S1 (FriAM 1-65) - The Psychonomic Society
S1 (FriAM 1-65) - The Psychonomic Society
S1 (FriAM 1-65) - The Psychonomic Society
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Posters 2083–2089 Friday Noon<br />
failed on initial tests, memory performance on a final posttest including<br />
tested and novel items was better in the tested condition in all<br />
experiments. Retrieving the correct answer from memory does not appear<br />
to be the only reason for the testing effect—simply being asked<br />
seems to enhance learning.<br />
(2083)<br />
Test-Enhanced Learning in the Classroom: <strong>The</strong> Columbia Middle<br />
School Project. HENRY L. ROEDIGER III, MARK A. MCDANIEL,<br />
KATHLEEN B. MCDERMOTT, & POOJA K. AGARWAL, Washington<br />
University (sponsored by Janet Duchek)—<strong>The</strong> testing effect refers to<br />
enhanced learning of information that has been previously tested. We<br />
implemented and experimentally evaluated a test-enhanced learning<br />
program in 6th-grade social studies classes. Experiment 1 involved<br />
within-subjects manipulation of whether target facts from daily<br />
lessons were quizzed or not. Multiple-choice quizzes were administered<br />
prior to the class lesson, at the end of the class lesson, and as a<br />
review several days after the class lesson. Across four multiple-choice<br />
chapter examinations, a significantly higher proportion of previously<br />
tested facts were answered correctly than nontested facts. Experiment<br />
2 added a condition in which some facts were presented for<br />
rereading. Chapter examination performance on facts presented for<br />
rereading was higher than for nontested facts but still significantly<br />
lower than for tested facts. Thus, the testing effect was not a mere exposure<br />
effect. Testing significantly enhanced learning of target information<br />
in 6th-grade social studies classes.<br />
(2084)<br />
Testing Insulates Against Build-Up of Proactive Interference.<br />
KARL K. SZPUNAR, KATHLEEN B. MCDERMOTT, & HENRY L.<br />
ROEDIGER III, Washington University (sponsored by Kathleen B.<br />
McDermott)—Cramming for an examination is a ubiquitous learning<br />
strategy that has received little attention in the laboratory. Verbal<br />
learning experiments, which require participants to learn large sets of<br />
materials in a short amount of time, are well suited to inform our understanding<br />
of this common study strategy. In three experiments, we<br />
show that although previous learning impairs the learning of later information<br />
in the study sequence (proactive interference), interpolating<br />
tests during the study sequence appears to insulate against this<br />
negative influence. Our findings highlight a unique benefit of testing,<br />
when administered during the course of study, and have important implications<br />
for students’ study strategies.<br />
(2085)<br />
<strong>The</strong> Benefit of Generative Study Activities Depends on the Nature of<br />
the Criterial Test. ANDREW C. BUTLER, PATRICK S. FLANAGAN,<br />
HENRY L. ROEDIGER III, & MARK A. MCDANIEL, Washington University<br />
(sponsored by David G. Elmes)—Generative study activities<br />
can enhance retention of text-based material. Two experiments investigated<br />
how the nature of the criterial test influences the benefits derived<br />
from two types of generative study. Specifically, we manipulated the<br />
type of initial study activity (letter reinsertion, paragraph sorting, reading)<br />
as well as the question type (tapping item-specific or relational information)<br />
and test format (multiple-choice or cued recall) on a delayed<br />
criterial test. Subjects performed one of the three study activities on a<br />
set of prose passages. Two days later, they were tested with questions<br />
about both item-specific and relational information from the passages,<br />
and these questions were presented in multiple-choice or cued recall test<br />
format. <strong>The</strong> benefit of generative activities depended critically on<br />
whether the type of processing produced by the activity matched the<br />
type of processing required during the criterial test. This pattern of<br />
transfer appropriate processing held across both types of test format.<br />
(2086)<br />
Using the 3Rs: Study Strategies and Learning From Educational<br />
Texts. DANIEL C. HOWARD & MARK A. MCDANIEL, Washington<br />
University, & GILLES O. EINSTEIN, Furman University (sponsored<br />
by Mark A. McDaniel)—Two experiments with young adults investi-<br />
