Missing Children:
A Devastating Dilemma
The Bronx High School of Science
Forensic Science/Criminalistics Web Quest (12th Grade)
Supervised By: Ms. Mary Villani
Mission:
THE SCIENCE BEHIND THE CRIME
Task:
A juvenile skull was found in construction debris by a demolition crew working on tearing down an old apartment building near the White House. The skull was sent to a nearby forensic crime lab where you work. The skull needs to be examined by five divisions of the crime lab: forensic anthropology, facial reconstruction, forensic odontology (forensic dentistry), forensic artistry and DNA. You and your team must identify the skull and determine the cause of death.
Process:
·
Select the division of the lab you want to work in.
·
Research the equipment and tests you need to perform in this
division of the lab to identify the unidentified skull. Refer to some of the
suggested web sites listed in the resources at the end of this web quest and/or
use search engines to locate additional references.
·
Examine the unidentified skull from the perspective of the
expert you have selected.
·
Research and evaluate the policies that guide forensic
investigations in the identification of missing children.
·
Determine if these policies are adequate, and suggest new
policies if necessary.
PUBLIC POLICY DECISIONS
Task:
Assume
that after you have completed your laboratory investigation, the President of
the United States asks you to serve along with parents of missing children and
other concerned individuals on a newly formulated Missing/ Homicide Victims
Committee. You are to examine and assess the extent of the problem of missing
children in America, examine the policies that address the problem and suggest
new policy, if necessary.
Process:
·
Select the role you want to play on this committee. Each
committee must consist of at least one forensic investigator and one parent.
·
Research why missing children is a devastating problem in
America.
·
Statistics
·
Case Studies
·
Articles By Experts
·
Identify the cause(s) of the problem
·
Research and evaluate the current policies that address the
problem of missing children in America.
·
Determine if these policies adequately address the problem,
and suggest new policy, if necessary.
POWERPOINT PRESENTATION
Task:
Your
class will prepare a PowerPoint presentation in which you should address the
following information:
·
A clear identification of the problem.
·
An explanation of the causes of the problem.
·
An explanation of the process you followed as forensic
investigators to identify the missing victim in question, which should include
your theory as to the nature of the victim’s death.
·
How forensic anthropologists determine the age, sex and race
of a skull.
·
How a skull is reconstructed into a face.
·
How a forensic artist works along with a facial
reconstruction expert in this quest.
·
How teeth and DNA can help identify a missing child.
·
An evaluation of the current policies relating to the
collection and processing of physical evidence in cases relating to missing
children.
·
An evaluation of the current public policies relating to
missing children in America
·
Your most effective and feasible lab policy.
·
Your most effective and feasible public policy.
Process:
For
the science behind the crime, search the Internet to find information such as:
laboratory protocols and equipment, diagrams, photographs, etc. Also evaluate
the results and incorporate this information into your PowerPoint presentation.
For the policy decision component of this quest, search the web for pertinent
information, including surveys, statistics, case studies, etc. Evaluate the
information in relation to the problem, present data to support your position
and, if necessary, generate alternate laboratory and public policies you think
are most appropriate for missing children in America.
Develop the appropriate slides for your presentation. For each slide, include a
synthesis of the information you collected in a clear and concise manner.
Include graphic elements to make visual connections and contribute to the
understanding of concepts, ideas and relationships. Be sure to include
references that are the source of information that you have collected for your
slides and which support your policy decisions.
·
Present your slide show to the Forensic Science classes at
the Bronx High School of Science.
· Post your slide show on the Forensic Science section of The Bronx High School of Science’s web site, Forensic biology's Website (or go to www.bxscience.edu, click on Academics, followed by Departments, followed by Biology, followed by Home Page, followed by Forensic Biology, to Web Quest).
TIPS PUBLIC POLICY GUIDELINES
· Tips Public Policy Analyst
http://www.maxwell.syr.edu/plegal/TIPS/welcome.html
THE PROBLEM
· Missing Children Statistics and FAQ
www.missingkids.com/html/publicaffairs_stats.html
· Missing Children Resources
www.vachss.com/help_text/missing_kids.html
· Stats Index
· Statistics of Missing Children
www.childalert.org/statistics.htm
· Information About Runaway Children
www.criminaljustice.state.ny.us/missing/aware/runaway.htm
· Bureau of Justice Statistics Homepage
· Missing Children Legal Update Team H.O.P.E.
