Safe schools : unified emergency school contingency plan /

This contingency plan, a collaborative effort among the Illinois State Police, local law enforcement and public and private schools, is intended to stimulate emergency planning and provide an organizational tool for schools to use in development of their own emergency plans.

Sex offender registration in Illinois.

This study examines information collected on 18,381 convicted sex offenders in the Illinois sex offender database which is extracted from the Law Enforcement Agencies Data System (LEADS). Unless otherwise indicated, all data collected for this study is through November 30, 2003.

Statewide teen fatality report /

Title from cover.

Sworn and civilian career opportunities.

"ISP 8-38"--Colophon.

The forensic science profession /

Includes bibliographic references.

The sexual assault evidence submission plan, in accordance with the Sexual Assault Evidence Submission Act, PA96-1011, Section 20 /

A second major change mandates all law enforcement agencies to submit for analysis all criminal SA cases in their possession which had not previously been submitted to a forensic laboratory (Section 20 of the Act). To determine the impact of Section 20 on the forensic laboratories, the ISP established mechanisms for agencies to submit an inventory list of SA cases in their custody by October 15, 2010. The ISP then distributed each agency's list to the forensic laboratory to which the agency would normally submit cases. Each laboratory would then clarify information and resolve questions with the agency, as necessary. As of February 1, 2011, of the 999 law enforcement agency offices required to submit an inventory list to the ISP, 860 (or 86 percent) complied ... Based on the information from the compliant agencies, approximately 4,143 criminal SA cases are anticipated to be submitted pursuant to Section 20 of the Act.

Visions, values and competencies /

"ISP 8-8 (6-99)"--Colophon.

Report

Mode of access: Internet.

Monthly Bulletin

Mar.-July 1919 Isued by the Dept. of the State Fire Marshal; Aug.1919-July 1920, by the Dept. of State Police, Bureau of Fire Protection

Report.

Mode of access: Internet.

Report

Successively issued by: State Police; Dept. of State Police

Traffic Accident Facts for Michigan

Mode of access: Internet.

Between Two Fires: Civilian Resistance during Internal Armed Conflict in Peru

Thesis (Ph.D.)--University of Washington, 2016-06

Improving the scientific reliability of biological detection of explosives by Canis familiaris: Active odour signatures and their implications

The use of canines as a method of detection of explosives is well established worldwide and those applying this technology range from police forces and law enforcement to humanitarian agencies in the developing world. Despite the recent surge in publication of novel instrumental sensors for explosives detection, canines are still regarded by many to be the most effective real-time field method of explosives detection. However, unlike instrumental methods, currently it is difficult to determine detection levels, perform calibration of the canines' ability or produce scientifically valid quality control checks. Accordingly, amongst increasingly strict requirements regarding forensic evidence admission such as Frye and Daubert, there is a need for better scientific understanding of the process of canine detection. ^ When translated to the field of canine detection, just like any instrumental technique, peer reviewed publication of the reliability, success and error rates, is required for admissibility. Commonly training is focussed towards high explosives such as TNT and Composition 4, and the low explosives such as Black and Smokeless Powders are added often only for completeness. ^ Headspace analyses of explosive samples, performed by Solid Phase Microextraction (SPME) paired with Gas Chromatography - Mass Spectrometry (GC-MS), and Gas Chromatography - Electron Capture Detection (GC-ECD) was conducted, highlighting common odour chemicals. The odour chemicals detected were then presented to previously trained and certified explosives detection canines, and the activity/inactivity of the odour determined through field trials and experiments. ^ It was demonstrated that TNT and cast explosives share a common odour signature, and the same may be said for plasticized explosives such as Composition C-4 and Deta Sheet. Conversely, smokeless powders were demonstrated not to share common odours. An evaluation of the effectiveness of commercially available pseudo aids reported limited success. The implications of the explosive odour studies upon canine training then led to the development of novel inert training aids based upon the active odours determined. ^