Category:Analysis by place characteristics - Revision history

Bosmana fem: /* FEM Editor 2007 */

2023-04-23T08:58:26Z

FEM Editor 2007

← Older revision		Revision as of 08:58, 23 April 2023
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	<references/>		<references/>

	==FEM Editor ~~2007==~~		<div style="display: inline-block; width: 25%; vertical-align: top; border: 1px solid #000; background-color: #d7effc; padding: 10px; margin: 5px;">
	Denis Coulombier		'''FEM PAGE CONTRIBUTORS 2007'''
	; Original FEM Authors		;FEM Editor
	: Christophe Paquet		:Denis Coulombier
	: Arnold Tarantola		;Original FEM Authors
	: Philippe Quenel		:Christophe Paquet
	: Nada Ghosn		:Arnold Tarantola
			:Philippe Quenel
			:Nada Ghosn
	;FEM Contributors -2017		;FEM Contributors -2017
	: Lisa Lazareck		:Lisa Lazareck
	: Farshad Pourmalek		:Farshad Pourmalek
	: Denis Coulombier		:Denis Coulombier
	: Arnold Bosman		:Arnold Bosman
	: Vladimir Prikazsky		:Vladimir Prikazsky
			</div>
	[[Category:Descriptive data analysis]]		[[Category:Descriptive data analysis]]

Bosmana fem: /* Steps in mapping data */

2023-03-25T10:12:10Z

Steps in mapping data

← Older revision		Revision as of 10:12, 25 March 2023
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	* Defining the [[Which indicator to map?\|appropriate indicator]] to represent the magnitude of the disease		* Defining the [[Which indicator to map?\|appropriate indicator]] to represent the magnitude of the disease
	* Selecting the appropriate variable to display the spatial disease pattern		* Selecting the appropriate variable to display the spatial disease pattern
	* [[Choosing ~~the~~ appropriate type of map]]		* [[Choosing an appropriate type of map]]

	==References==		==References==

Bosmana fem: /* Steps in mapping data */

2023-03-25T10:11:49Z

Steps in mapping data

← Older revision		Revision as of 10:11, 25 March 2023
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	A map is an analog way to represent the spatial distribution of a disease. Making a meaningful map requires the following steps:		A map is an analog way to represent the spatial distribution of a disease. Making a meaningful map requires the following steps:

	* Defining the [[~~which~~ indicator to map\|appropriate indicator]] to represent the magnitude of the disease		* Defining the [[Which indicator to map?\|appropriate indicator]] to represent the magnitude of the disease
	* Selecting the appropriate variable to display the spatial disease pattern		* Selecting the appropriate variable to display the spatial disease pattern
	* [[Choosing the appropriate type of map]]		* [[Choosing the appropriate type of map]]

Bosmana fem at 10:11, 25 March 2023

2023-03-25T10:11:23Z

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	Mapping data issued from sentinel surveillance systems requires specific techniques to extrapolate the information from sentinel sites to the entire country <ref>Carrat F., Valleron A-J.: Epidemiologic Mapping Using the "Krigging" Method. Application to an Influenza-Like Illness epidemic in France. Am. J. Epidemiol., 1992; 135:1293-1300</ref>.		Mapping data issued from sentinel surveillance systems requires specific techniques to extrapolate the information from sentinel sites to the entire country <ref>Carrat F., Valleron A-J.: Epidemiologic Mapping Using the "Krigging" Method. Application to an Influenza-Like Illness epidemic in France. Am. J. Epidemiol., 1992; 135:1293-1300</ref>.

