Advanced Sustainability Analysis - Revision history

EmoryFerguson at 19:44, 27 July 2017

2017-07-27T19:44:28Z

← Older revision		Revision as of 19:44, 27 July 2017
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	Advanced Sustainability Analysis can be reached from the Display option on the Main Menu, under the Specialized Displays for Issues sub-option. It is also located under the [[Main_Menu_Map_Pop-up\|Main Menu Map Pop-up]] options.		Advanced Sustainability Analysis can be reached from the Display option on the Main Menu, under the Specialized Displays for Issues sub-option. It is also located under the [[Main_Menu_Map_Pop-up\|Main Menu Map Pop-up]] options.

	[[File:Useifs33.PNG\|center\|~~Useifs33.PNG~~]]		[[File:Useifs33.PNG\|frame\|center\|Advanced Sustainability Analysis Window]]

	The above matrix helps you understand the relationship between material inputs (such as fossil fuels and water) flowing into human systems and emissions coming from human systems (such as carbon dioxide), on the one hand, and size of GDP, population, and labor force on the other. It helps track whether ratios of inputs and outputs are increasing or decreasing relative to the size of human systems.		The above matrix helps you understand the relationship between material inputs (such as fossil fuels and water) flowing into human systems and emissions coming from human systems (such as carbon dioxide), on the one hand, and size of GDP, population, and labor force on the other. It helps track whether ratios of inputs and outputs are increasing or decreasing relative to the size of human systems.

CamrynDreyer at 13:45, 19 July 2017

2017-07-19T13:45:55Z

← Older revision		Revision as of 13:45, 19 July 2017
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	Advanced Sustainability Analysis can be reached from the Display option on the Main Menu, under the Specialized Displays for Issues sub-option. It is also located under the [~~http://www.du.edu/ifs/help/use~~-~~online/display/mainmap.html~~ Main Menu Map Pop-up] options.		Advanced Sustainability Analysis can be reached from the Display option on the Main Menu, under the Specialized Displays for Issues sub-option. It is also located under the [[Main_Menu_Map_Pop-up\|Main Menu Map Pop-up]] options.

	[[File:Useifs33.PNG\|center]]		[[File:Useifs33.PNG\|center\|Useifs33.PNG]]

	The above matrix helps you understand the relationship between material inputs (such as fossil fuels and water) flowing into human systems and emissions coming from human systems (such as carbon dioxide), on the one hand, and size of GDP, population, and labor force on the other. It helps track whether ratios of inputs and outputs are increasing or decreasing relative to the size of human systems.		The above matrix helps you understand the relationship between material inputs (such as fossil fuels and water) flowing into human systems and emissions coming from human systems (such as carbon dioxide), on the one hand, and size of GDP, population, and labor force on the other. It helps track whether ratios of inputs and outputs are increasing or decreasing relative to the size of human systems.

EmoryFerguson at 21:09, 17 July 2017

2017-07-17T21:09:24Z

← Older revision		Revision as of 21:09, 17 July 2017
Line 1:		Line 1:
	Advanced Sustainability Analysis can be reached from the Display option on the Main Menu, under the Specialized Displays for Issues sub-option. It is also located under the [http://www.du.edu/ifs/help/use-online/display/mainmap.html Main Menu Map Pop-up] options.		Advanced Sustainability Analysis can be reached from the Display option on the Main Menu, under the Specialized Displays for Issues sub-option. It is also located under the [http://www.du.edu/ifs/help/use-online/display/mainmap.html Main Menu Map Pop-up] options.

	~~<span style="font-size~~:~~x-large;">IMAGE</span> http://www.du.edu/ifs/help/use-online/display/specialized/sustainability~~.~~html~~		[[File:Useifs33.PNG\|center]]

	The above matrix helps you understand the relationship between material inputs (such as fossil fuels and water) flowing into human systems and emissions coming from human systems (such as carbon dioxide), on the one hand, and size of GDP, population, and labor force on the other. It helps track whether ratios of inputs and outputs are increasing or decreasing relative to the size of human systems.		The above matrix helps you understand the relationship between material inputs (such as fossil fuels and water) flowing into human systems and emissions coming from human systems (such as carbon dioxide), on the one hand, and size of GDP, population, and labor force on the other. It helps track whether ratios of inputs and outputs are increasing or decreasing relative to the size of human systems.

CamrynDreyer: Created page with "Advanced Sustainability Analysis can be reached from the Display option on the Main Menu, under the Specialized Displays for Issues sub-option. It is also located under the&nb..."

2017-07-14T20:17:33Z

Created page with "Advanced Sustainability Analysis can be reached from the Display option on the Main Menu, under the Specialized Displays for Issues sub-option. It is also located under the&nb..."

New page

Advanced Sustainability Analysis can be reached from the Display option on the Main Menu, under the Specialized Displays for Issues sub-option. It is also located under the [http://www.du.edu/ifs/help/use-online/display/mainmap.html Main Menu Map Pop-up] options.

<span style="font-size:x-large;">IMAGE</span> http://www.du.edu/ifs/help/use-online/display/specialized/sustainability.html

The above matrix helps you understand the relationship between material inputs (such as fossil fuels and water) flowing into human systems and emissions coming from human systems (such as carbon dioxide), on the one hand, and size of GDP, population, and labor force on the other. It helps track whether ratios of inputs and outputs are increasing or decreasing relative to the size of human systems.