Help:Style Templates - Revision history

Kirk: /* Format Style for Content of News and Solution Pages */

2020-12-26T16:22:09Z

Format Style for Content of News and Solution Pages

← Older revision		Revision as of 16:22, 26 December 2020
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	==Format Style for Content of News and Solution Pages==		==Format Style for Content of News and Solution Pages==
			'''Note: large portions of articles should not be copied and pasted as that might be a violation of copyright, only that which can be considered "fair use", such as two or three paragraphs.'''

	<poem>		<poem>
	'''1st Choice:''' edit source		'''1st Choice:''' edit source

Kirk: /* Format Style for Content of News and Solution Pages */

2020-12-26T16:18:37Z

Format Style for Content of News and Solution Pages

← Older revision		Revision as of 16:18, 26 December 2020
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	<poem>		<poem>
	'''1st Choice:''' edit source		'''1st Choice:''' edit source

	<nowiki>		<nowiki>
	=====Headline in Here=====		=====Headline in Here=====

Kirk: /* Headline in Here */

2020-12-26T16:17:17Z

Headline in Here

← Older revision		Revision as of 16:17, 26 December 2020
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	A url is placed right between <nowiki> "<embed>" and "</embed>" </nowiki> with a space before and after. '		A url is placed right between <nowiki> "<embed>" and "</embed>" </nowiki> with a space before and after. '

	A Site Title, Date ~~and Author name~~ is next~~, not necessarily in that order~~.		A Site Title, Autohor, Date is next.

	''Simply copy this:''<nowiki> <embed> </embed> </nowiki> ''Click on "edit" in the menu at the top of this page then paste it where you wanted it and then paste your URL in the space between.''		''Simply copy this:''<nowiki> <embed> </embed> </nowiki> ''Click on "edit" in the menu at the top of this page then paste it where you wanted it and then paste your URL in the space between.''

Kirk: /* Format Style for Content of News and Solution Pages */

2020-12-26T16:15:41Z

Format Style for Content of News and Solution Pages

← Older revision		Revision as of 16:15, 26 December 2020
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	=====Headline in Here=====		=====Headline in Here=====

	[URL of target page either external or internal \| Name of Site Name of Author Date]		[URL of target page either external or internal (space) Name of Site Name of Author Date]

	A paragraph or two which gets to the heart of the article. It should have one space indent at the beginning. Wiki will create a paragraph box look as you see in the sample below. It can have no other formatting for this to work properly.		A paragraph or two which gets to the heart of the article. It should have one space indent at the beginning. Wiki will create a paragraph box look as you see in the sample below. It can have no other formatting for this to work properly.

Kirk: /* What’s Driving Antarctica's Meltdown? */

2020-12-26T16:13:13Z

What’s Driving Antarctica's Meltdown?

← Older revision		Revision as of 16:13, 26 December 2020
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	''Sample'':		''Sample'':
	=====What’s Driving Antarctica's Meltdown?=====		=====What’s Driving Antarctica's Meltdown?=====
	[https://insideclimatenews.org/news/12112019/antarctica-ice-shelf-melt-atmospheric-river-thwaites-glacier-ocean-sea-level-rise Inside Climate ~~New~~ Bob Berwyn 11/12/2019]		[https://insideclimatenews.org/news/12112019/antarctica-ice-shelf-melt-atmospheric-river-thwaites-glacier-ocean-sea-level-rise Inside Climate News Bob Berwyn 11/12/2019]
	Now, new research is highlighting another threat: Since 2000, moist and warm tendrils of air known as atmospheric rivers have been swirling toward the coast more frequently, bringing more rain and surface melting. Antarctica has been losing about 250 billion tons of ice annually in recent years, and research shows the rate has increased sixfold since 1979. At this pace, researchers have suggested, West Antarctica's ice shelves may reach climate tipping points and crumble, sending sea level rise surging well beyond current projections.		Now, new research is highlighting another threat: Since 2000, moist and warm tendrils of air known as atmospheric rivers have been swirling toward the coast more frequently, bringing more rain and surface melting. Antarctica has been losing about 250 billion tons of ice annually in recent years, and research shows the rate has increased sixfold since 1979. At this pace, researchers have suggested, West Antarctica's ice shelves may reach climate tipping points and crumble, sending sea level rise surging well beyond current projections.

Kirk: /* What’s Driving Antarctica's Meltdown? */

2020-12-26T16:12:29Z

What’s Driving Antarctica's Meltdown?

