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A Tribute to Mary Budd Rowe Mary Budd Rowe received her Ph.D. under Paul DeHart Hurd at Stanford after first training as an engineer. She brought to science education a keen intellect, an engineer's interest in problem solving, and a dogmatic faith in the innate worth and intelligence of every child. Mary is best known for her pioneering research on wait time, but I remember her stories about children. While directing the field trial of the Science Curriculum Improvement Study (SCIS) in suburban and inner city schools in New York, she told about a "slow" child who entertained himself by observing ants outside his Harlem home. He told Mary all about their behavior, and he had it right. Mary's contrast of
suburban children's reluctance to discuss excrement observed in the guppy tank and their obvious distress when some guppies disappeared with the inner city children's frank discussion of "shit" and their nonchalance about guppies' disappearance told volumes about tailoring instruction to the situations in which students live.
I'll miss Mary's unusually sound research in science education, but much more I'll miss her keen perception of the world of children and her ability to highlight real needs in education through a simple story. Hats off to a great science educator and a marvelous woman! We'll miss you, Mary.
This tribute was written by J. Dudley Herron, 1576 Perkins
Street, Morehead, KY 40351, 606/783-9947, email:
spon0046@morehead-st.edu
Call for Nominations: 1997 James Flack Norris Award
Nominations are being received for the 1997 James Flack Norris
Award for Outstanding Achievement in the Teaching of Chemistry. The
Norris Award, one of the oldest awards given by a section of the American
Chemical Society, is presented annually by the Northeastern Section. The award
consists of a certificate and an honorarium of $3000. Nominees must have
served with special distinction at any level: secondary school, college, and/or
graduate school. Since 1951, awardees have included eminent and less-widely known but equally effective teachers at all levels. The awardee for 1996 was Mary Virginia Orna of the College of New Rochelle, New Rochelle, New York.
Nominations for 1997 will be received until April 15, 1997. The
nomination material must be limited to thirty pages and focus specifically
on the nominee's contribution to and effectiveness in teaching chemistry as
distinguished from research. These qualities are demonstrated by a
condensed curriculum vitae including listings of honors, awards, and publications
relating to chemical education. The individual(s) coordinating the
nomination presents this curriculum vita as a portion of a nominating letter, which
in turn is supported by as many seconding letters as are necessary to
convey the nominee's qualification for the award. For details about
nominations, contact Marilou Cashman, 23 Cottage St., Natick, MA 01760; phone
800/872-2054 or 508/653-6329.
Nominating materials for 1997 should be sent before April 15, 1997,
to Dudley Herschbach, Department of Chemistry and Chemical
Biology, Harvard University, 12 Oxford Street, Cambridge, MA 02138.
Interactive Periodic Table Exhibit
The Edgerton Explorit Center in Aurora, NE, is working on an
interactive periodic table exhibit. Stories of uses and discoverers of elements
will be interspersed with experiment boxes that will allow visitors to
investigate interesting and safe chemistry of selected elements. As
Scientist-in-Residence I am soliciting suggestions
for donors of chemical element samples, simple experiments, interested
museum and chemist colleagues to contact, horror stories, useful
references, and consumer sources. I hope to finish most of the work on the exhibit by
mid-May 1997.
If you have suggestions, send them to: Jane Snell Copes,
Scientist-in-Residence, Edgerton Explorit Center, 208 16th Street, Aurora, NE
68818, phone: 402/694-4032; fax: 402/694-4035; email
copes@sci.mus.mn.us
Undergraduate Research Poster Session
The Eastern Analytical Symposium (EAS)
announces a special poster session on November 18, 1997, of
research done by undergraduates in any area of analytical
chemistry. The purpose of this session is to highlight
undergraduate research in analytical chemistry. Please submit an
abstract of the proposed presentation on a typed page
(which includes the authors, a title, affiliations, and a
200-250-word abstract) by March 15, 1996. Send it to
Undergraduate Symposium, Program Committee, Eastern
Analytical Symposium, P.O. Box 633, Montchanin, DE
19710-0633. Clearly indicate on your submission that it is intended
for the Undergraduate Research Poster Session.
Further information is available from the EAS
Home Page http://www.eas.org/~easweb, the EAS Hotline 302/738-6218, the EAS FAXline 302/738-5275, or David J. Butcher, Department of Chemistry and Physics, Western Carolina University, Cullowhee, NC 28723; phone: 704/227-7260; fax: 704/227-7647; email (preferred):
BUTCHER@WPOFF.WCU.EDU; http://www. wcu.edu/chemphys/chemistry/butcherd/butcherd.html
American Microchemical Society Logo Contest
The American Microchemical Society is having a contest to select a new logo for the society. Any graduate or undergraduate student may enter one original design. The deadline for entries is April 15, 1997. There are no restrictions on the design of the logo, with the exception that it must be original. A cash prize of $250 will be awarded to the designer of the selected logo. Interested students should contact David J. Butcher, Dept. of Chemistry and
Physics, Western Carolina University, Cullowhee, NC 28723; phone: 704/227-7260; fax: 704/227-7647; email (preferred): BUTCHER@WPOFF.WCU.EDU or http://www.wcu.edu/chemphys/chemistry/butcherd/butcherd.html for more information. Three copies of the logo, including a disk containing a computer file of the logo, should be sent to Butcher.