www.teamhope.org/index_legal.html
· Runaways and Missing Children
· Stolen Children
· Missing Children in the United States
http://www.interpol.int/public/Children/Missing/NationalLaws/mcUSA.asp
THE SCIENCE BEHIND THE CRIME
· All about Forensic Anthropology by Katherine Ramsland
http://www.crimelibrary.com/forensics/anthropology/5.htm
· Forensic Anthropology Education Forensic Anthro.com
http://www.forensicanthro.com/education.htm
· Facial Reconstruction
http://www.forensicartist.com/reconstruction.html
· 3Dfacial Reconstruction
http://www.shef.ac.uk/~assem/1/evison.html
· Forensic Art
http://www.crimelibrary.com/forensics/art/2.htm
· DNA Forensics
http://www.ornl.gov/hgmis/elsi/forensics.html
· DNA Analysis: A Powerful Investigative Tool
http://promega.com/profiles/302/302_08/default.htm
· Article on Skull Fracture
http://www.findarticles.com/cf_dls/m3225/8_61/61456465/p1/article.jhtml
· Head Injuries
http://www.health.adelaide.edu.au/paed-neuro/HeadInjury/injury.html
CONTACT EXPERTS IN THE FIELD
· The New York State Police Forensic Science Laboratory System
http://www.troopers.state.ny.us/ForSc/ForScindex.html
· Northeastern Association of Forensic Scientists (NEAFS)
http://www.geocities.com/CapeCanaveral/Lab/5122/labs.htm
· American Academy of Forensic Sciences (AAFS)
· American Board of Criminalistics (ABC)
http://www.criminalistics.com/ABC/abchome.htm
· American Society of Crime Laboratory Directors (ASCLD)
· DNA Learning Center (Cold Spring Harbor Laboratory)
POLICIES
· Mayor Guiliani Announces Fingerprinting Program To Help Parents Keep Kids Safe
www.ci.nyc.ny.us/html/om/html/2000a/pr151-00.html
· Parents Want to Make a Difference
www.galaxymall.com/children/missing/about.html
· Missing Children Laws-US
www.interpol.int/public/children/missing/nationallaws/Mcusa.ASP
· Model State Sex Offender Policy
http://www.missingkids.com/html/sexoffender.html
· State and federal role in missing children cases.
www.policyalmanac.org/social_welfare/child_abuse.shtml
· Megan’s Law in all 50 States
· Vanished Children’s Alliance
· Knights of Kindness-Missing Children- Existing Laws
www.baddteddy.com/missing/existing.htm
· Laws, Treaties and Conventions elating to International Child Abduction
www.childrenabduction.com/resources/laws.htm
· Missing Children Policies
www.state.ct.us/dcf/Policy/Trmt36/36-93.htm
· Parental Participation Justice Issues
www.ed.gov/pubs/AchGoal8/justice.html
SEARCH ENGINES
· Alta Vista
· Excite
· ERIC
· Entire Web
· San Diego State University Library
· Specialized Search Engines
www.SpecializedSearchEngines.com
· Yahoo
· Clip Art
EVALUATION
Your
grade will be determined according to the following scale:
·
PowerPoint Presentation. (35%) Your PowerPoint
presentation will consist of 10-15 slides. Use the guidelines outlined in the
PowerPoint presentation section of this quest as your guide. Make certain that
your audience can navigate easily from slide to slide. Your final slide must
identify your class, list the names of the students in the class and generate a
MLA style list of the sources you used throughout your previous slides. Be
certain that each of your slides is thoroughly designed and well prepared to
make a positive visual impact on the audience. Use qualitative and quantitative
information. All kinds of photographs, graphs, drawings, etc., can be
presented. Be certain to gather information from multiple sources and to
synthesize the information well. Also, utilize this information to succinctly
state the problem, identify the causes of the problem and a formulate a clearly
stated conclusion regarding the best policy for forensic investigators and the
public in general regarding missing/murdered American children.
·
Written Reports (35%) You will be required to write
mini research reports. In order to do this, you will have to search the
Internet for appropriate articles, synthesize, analyze and draw conclusions
from the information you have collected. Research topics include: identifying
the problem and causes of the problem; the legal issues at the crime scene and
in the lab; how to determine the age, sex and race of the skull; how a face is
reconstructed from a skull; and how DNA can be used to identify missing/
murdered children. All information submitted must be appropriately documented
and must include the appropriate graphics to illustrate the content and
conceptual understanding behind the investigation.
