Difference between revisions of "Kuopio workshop report"
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**Output of method: Noise level indicator | **Output of method: Noise level indicator | ||
| − | ===Noise | + | |
| + | ===Population distribution=== | ||
| + | |||
| + | Original variable: [[Exposed population|Exposed population]] | ||
| + | |||
| + | '''Methods and tools needed''' | ||
| + | |||
| + | |||
| + | Methods and tools available: | ||
| + | |||
| + | **Application in case: | ||
| + | **Input to method: | ||
| + | **Output of method: Noise level indicator | ||
| + | |||
| + | |||
| + | ===Number of people exposed to certain noise levels: Application in noise policy case=== | ||
Original variable: [[Noise exposure|Noise exposure]] | Original variable: [[Noise exposure|Noise exposure]] | ||
| Line 45: | Line 60: | ||
*WHO indicator development methodology | *WHO indicator development methodology | ||
**Application in case: | **Application in case: | ||
| − | **Input to method: | + | **Input to method: ''None'' |
| − | **Output of method: Noise exposure indicator | + | **Output of method: Noise exposure indicator (for example: ''Fraction of population with a given Lden of <55 dB(A), 55-60 dB(A), >60 dB(A)'') |
| + | |||
===Model to translate noise levels into sleep disturbance : Application in noise policy case=== | ===Model to translate noise levels into sleep disturbance : Application in noise policy case=== | ||
| − | Original variable [[Sleep disturbance]] | + | Original variable [[Sleep disturbance|Sleep disturbance]] |
| + | |||
| + | '''Methods and tools needed''' | ||
* WP1.3 methods of systemtic review/meta-analysis | * WP1.3 methods of systemtic review/meta-analysis | ||
**Application in case: | **Application in case: | ||
**Input to method: specific epidemiological studies dealing with noise and sleep disturbance | **Input to method: specific epidemiological studies dealing with noise and sleep disturbance | ||
| − | **Output of method: One specific study/ model that can be best used to model noise related sleep disturbance. (For example: Miedema functions, see | + | **Output of method: One specific study/ model that can be best used to model noise related sleep disturbance. (For example: Miedema functions, see [[Sleep disturbance|Sleep disturbance]] |
Revision as of 13:54, 16 March 2007
The report about the workshop, including outcomes, experiences, lessons learned, problems faced, development needs identified etc., will be written here. An intermediate report will be prepared for presentation at the SP1 meeting on 20 March and the final report will be prepared in the end of the workshop and presented at SP4 workshop in April.
Testing of Intarese methods and tools in noise policy case
File:Noise sleepdisturbance Schiphol assessment.jpg
The noise policy case in the Schiphol assessment (see figure) tests and applies the selected Intarese methods and tools (see table). We start with the green and yellow variables, since there are data available. For each variable we describe the methods and tools needed and give an example/application of available methods and tools in the noise policy case.
Noise levels: Application in noise policy case
Original variable: Noise levels
Methods and tools needed
Development of noise level indicator
Methods and tools available:
- WHO indicator development methodology
- Application in case:
- Input to method:
- Output of method: Noise level indicator
Population distribution
Original variable: Exposed population
Methods and tools needed
Methods and tools available:
- Application in case:
- Input to method:
- Output of method: Noise level indicator
Number of people exposed to certain noise levels: Application in noise policy case
Original variable: Noise exposure
Methods and tools needed
Noise exposure model
Methods and tools available:
- WP1.2 exposure models
- Application in case:
- Input to method:
- Output of method:
Development of noise exposure indicator
Methods and tools available:
- WHO indicator development methodology
- Application in case:
- Input to method: None
- Output of method: Noise exposure indicator (for example: Fraction of population with a given Lden of <55 dB(A), 55-60 dB(A), >60 dB(A))
Model to translate noise levels into sleep disturbance : Application in noise policy case
Original variable Sleep disturbance
Methods and tools needed
- WP1.3 methods of systemtic review/meta-analysis
- Application in case:
- Input to method: specific epidemiological studies dealing with noise and sleep disturbance
- Output of method: One specific study/ model that can be best used to model noise related sleep disturbance. (For example: Miedema functions, see Sleep disturbance
