collection project
TRANSCRIPT
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I work at Mission Road Elementary which is located in Cartersville,
Georgia. Mission Road Elementary is part of the Bartow County School System. The
school was built in 1985 and currently has 520 students enrolled. The school serves
students in grades K-5. Mission Road Elementary is located in a close knit rural
community. There are 43 certified teachers, 2 administrators and 20 classified staff
members. The media center is located near the center of the building and is accessible
from the 1st grade hall and the 2nd grade hall. There is a full-time media specialist and I
am the media clerk. We have a collection of 13,227 holdings with the majority of our
collection being greater than 10 years old. There is a computer lab in the media center
with 9 desktop computers for research and for taking Reading Counts quizzes, a
Promethean Board, and closed-circuit capability to show educational videos at the
request of teachers.
Bartow County is located in the Northwest Georgia Regional Development Area
in the scenic foothills of Georgias Appalachian Mountains. Bartow County is
approximately 45 miles northwest of the city limits of Atlanta. It is home to the Etowah
Indian Mounds, Red Top Mountain State Park, Booth Western Art Museum, and the
Tellus Museum. Around the perimeter of Bartow County is a hub of educational
institutes including Kennesaw State University, Shorter College, Berry College, Georgia
Highlands College and Chattahoochee Technical Institute.
The Bartow County School System is the 25 th largest school district in the state
of Georgia. There are 21 schools in Bartow County, each accredited by the Southern
Association of Colleges and Schools. There are 12 elementary schools, 4 middle, and 3
high schools, as well as Stars Pre-K, a state funded center and the Bartow Academy
Alterative School. Of the total student population 80% are Caucasian, 8% are African
American and 7% are Hispanic.
At Mission Road Elementary, there are three 4 th grade classrooms this year.
There are a total of 81 students at this grade level. One of the classes is an EIP self-
contained class which has 20 students. In second grade, there are a total of four
classrooms. There are 94 students in the 2nd grade. One of the classes is an EIP self-
contained class with 15 students.
CURRICULUM REVIEW
For this project, I have chosen to focus on the solar system as the area I would
like to develop. This unit is taught in the 2nd and 4th grade in great detail with both of
these grade levels doing solar system projects. For this reason, I will be choosing
materials that will be on both grade levels. The following standards are addressed when
this is unit taught:
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2nd GRADE STANDARDS
S2E1. Students will understand that stars have different sizes, brightness, and
patterns.a. Describe the physical attributes of stars size, brightness, and patterns.
S2E2. Students will investigate the position of sun and moon to show patterns
throughout the year.
a. Investigate the position of the sun in relation to a fixed object on earth at
various times of the day.
b. Determine how the shadows change through the day by making a shadow
stick or using a sundial.
c. Relate the length of the day and night to the change in the seasons (forexample: Days are longer than the night in the summer.)
d. Use observations and charts to record the shape of the moon for a period of
time.
4th GRADE STANDARDS
S4E1. Students will compare and contrast the physical attributes of stars, star
patterns, and planets.
a. Recognize the physical attributes of starts in the night sky such as number,
size, color and patterns.b. Compare the similarities and differences of planets to the stars in
appearance, position, and number in the night sky.
c. Explain why the pattern of starts in a constellation stays the same, but a
planet can be seen in different locations at different times.
d. Identify how technology is used to observe distant objects in the sky.
S4E2. Students will model the position and motion of the earth in the solar
system and will explain the role of relative position and motion in determining
sequence of the phases of the moon.
a. Explain the day/night cycle of the earth using a model.
b. Explain the sequence of the phases of the moon.
c. Demonstrate the revolution of the earth around the sun and the earths tilt to
explain the seasonal changes.
d. Demonstrate the relative size and order from the sun of the planets in the
solar system.
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COLLECTION REVIEW
Our solar system materials are very lacking. We just finished weeding this
section and the solar system was one area that was very outdated. We currently have atotal of 1318 items in the Natural Sciences/Mathematics section of our library. The
average age of these materials is 12 years old. A collection analysis by the 10s shows
that only 59 items are part of the Astronomy and Allied Science section and the average
age of these materials is 10 years old. All of the solar system books in our library are in
the 520s. We do have10 videos and DVDS. However, the copyright date on the
majority of these is 1995 with the oldest date being 1987 so most of these are outdated.
Through a search on Web Safari, which is the software that we use in Surpass to
catalog our collection, there are no solar system related items in any other section of the
library other than the 520s. Since the average age of most of the materials that we hold
is 10 years old, this is a concern since Pluto is no longer even considered a planet. This
needs to be addressed in my collection development plan so I will look for books that
were published in 2007 or after.
I next looked at the circulation of this section. The total number of holdings in the
library is 13,227. Since January 1, 2007 the materials in the 520 section have been
checked out an average of 4.2 times per item and there are 59 items in this section.
Since I have chosen to work with 2nd grade and 4th grade standards, I will look for
materials that are on both grade levels. For this assignment, we are only to order one
copy of materials. However, if this were a real life situation, I would be ordering morethan one copy since both grade levels would be checking out the materials. When this
particular unit is taught, one grade level always has to wait on the other one to finish
using the materials so this has been a problem in the past.
SUMMARY OF COLLECTION NEEDS
1. Choose materials that were published in the last 3 years.
2. Choose mostly non-fiction books but considered other genres that might pertain
to the solar system if they seem fitting to the curriculum.
3. Look for updated videos.
BUDGET SUMMARY
I looked at several vendors when completing my collection of solar system
materials. In the end, I have found a diverse list of books (fiction, nonfiction, poetry and
even Greek mythology), ebooks, a giant solar system floor puzzle for the 2nd grade
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teachers and videos. I have ordered the majority of materials from Titlewave for a total
of $816.76. Titlewave had book reviews from Horn Book, Booklist, Library Media
Connection and School Library Journal. The reviews were readily available to view and
helped in my decision making process. My order from Delaney Books totals $146.74.
Delaneys website was the least user friendly in my opinion and I had to search for the
reviews. They were not as readily available as Titlewave reviews. Finally to complete
my order, I ordered $150.33 from Bound to Stay Bound Books. The grand total of my
order is $1113.83. As I stated earlier though that if this were a real life situation my
order would be doubled since I actually would order more than one copy of the
materials so that both grade levels would have access to them. I could spend the
remainder of my budget on additional computers for the media center and those would
be ordered through the county. I talked to my technology specialist and she said that a
new computer through the county would cost $750 so I could order up to 3 computers
for the lab. My orders for each vendor are following and I used a piece of software
called SnagIt to capture the images.
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