- Clear guidelines and expectations.
A guided observation should be made with the class as a whole at the earliest opportunity. The first few observations should be required and well-defined. Frequency and quantity of observations should be discussed.
- Phenomena easily observed.
Objects should be easily recognized and tools constructed or made available for accurate measurment of azimuth, altitude, and time.
- Class discussion of student observations.
Students should be given an opportunity to compare and discuss their observations during class, employing, the best journal-keeper to date as group leaders. The instructor should show examples of students´ first use of regular observations, predictions, data tables, and graphs as they appear. Allow students to pool their data during class to build more robust datasets.
Build in opportunities for reflection, by requiring students to periodically summarize their entries.
- Instructor Commitment and Enthusiasm.
Utilize time in class for journal discussions and provide timely feedback.
- Interm and final journal grade.
Provide and ¨estimated¨ grade for the journals, assuming continuation at the sema level of effort, This will often help students who tend to procrastinate.
- Journal questions on exams.
Include questions on all tests that can only be ansered by keeping a journal.
Observational Journals: An Aid to Sky Watching. A Stellar Excercise-Predicting Event in the Sky. JCST February 2000. Vol XXIX # 4 p. 245-254. Philip M. Sadler, Doug Haller, Eliza Garfield.
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