2006-2007 Fall/Winter Directions - Friends' Central School
2006-2007 Fall/Winter Directions - Friends' Central School
2006-2007 Fall/Winter Directions - Friends' Central School
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CAMPUS LOG – UPPER SCHOOL<br />
Last year, Friends’ <strong>Central</strong> <strong>School</strong> announced its decision to stop offering Advanced Placement courses.<br />
Although our students may still choose to take Advanced Placement tests (as a means of self-evaluation and as<br />
a measure to share with the college and universities to which they are applying), teachers are no longer<br />
obliged to follow the curricula mandated by the Advanced Placement program. The faculty’s response to this<br />
decision was overwhelmingly positive. As Beth Johnson, Dean of Students, and Bill Kennedy, Dean of Faculty,<br />
explained in a letter that went home to the community, “the Advanced Placement curriculum often emphasizes<br />
breadth over depth and rote learning over true understanding. With our highly trained faculty and very able<br />
students, we can be more productive with our time when not harnessed to a prescribed one-size-fits-all curriculum.”<br />
Below is a student account of how the decision has directly affected their experience in the classroom.<br />
FCS Chemistry II Advanced Moves Beyond<br />
Advanced Placement<br />
by the students of Phyllis Gallagher’s Chemistry II Advanced<br />
This fall, Dr. Phyllis Gallagher’s<br />
Chemistry II Advanced class undertook<br />
a unique interdisciplinary<br />
research project. In addition to following<br />
the recognized chemistry curriculum<br />
that prepares Friends’ <strong>Central</strong> students<br />
to succeed in first year college<br />
chemistry courses, we embarked on a<br />
research-based experiment that furthered<br />
our conceptual understanding of how<br />
chemistry operates in the “real world”<br />
while simultaneously developing the skills<br />
we need to perform valid scientific<br />
research. The project has evolved to<br />
include many other disciplines, including<br />
statistics, biology, botany, environmental<br />
sciences, international studies, and experimental<br />
design, and the cooperation of<br />
other classes and faculty throughout the<br />
Upper <strong>School</strong>. We are excited about this<br />
experiment in experimentation, one that<br />
would not have been possible without the<br />
freedom awarded by the removal of the<br />
AP course designation. And we believe<br />
that we are ushering in a new age of interdisciplinary<br />
cooperation at Friends’<br />
<strong>Central</strong> <strong>School</strong> and look forward to this<br />
exciting research process.<br />
The journey began when we were<br />
introduced to a little known plant called<br />
‘duckweed.’ Most of us were hesitant.<br />
How, we wondered, could a little known<br />
plant be of enough interest and complexi-<br />
28 DIRECTIONS <strong>Fall</strong> <strong>2006</strong> / <strong>Winter</strong> <strong>2007</strong><br />
ty to function as a vehicle to understand<br />
chemistry and scientific research in general?<br />
As we learned more, our hesitancy<br />
disappeared and our curiosity grew.<br />
Duckweed is a small, floating aquatic<br />
plant that is grown in third world countries<br />
as a feed additive and valued for its<br />
high leaf protein content, often greater<br />
by weight than soy. Duckweed is also a<br />
hyperaccumulator plant used in<br />
phytoremediation applications.<br />
Hyperaccumulator plants can concentrate<br />
metal contaminants in their leaf<br />
and root structures. In fact, these plants<br />
are often used to “mine” contaminated<br />
Ashley Beard ’07 working in the Haverford College library<br />
Oliver Backes ’08, Chris Hall ’08, Noredy Neal ’08, and Megan Lundy ’08 at Haverford College