American Microchemical Society Student Awards
The American Microchemical Society announces two undergraduate student awards. The awards are designed for students who have done undergraduate research in any area of analytical chemistry. The awardees will receive $1000, travel expenses up to $250, and accommodation for two nights to receive the awards at the Eastern Analytical Symposium (EAS) on November 18-20, 1997. Applications should include a letter of application, a 2-page summary of analytical research conducted by the student written in his or her own words, at least two letters of recommendation (one must be from a research director), and official transcripts from the undergraduate institution(s). The deadline for applications is March 15, 1997. Awardees are expected to present their work at EAS as a poster at the
Undergraduate Research Poster Session. Three copies of the
application should be sent to David J. Butcher, Department of
Chemistry and Physics, Western Carolina University,
Cullowhee, NC 28723; phone: 704/227-7260; fax: 704/227-7647;
email (preferred):
BUTCHER@WPOFF.WCU.EDU or http://www.wcu.edu/chemphys/chemistry/butcherd/butcherd.html
Systemic Changes in the Undergraduate Chemistry Curriculum Initiative: Emphasis on Adaption and Adoption
The Division of Undergraduate Education (DUE) at the National Science Foundation would like to call your attention to a new emphasis within the Systemic Changes in the Undergraduate Chemistry Curriculum initiative.
The purpose of this initiative is to enhance the learning and appreciation of science through significant changes in chemistry instruction. Supported projects are designed to make fundamental changes in the role of chemistry within the institution, including better integration with curricula in related disciplines such as biology, physics, geology, materials science, engineering, computer science, and mathematics. The changes are expected to affect all levels of undergraduate instruction.
This year, proposals are encouraged that adapt and adopt materials and methodology produced by the five major chemistry initiatives. Such proposals may be submitted by single institutions or by coalitions of institutions and should follow the usual guidelines for regular Course and Curriculum Development (CCD) proposals. In addition to the information included in the narrative section of regular CCD proposals, this section should also include a
description of the materials and methods that will be adapted; how the new materials will be employed to affect the target student audience and the existing curriculum at the institution(s); how the proposed use of materials and methods developed elsewhere will enhance the national impact of the original project and promote the goals of the chemistry initiative; and plans for dissemination and evaluation of the modified materials and methods. It is anticipated
that about $700,000 will be available to fund 6-10 proposals. Project summaries and other information for the five chemistry initiative projects can be found by visiting the DUE Web site, or by calling DUE at 703/306-1666.
The five core projects currently supported by the
Systemic Changes in the Undergraduate Chemistry
Curriculum initiative are:
More detailed information about the projects can be obtained by visiting their individual Web sites. The 1997 DUE Program Announcement (NSF 97-29) contains information about application procedures for these adapt/adopt proposals in the Systemic Changes in the Undergraduate Chemistry Curriculum initiative. Proposals will be due June 9, 1997.
Starter Grant Awards
The Society for Analytical Chemists of Pittsburgh
will award three grants of $10,000 to assistant professors in
the field of analytical chemistry. The purpose of these grants
is to encourage high-quality, innovative research by new
analytical chemistry professors and to promote the training
and development of graduate students in this field.
Assistant professors who have accepted a U.S. college or
university appointment since December 31, 1993, are eligible.
Application forms are available from Society for
Analytical Chemists of Pittsburgh, Robert Gagne, Chairman,
Starter Grants Committee, 300 Penn Center Boulevard, Suite
332, Pittsburgh, PA 15235; phone: 1-800/825-3221 (x 208);
fax: 412/825-3224.
Mission Statement: New Journal Feature Column
Advanced Chemistry Classroom and Laboratory
Joseph J. BelBruno
Department of Chemistry, Dartmouth College
Burke Chemical Laboratory, Hanover, NH 03755
Phone: 603/646-2270; fax: 603/646-3946
Email: jjb@ dartmouth.edu
The refinement of the undergraduate curriculum
has moved to the forefront in science education. This
prominence is driven by the need to better educate, in
fundamentals and the nature of science inquiry, not only potential
science majors but also students who go into other fields.
The need to improve science literacy has caused much of the
reform to be focused on introductory chemistry, including
the first courses in organic chemistry.
The need to modify the curriculum for advanced courses is just as strong and is driven by the desire to
convey to chemistry majors the nature of scientific thought
and research. Reports concerning innovations in classroom
instruction and in the laboratory for the advanced
curriculum are appearing with greater frequency. This column
is intended as a forum for faculty concerned with this
aspect of education.
This feature will present articles dealing with all
aspects of the advanced chemistry curriculum. The range
of courses is intended to span the entire spectrum of the
third and fourth year curriculum, including, but not limited
to, physical chemistry, advanced organic and inorganic
chemistry, and most especially, cross-disciplinary science with
a chemical emphasis. Reports of innovations in accelerated
or honors introductory courses are also appropriate.
Articles may feature either classroom innovation or modern
laboratory exercises.
For articles involving laboratory or computer
exercises, authors are requested to follow the procedure outlined
in the December 1996 issue (pages A310-A311) of the
Journal. There are no restrictions on the length of a
manuscript beyond the typical Journal requirements.
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