What is the Purpose of this Site?
The purpose of this project is to supply an on-line tutorial of the analytical techniques commonly used to characterize geological materials. The goal is to help novices (e.g. students, or scientists working out of their field) to become critical consumers and producers of data using the arsenal of mineralogical, petrological and geochemical analytical techniques available.
Why Use this Site?
This site is designed to help users find information about specific geochemical analytical techniques including fundamental principles, descriptions of instruments, typical applications, strengths and limitations, sample collection and preparation, results, data presentation, interpretation, as well as links to the literature and other on-line resources for users to pursue a deeper understanding of these topics.
Who is this Site For?
This website is designed to help novice users gain a basic understanding of a number of analytical techniques used in a variety of instructional or professional settings. This site will help users to attend a department seminar or read a journal article, and be "informed consumers" of geochemical data--to be able to understand how the data were acquired and presented, to critically evaluate interpretations based on these data, and to have sufficient knowledge to ask the next important question.
Browse the Analytical Instruments and Techniques in this Collection
Browse the analytical instruments and techniques in this collection regarding:
- X-ray Crystallography
- Electron Microbeam
- Elemental Analysis
- Mass Spectrometers
- Micro-Imaging Instruments
- Surface Spectroscopies
- Other Spectroscopies
From the Microbial Life Educational Resources Project:
Geochemcial Sample Preparation
- Preparation of geochemical samples for whole-rock analysis or to acquire mineral separates requires disaggregation of rocks that may produce rock dusts that can present human health issues. Here is a compilation of responses from lab managers, submitted to the MSA listserv, about methods they use for Dust Mitigation in Geochemical Sample Preparation Facilities (Acrobat (PDF) 607kB Jan16 12)
Contribute a Teaching Activity or Instructional Resources
If you have a teaching exercise or activity, or other instructional resource (e.g. webpage URL, journal article, etc.) that you regularly use in your own classes related to the use of these analytical techniques, please submit your suggestions via our on-line Contribute a Resource form.
About this Project
This module was developed to help students (and geoscientists working "out of field") understand the essentials of modern analytical techniques used in the fields of mineralogy, petrology and geochemistry. These webpages were authored by invited participants at a workshop held at Montana State University, March, 2007. This is one of many explorations in ways to use information technologies to support integration of research and education. This project was originally conceived with funding from the NSF Geo-Ed program (NSF EAR 9809752) and was further developed as part of the DLESE Community Services Center, with funding from the National Science Foundation (EAR 03-06708).
The goal of the workshop was to create web-based resources to effectively help the geoscience community to use geochemical analytical techniques based on the collective experience of master geoscience researchers and educators. Workshop information includes workshop goals, a workshop schedule, and list of participants.
National Science Digital Library (more info) network. The ASDL is an electronic library that collects, catalogs and links web-based information or discovery material (URLs) pertinent to innovations in curricular development and supporting resources in the analytical sciences. Analytical science is the characterization and/or analysis of matter - and area that is a part of many different disciplines. ASDL serves a diverse and multidisciplinary audience of users, teachers, students and practitioners interested in teaching and delivery of educational materials to improve the literacy, skills and thought processes of all scientists that perform analyses.