PATROL SATURATION STUDY (ASAP)
The Sioux City - Woodbury County Alcohol Safety Action Project initiated a patrol saturation experiment within the city limits of Sioux City during the third operational year of the program. This experiment increased the effectiveness of the police ASAP squad by increasing the patrol saturation of ASAP patrols within selected patrol beats. The concept for the patrol saturation experiment originated when crime data for 1973 indicated a shift of certain crimes from downtown (where ASAP primarily patrols) to residential areas and also a decrease in some crimes felt effected by patrolling for the first time in the history of Sioux City. The Patrol Saturation Countermeasure was added to the Sioux City - Woodbury County ASAP Detailed Plan in the spring of 1974 to provide adequate funding for the data collection and evaluation of a patrol saturation experiment operated under a strict statistical design model. It was initially hoped that the design model would be free of 'confounding variables.' This, however, was not the case for the Patrol Saturation Countermeasure had many 'confounding variables' from its original inception to the final collection of data.
- Prepared in cooperation with Morningside Coll., Sioux City, IA. Dept. of Sociology.
Sioux City-Woodbury County Alcohol Safety Action ProjectSioux City, IA United States
Morningside College, Sioux CitySioux City, IA United States
Washington, DC United States 20590
- Publication Date: 1975-11
- Pagination: 30 p.
- TRT Terms: Law enforcement; Police; Prevention; Safety; Statistical analysis; Traffic crashes; Traffic safety; Urban areas
- Uncontrolled Terms: Motor vehicle accidents
- Geographic Terms: Iowa
- Subject Areas: Data and Information Technology; Safety and Human Factors; Security and Emergencies;
- Accession Number: 00197688
- Record Type: Publication
- Source Agency: National Technical Information Service
- Report/Paper Numbers: DOT-HS-802-981
- Contract Numbers: DOT-HS-163-2-256
- Files: NTIS, USDOT
- Created Date: Sep 15 2002 12:00AM