·
Oral Evaluation (15%) You will serve as a guest
speaker for all of the forensic science classes at The Bronx High School of
Science. Your oral PowerPoint presentation will be graded on your familiarity
with the topic, clarity of concepts, use of visual aids, how well you held the
audience’s attention, audibility, and grammar.
·
Bibliography (15%) Use the MLA format to correctly
attribute information to all rightful sources.
GRADING
POLICY
Range |
1 = Poor |
5 = Excellent |
Written
Research Projects |
Scoring |
·
Facts and information from multiple internet sources |
1 2 3 4 5 |
·
Synthesis of information from multiple references |
1 2 3 4 5 |
·
Analysis of information |
1 2 3 4 5 |
·
Conclusions drawn from the results of the investigation |
1 2 3 4 5 |
·
Written clearly and succinctly |
1 2 3 4 5 |
·
Grammar |
1 2 3 4 5 |
·
Understanding of scientific concepts |
1 2 3 4 5 |
·
Understanding of public policy |
1 2 3 4 5 |
·
Policy evaluation and design |
1 2 3 4 5 |
·
Bibliography |
1 2 3 4 5 |
|
|
|
|
Oral Presentations |
Scoring |
·
State the purpose for your project |
1 2 3 4 5 |
·
Supporting information |
1 2 3 4 5 |
·
Presents information clearly and succinctly |
1 2 3 4 5 |
·
Clarity of concepts |
1 2 3 4 5 |
·
Effective use of PowerPoint slides |
1 2 3 4 5 |
·
How well presenter held the audience’s attention |
1 2 3 4 5 |
·
The organization of facts and information |
1 2 3 4 5 |
·
Public policy |
1 2 3 4 5 |
·
Policy decisions and solutions |
1 2 3 4 5 |
·
Bibliography |
1 2 3 4 5 |
|
|
|
|
PowerPoint Presentations |
Scoring |
·
Ten to fifteen slides |
1 2 3 4 5 |
·
Visual impact of slides |
1 2 3 4 5 |
·
Easy navigation from slide to slide |
1 2 3 4 5 |
·
Use of qualitative and quantitative information |
1 2 3 4 5 |
·
Clear and succinct presentation |
1 2 3 4 5 |
·
Use of multiple sources |
1 2 3 4 5 |
·
Appropriate graphics to illustrate the content and conceptual understandings |
1 2 3 4 5 |
·
Policy and policy solutions |
1 2 3 4 5 |
·
Bibliography |
1 2 3 4 5 |
Determination
of Grades |
40 – 50 = A |
30 – 39 = B |
20 – 29 = C |
10 – 19 = D |
Below 10 = F |
Timeframe
·
Mini research reports collected bimonthly up to and
including March 1st.
·
Slide show due April 30th.
·
Oral presentations for all forensic science classes due on
May 1st.
·
PowerPoint presentation posted online May 10th.
HIGH SCHOOL SCIENCE PERFORMANCE STANDARDS
S1b Demonstrates an understanding
of structure and properties of matter.
S2 Life Sciences Concepts
S2d Demonstrates
an understanding of matter, energy, and organization
in living systems.
S2f Demonstrates
an understanding of behavior of organisms.
S4 Scientific Connections and Applications
S4a Demonstrates
an understanding of big ideas and unifying concepts.
S4d Demonstrates
an understanding of the impact of technology.
S4e Demonstrates
an understanding of the impact of science.
S5 Scientific Thinking
S5a Frames
questions to distinguish cause and effect; and identified or
controls variables.
S5b Uses concepts from
Science Standards 1 to 4 to explain a variety of observations and phenomena.
S5c Uses evidence from
reliable sources to develop descriptions, explanations, and models; and makes
appropriate adjustments and improvements.
S5d Proposes, recognizes,
analyzes, considers, and critiques alternative explanations; and distinguishes
between fact and opinion.
S5e Identifies problems;
proposes and implements solutions; and evaluates the accuracy, design, and
outcomes of investigations.
S5f Works individually and
in teams to collect and share information and ideas.
S6 Scientific Tools and Technologies
S6a Uses technology and tools
to observe and measure objects, organisms, and phenomena, directly, indirectly,
and remotely, with appropriate consideration of accuracy and precision.
S6b Records and stores data
using a variety of formats.
S6c Collects and analyzes
data using concepts and techniques in Mathematics Standard 4.
S6d Acquires information from
multiple sources.
S6e Recognizes and limits
sources of bias in data.
