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New Jersey

  1. Certification Requirements
  2. Course Requirements
  3. K-12 Enrollment
  4. K-12 Indicators
  5. Science Standards
  6. Testing and Assessment
  7. Textbook Adoptions
  8. Undergraduate Education
  9. Graduate Education
  10. State Contact Person

1. Certification Requirements

A. Grades 9-12

  1. Total number of 9-12 teachers with main assignment in science: 3,591
  2. Total number of science teachers in grades 9-12 with an Earth science assignment: N/A
  3. Percentage of 9-12 science teachers with an Earth science certification: N/A
  4. Specific licensure requirements for secondary teachers: major in the subject area they are teaching or 30 hours in the specialty. Teachers are also required to pass in their subject areas on the Praxis II test.

B. Grades 6-8

  1. Total number of teachers in grades 7-8 with a main assignment in science: N/A
  2. Total number of grades 7-8 science teachers in all assignments: 164
  3. Percentage of middle grade science teachers certified in science: N/A
  4. Specific licensure requirements for middle school teachers: Middle school science teachers are certified as Elementary (K-8), Specialization: Science. High school teachers are required to have a major in the subject area they are teaching or 30 hours in the specialty. Teachers are also required to pass in their subject areas on the Praxis II test.

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2. Course Requirements

A. Grades 9-12

  1. Number of science credits required for high school graduation: 15 credits (Students now need 15 credits of Lab Sciences which include biology, and either chemistry, physics or environmental science, and a third lab science course. A credit is calculated as being one 42 minute period per week. A course that meets 5 times for 42 minutes per class is 5 credits. )
  2. Required science courses: Districts decide: 70% require biology
  3. Is an Earth science course included in the recommended high school science curriculum? Determined at the district level.
  4. Is Earth science part of another course required for high school graduation? Determined at the district level.
  5. If Earth science is taken, does it count towards graduation requirements?  Yes.
  6. Is an Environmental science course included in the recommended high school science curriculum? Determined at the district level
  7. Is Environmental science part of another course required for high school graduation? Not Available.
  8.  If Environmental science is taken, does it count towards graduation requirements?   Yes. 

B. Grades 6-8

  1. Is Earth Science part of the middle school science curriculum (grades 6-8)?  Yes.
  2. Is it taught as a full year curriculum or an integrated curriculum?  Both. 
  3. At what grade level(s) is Earth science taught? 6th-8th.

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3. K-12 Enrollment

A. Student Enrollment: 2004-2005 School Year

Grades

K-12

K-5

6-8

9-12

Students

1,368,136

593,786

312,842

400,085

B. Percent of Grade 9 students enrolled in selected courses

Course

Earth science

Chemistry

Biology

Physics

Percent

Not Available

Not Available

Not Available

Not Available

C. Enrollment trends in Grade 9 Earth science

Year

Percent

Students

1996-97

Not Available

Not Available

1997-98

Not Available

Not Available

1999-00

Not Available

Not Available

2003-04

Not Available

Not Available

D. Students in grades 7-8 enrolled in selected science courses

 

1999-2000

2003-2004

Course

Students
(Percentage)

Students
(Percentage)

Earth Science

Not Available
(Not Available)

Not Available
(Not Available)

General Science

Not Available
(Not Available)

Not Available
(Not Available)

Physical Science

Not Available
(Not Available)

Not Available
(Not Available)

Life Science

Not Available
(Not Available)

Not Available
(Not Available)

Integrated or Coordinated Science

Not Available
(Not Available)

Not Available
(Not Available)


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4. K-12 Indicators

State
National
Average Freshman Graduation Rate
84.8%
73.2%
College Enrollment Rate
70.2%
68.6%
AP Participation Rate
24.2%
25%

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5. Science Standards

The National Science Education Standards outline the concepts and principles that students should understand about Earth and space science. At the middle school level, the standards are divided into three areas: Structure of the Earth System, Earth’s History, and Earth in the Solar System. At the high school level, the standards are divided into four areas: Energy in the Earth System, Geochemical Cycles, Origin and Evolution of the Earth System, and Origin and Evolution of the Universe. For the AGI Report, the Earth science standards for each state were reviewed to determine whether they incorporate the concepts and principles outlined in the National Science Education Standards.

A. Do the state standards for grades 9-12 contain principles and concepts related to:

Energy in the Earth system? Yes

Origin and evolution of the Earth system? Yes

Geochemical cycles? Yes

Origin and evolution of the universe? Yes

B. Do the state standards for grades 9-12 include environmental science concepts?
Yes.  Emphasis includes natural systems and interactions, and human interactions and impacts.

C. Do the state standards for grades 5-8 contain principles and concepts related to:

Structure of the Earth system? Yes

Earth in the Solar System? Yes

Earth’s history? Yes

 

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6. Testing and Assessment

A. State Science Tests

Test

Grade Levels Tested:

Earth Science Component on the Test?

New Jersey Assessment of Skills and Knowledges.

4

Yes

New Jersey Assessment of Skills and Knowledges.

8

Yes

Biology Competency Assessment

End of course, grade 9-12

No

B. State High School Exit Exam

  1. Name of Exam: Biology Competecy Assessment
  2. Type of Test: Standards based; multiple choice and constructed response
  3. Does the exam have a science component? Yes
  4. At what grade do students first take the exam? 9
  5. Is passing the exam a requirement for a diploma? Not yet.
  6. Does the exam have an Earth science component? No

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7. Textbook Adoptions

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8. Undergraduate Education

Students Graduating with an Associates Degree

Physical Sciences

Geosciences

Life Sciences

Natural and Physical Sciences

Science and Engineering Technologies

77 2 1,823 N/A 1,335

Students Graduating with a Bachelor's Degree

Physical Sciences

Geosciences

Life Sciences

Natural and Physical Sciences

Science and Engineering Technologies

357 67 3,426 3,850 303

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9. Graduate Education

Students Graduating with a Master's Degree

Physical Sciences

Geosciences

Life Sciences

Natural and Physical Sciences

Science and Engineering Technologies

115 19 872 1,006 197

Students Graduating with a Doctorate Degree

Physical Sciences

Geosciences

Life Sciences

Natural and Physical Sciences

Science and Engineering Technologies

107 10 261 378 6

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10. State Contact Person

Michael Heinz

Science Coordinator

New Jersey Department of Education
PO Box 500
100 Riverviw Plaza
Trenton, HJ 08625-0500

michael.heinz@doe.state.nj.us
609-984-7453

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Data Sources

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