81<br />
gated the effectiveness of study strategies for learning from educational<br />
texts. Of particular interest was the “3R” strategy, in which participants<br />
read a text once, recited everything that they could remember<br />
from the text, and then reread the text a second time. This strategy<br />
has potent theoretical benefits because the recitation phase serves as<br />
an immediate free recall test, which aids later recall of the information<br />
(a phenomenon known as the “testing effect”) and may help guide<br />
processing of the text during the rereading phase. <strong>The</strong> 3R strategy was<br />
compared with a note-taking study strategy and a read-twice control<br />
group in two experiments with information of varying complexity.<br />
Learning was assessed with free recall, multiple-choice, and short answer<br />
inference questions. <strong>The</strong> 3R group showed improvements over<br />
control on all three types of criterial test.<br />
(2087)<br />
Determinants of Learning From Text: <strong>The</strong> Roles of Reader and<br />
Text Characteristics. NICOLE MOON, DAVID Z. HAMBRICK, &<br />
ERIK M. ALTMANN, Michigan State University—<strong>The</strong> current study<br />
investigated the roles of reader-related and text-related characteristics<br />
in passage learning. <strong>The</strong> questions of interest were the following:<br />
(1) whether the inclusion of an organizer in the form of an embedded<br />
analogy would interact with working memory (WM) and prior knowledge<br />
(PK) in passage learning, and (2) whether there was a relationship<br />
between WM and PK in passage learning. Participants in both the<br />
control and the organizer conditions were given WM tasks, PK tests,<br />
a passage, and tests of passage learning. A hierarchical regression revealed<br />
that supplying learners with an embedded analogy improved<br />
recall of information related to main concepts. In addition, this analysis<br />
indicated that although WM and PK contributed positively to passage<br />
learning performance, no evidence was found that organizers are<br />
able to compensate for WM or PK.<br />
(2088)<br />
Criterion Shifts As a Function of Probe Strength: Rereading and<br />
Text Retrieval. MURRAY SINGER, University of Manitoba—This<br />
study scrutinized criterion shifts as a function of probe strength in text<br />
retrieval. People apply more liberal criteria to temporally remote than<br />
to recent intermixed recognition probes, in both text and category<br />
recognition (Singer & Wixted, Memory & Cognition, 2006). However,<br />
there is no criterion shift in response to conspicuous probe-strength<br />
differences (Stretch & Wixted, JEP:LMC, 1998). Here, people read<br />
10 stories once or twice each. Reading repetitions were either consecutive<br />
(Experiment 1) or at intervals of over four stories (Experiment<br />
2). Later, the participants recognized probes from story pairs,<br />
one weak (one reading) and one strong. Criterion was independent of<br />
strength (as in Stretch & Wixted) in spaced rereading; but in consecutive<br />
rereading, there was a distinct criterion shift. Consecutive<br />
rereading may enhance the perceptual representations of text encoding.<br />
This could impact the probe’s familiarity, the memory process<br />
that is closely associated with the strength variable of signal detection.<br />
Conspicuous familiarity differences may regulate criterion shifts.<br />
(2089)<br />
High-Tech Textbooks: Do Dynamic Visual Displays and Interactivity<br />
Increase Learning? KEITH B. LYLE, University of Louisville,<br />
MARK A. MCDANIEL, Washington University, ANDREA S. YOUNG,<br />
Duke University, & ROBIN J. HEYDEN, Educational Multimedia<br />
Consultant—New textbooks may incorporate dynamic visual displays,<br />
which furthermore may be interactive and require the reader to<br />
generate responses. Visual representations and self-generation increase<br />
memory for simple laboratory stimuli, but little is known about<br />
how these factors affect learning and memory for complex, real-world<br />
material such as that in textbooks. In the present studies, undergraduate<br />
subjects read one of three versions of a lesson from a real biology<br />
textbook. <strong>The</strong> versions differed in whether they did or did not include<br />
dynamic visual displays, and whether subjects passively viewed<br />
the displays or interactively responded to them. Learning was assessed<br />
using a variety of test types (e.g., multiple-choice, short answer) and