	See additional information on mapping surveillance data in chapters [[Choosing an appropriate type of map]] and [[Which indicator to map]]		See additional information on mapping surveillance data in chapters [[Choosing an appropriate type of map]] and [[Which indicator to map?\|Which indicator to map]]

	==Spatial distribution of diseases==		==Spatial distribution of diseases==

Bosmana fem at 09:58, 25 March 2023

2023-03-25T09:58:04Z

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	Plotting surveillance data by geographical location is an important step of descriptive analysis. When done properly, this method enables the visualization of the geographical extension of a public health event, the identification of disease clusters, and the targeting of affected populations.		Plotting surveillance data by geographical location is an important step of descriptive analysis. When done properly, this method enables the visualization of the geographical extension of a public health event, the identification of disease clusters, and the targeting of affected populations.

	Data can be expressed in absolute numbers or rates (incidence, attack rates). Using [[rates]] allows for comparing distributions across geographic boundaries (based on places of disease notification). However, [[standardization of rates\|standardizing rates]] by age may sometimes be necessary to compare areas with different population structures (i.e., younger urban vs. older rural population).		Data can be expressed in absolute numbers or rates (incidence, attack rates). Using [[Risks and Rates\|rates]] allows for comparing distributions across geographic boundaries (based on places of disease notification). However, [[standardization of rates\|standardizing rates]] by age may sometimes be necessary to compare areas with different population structures (i.e., younger urban vs. older rural population).

	The level of geographical analysis depends on the public health event under consideration. A cluster of rare diseases can only be described at the level of the affected community, while the national picture is of interest for diseases more commonly distributed.		The level of geographical analysis depends on the public health event under consideration. A cluster of rare diseases can only be described at the level of the affected community, while the national picture is of interest for diseases more commonly distributed.

TestArnold: /* FEM Editor 2007 */

2023-03-25T09:55:52Z

FEM Editor 2007

← Older revision		Revision as of 09:55, 25 March 2023
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	==FEM Editor 2007==		==FEM Editor 2007==
	* Denis Coulombier		Denis Coulombier
	; Original FEM Authors		; Original FEM Authors
	: Christophe Paquet		: Christophe Paquet

Bosmana fem: /* FEM Editor 2007= */

2023-03-24T07:01:33Z

FEM Editor 2007=

← Older revision		Revision as of 07:01, 24 March 2023
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	<references/>		<references/>

	==FEM Editor 2007===		==FEM Editor 2007==
	* Denis Coulombier		* Denis Coulombier
	; Original FEM Authors		; Original FEM Authors

Bosmana fem: /* References */

2023-03-24T07:01:17Z

References

← Older revision		Revision as of 07:01, 24 March 2023
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	<references/>		<references/>

	===FEM Editor 2007===		==FEM Editor 2007===
	* Denis Coulombier		* Denis Coulombier
			; Original FEM Authors
	~~===~~Original FEM Authors~~===~~		: Christophe Paquet
	* Christophe Paquet		: Arnold Tarantola
	* Arnold Tarantola		: Philippe Quenel
	* Philippe Quenel		: Nada Ghosn
	* Nada Ghosn		;FEM Contributors -2017
			: Lisa Lazareck
	~~===~~FEM Contributors~~===~~		: Farshad Pourmalek
	* Lisa Lazareck		: Denis Coulombier
	* Farshad Pourmalek		: Arnold Bosman
	* Denis Coulombier		: Vladimir Prikazsky
	* Arnold Bosman
	* Vladimir Prikazsky
	[[Category:Descriptive data analysis]]		[[Category:Descriptive data analysis]]

Bosmana fem: Bosmana fem moved page Analysis by place characteristics to Category:Analysis by place characteristics

2023-03-22T20:17:55Z

Bosmana fem moved page Analysis by place characteristics to Category:Analysis by place characteristics

← Older revision	Revision as of 20:17, 22 March 2023
(No difference)

Bosmana fem at 20:17, 22 March 2023

2023-03-22T20:17:05Z

← Older revision		Revision as of 20:17, 22 March 2023
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	* Arnold Bosman		* Arnold Bosman
	* Vladimir Prikazsky		* Vladimir Prikazsky
			[[Category:Descriptive data analysis]]