S7 Scientific Communication
S7a Represents
data and results in multiple ways.
S7b Argues
from evidence.
S7c Critiques
published materials.
S7d Explains
a scientific concept or procedure to other students.
S7e Communicates
in a form suited to the purpose and the audience.
S8 Scientific Investigation
S8b Demonstrates
scientific competence by completing fieldwork.
S8d Demonstrates scientific
competence by completing secondary research.
M1a Use addition, subtraction,
multiplication, division, exponentiation, and root-extraction.
M1e Represent numbers in
various forms and graph them.
M1f Compare numbers using
order relations, differences, ratios, proportions, percents, and proportional
change.
M1l Recognize and respect
basic number patterns.
M2 Geometry and Measurement Concepts
M2b Work
with two- and three- dimensional figures and their properties.
M2c Use congruence and
similarity in describing relationships between figures.
M2h Analyze figures in terms of
their symmetrics.
M2m Understand the structure of
standard measurement systems.
M2n Solve problems involving
scale.
M3 Function and Algebra Concepts
M3k Make
predictions by interpolating or extrapolating.
M4 Statistics and Probability Concepts
M4a Organize,
analyze, and display single-variable data appropriately.
M4b Organize,
analyze, and display two-variable data appropriately.
M4c Use
sampling techniques to draw inferences.
M4d Understand that inferencing
from a sample involves uncertainty and that the role of statistics is to
estimate the size of that uncertainty.
M4e Formulate hypotheses to answer
a question and use data to test hypotheses.
M4f Interpret representations
of data, compare distributions of data, and critique conclusions.
M4g Explore questions of
experimental design, control groups and responsibility.
M4h Create and use models of
probability and understand the role of assumptions.
M5 Problems Solving and Reasoning
M5a Formulation.
M5b Implementation.
M5c Conclusion.
M5d Mathematical
reasoning.
M6 Mathematical Skills and Tools
M6a Carry out numerical
calculations and symbol manipulations effectively.
M6e Make and use rough
sketches, schematic diagrams, or precise scale diagrams.
M6g Create and interpret graphs
of many kinds.
M6j Use technology to create
graphs or spreadsheets.
M6l Use tools in solving
problems.
M6m Know standard methods to
solve basic problems and use these methods in approaching more complex
problems.
M7 Mathematical Communication
M7a Be familiar with basic
mathematical terminology, standard notation and use of symbols, common
conventions for graphing, and general features of effective mathematical
communication styles.
M7b Use mathematical
representations with appropriate accuracy.
M7c Organize work and present
mathematical procedures and results correctly.
M7d Communicate logical
arguments clearly, showing sensibility and validity.
M8 Putting Mathematics to Work
M8a Data
study.
M8b Mathematical
model.
E1c Read
and comprehend informational materials.
E2 Writing
E2a Produce
a report of information.
E3 Speaking, Listening, and Viewing
E3a Participate
in one-to-one conferences with the teacher.
E3b Participate
in group meetings.
E3c Prepare
and deliver an individual presentation.
E4 Conventions, Grammar, and Usage of the English Language
E4a Independently and
habitually demonstrate an understanding of the rules of the English language in
written and oral work.
E4b Analyze and subsequently
revise work to improve its clarity and effectiveness.
E5 Literature
E5a Respond
to non-fiction, fiction, poetry, and drama using interpretive and critical processes.
E6 Public Documents
E6a Critique public documents
with an eye to strategies common in public discourse.
E6b Produce public documents.
E7 Functional Documents
E7a Critique functional
documents with an eye to strategies common to effective functional documents.
E7b Produce functional
documents appropriate to audience and purpose.
A1 Problem Solving
A1a Design a Product,
Service, or System: Identify needs that could be met by new products, services,
or systems and create solutions for meeting them.
A1b Improve a System: Develop
an understanding of the way systems of people, machines, and processes work;
troubleshoot problems in their operation and devise strategies for improving
their effectiveness.
A2 Communication Tools and Techniques
A2c develop
a multi-media presentation.
A3 Information Tools and Techniques
A3a Gather
information to assist in completing project work.
A3b Use
on-line sources to exchange information for specific purposes.
A3c Use
word-processing software to produce a multi-page document.
A4 Learning and Self-Management Tools and Techniques
A5b Review one’s progress in
completing work activities and adjust priorities.
A5 Tools and Techniques for Working With Others
A5a Participate in the
establishment and operation of self-directed work teams.