the differences between observations and interpretations and to some of the fundamental principles of geology. Students identify specific geologic processes and landforms in the landscape surrounding them at Lake Mead National Recreation Area (NRA) by solving mysteries with a set of geology-related clues.


The Production Of High-Quality Video For E-Learning, Eugene Mcgovern, Audrey Martin, Roy Moore Jul 2008

The Production Of High-Quality Video For E-Learning, Eugene Mcgovern, Audrey Martin, Roy Moore

Articles

As video capture, editing and transmission capabilities become more accessible, video is increasingly being considered when developing e-learning content. However, the skills required for video production are not commonly part of many e-learning developers backgrounds. This paper presents the experiences of academics from the spatial information sciences when developing high quality video content for an on-line e-learning module in Global Navigation Satellite Systems (GNSS). Video comprises one element of the module and is designed to, as far as possible, address the lack of ‘hands-on’ experience of GNSS equipment and observing procedures. The video element of the module was used by …


The Application Of Web 2.0 Technologies As An Experimental Method Of Teaching Remote Sensing At Dit, Ireland, Avril Behan Jul 2008

The Application Of Web 2.0 Technologies As An Experimental Method Of Teaching Remote Sensing At Dit, Ireland, Avril Behan

Conference Papers

This paper describes the implementation of an experimental method of delivery for a module of remote sensing material to second year students on the BSc (Hons) in Geomatics at the Dublin Institute of Technology. The project began as a reaction to poor levels of student engagement and unsatisfactory grades, as well as the requirement to focus more on real-world type problems due to the implementation of a work-placement semester for third year students. Both pedagogical considerations (movement towards formative feedback, interactivity and group-based work) and the effect of technological drivers, such as the popularity of the internet in general and …


Gsi: Geo Scene Investigation! On-Site Programming, Support Materials (Grade 7), Discover Mojave: Forever Earth Jul 2008

Gsi: Geo Scene Investigation! On-Site Programming, Support Materials (Grade 7), Discover Mojave: Forever Earth

Curriculum materials (FE)

What happened geologically to produce the landscape we see today? What was the stage like that ultimately produced the Colorado River? What are the processes that are still at work today?

To begin exploring and discovering the answers to these questions, we can look at what’s happened in the past and also examine the clues that are evident on today’s landscape. Lake Mead’s geologic past can be organized like acts in a play. These geologic “acts” represent the area’s significant geologic events. The acts are not equal in terms of time (millions of years), nor is all geologic time accounted …


Geosciences Newsletter - Spring 2008, Department Of Geosciences Apr 2008

Geosciences Newsletter - Spring 2008, Department Of Geosciences

Geological and Environmental Sciences News

Vol. 2, No. 3

  • Dear Friends and Alumni
  • Faculty Updates
  • Research News
  • Publications
  • Michigan Geological Repository for Research and Education
  • Department Updates
  • Graduate Students
  • 2007 Department Awards
  • Internships
  • Grants
  • Alumni News


2008 Newsletter, Morton Sternheim Jan 2008

2008 Newsletter, Morton Sternheim

STEM Education Institute Newsletters

NANOTECHNOLOGY 2008 INSTITUTE P. 2

IPY STEM CONNECTIONS P. 4

TEACHING PHYSICS TO TEACHERS

THE ARSENIC PROJECT P.10

STEM BRIDGE FOR

NOYCE SCHOLARS UPDATE

CONFERENCE ON ALTERNATIVE CERTIFICATION: LESSONS LEARNED