← Older revision		Revision as of 16:12, 26 December 2020
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	''Sample'':		''Sample'':
	=====What’s Driving Antarctica's Meltdown?=====		=====What’s Driving Antarctica's Meltdown?=====
	[https://insideclimatenews.org/news/12112019/antarctica-ice-shelf-melt-atmospheric-river-thwaites-glacier-ocean-sea-level-rise Inside Climate New 11/12/2019]		[https://insideclimatenews.org/news/12112019/antarctica-ice-shelf-melt-atmospheric-river-thwaites-glacier-ocean-sea-level-rise Inside Climate New Bob Berwyn 11/12/2019]
	Now, new research is highlighting another threat: Since 2000, moist and warm tendrils of air known as atmospheric rivers have been swirling toward the coast more frequently, bringing more rain and surface melting. Antarctica has been losing about 250 billion tons of ice annually in recent years, and research shows the rate has increased sixfold since 1979. At this pace, researchers have suggested, West Antarctica's ice shelves may reach climate tipping points and crumble, sending sea level rise surging well beyond current projections.		Now, new research is highlighting another threat: Since 2000, moist and warm tendrils of air known as atmospheric rivers have been swirling toward the coast more frequently, bringing more rain and surface melting. Antarctica has been losing about 250 billion tons of ice annually in recent years, and research shows the rate has increased sixfold since 1979. At this pace, researchers have suggested, West Antarctica's ice shelves may reach climate tipping points and crumble, sending sea level rise surging well beyond current projections.

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	'''2nd Choice:''' using "embed"		'''2nd Choice:''' using "embed"

	Note: embed should be used sparingly as it can slow down the entire site if an embedded image is too large.		Note: embed should be used sparingly as it can slow down the entire site if an embedded image is too large.

	=====Headline in Here=====		=====Headline in Here=====

Kirk: /* Format Style for Content of News and Solution Pages */

2020-12-26T16:11:18Z

Format Style for Content of News and Solution Pages

← Older revision		Revision as of 16:11, 26 December 2020
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	==Format Style for Content of News and Solution Pages==		==Format Style for Content of News and Solution Pages==
	<poem>		<poem>
	'''1st Choice:'''		'''1st Choice:''' edit source

			<nowiki>
	=====Headline in Here=====		=====Headline in Here=====

	A ~~url is placed right between~~ <nowiki> "<~~embed~~>~~" and "<~~/~~embed>" <~~/~~nowiki> with a space before~~ and ~~after~~. '		[URL of target page either external or internal \| Name of Site Name of Author Date]

			A paragraph or two which gets to the heart of the article. It should have one space indent at the beginning. Wiki will create a paragraph box look as you see in the sample below. It can have no other formatting for this to work properly.
			</nowiki> </poem>

			''Sample'':
			=====What’s Driving Antarctica's Meltdown?=====
			[https://insideclimatenews.org/news/12112019/antarctica-ice-shelf-melt-atmospheric-river-thwaites-glacier-ocean-sea-level-rise Inside Climate New 11/12/2019]
			Now, new research is highlighting another threat: Since 2000, moist and warm tendrils of air known as atmospheric rivers have been swirling toward the coast more frequently, bringing more rain and surface melting. Antarctica has been losing about 250 billion tons of ice annually in recent years, and research shows the rate has increased sixfold since 1979. At this pace, researchers have suggested, West Antarctica's ice shelves may reach climate tipping points and crumble, sending sea level rise surging well beyond current projections.

	~~A Site Title, Date and Author name is next, not necessarily in that order.~~

	''Simply copy this:''<nowiki> <embed> </embed> </nowiki> ''Click on "edit" in the menu at the top of this page then paste it where you wanted it and then paste your URL in the space between.''
	~~Then include the source and date after the </embed>~~

	A paragraph or two which gets to the heart of the article. It should have one space indent at the beginning. Wiki will create a paragraph box look as you see in the sample below. It can have no other formatting for this to work properly.		'''2nd Choice:''' using "embed"

	Note: ~~this first method will return an error (for The New Yorker) or not display properly for some sites. In which case this 2nd method~~ should be used.		Note: embed should be used sparingly as it can slow down the entire site if an embedded image is too large.

	~~'''2nd Choice:'''~~
	~~(Because some URLS don't work with "embed" extension)~~
	~~<nowiki>~~
	=====Headline in Here=====		=====Headline in Here=====

	~~[URL of target page either external or internal \| Name of Site or Page~~ and ~~Date~~ and ~~Name of Author]~~		A url is placed right between <nowiki> "<embed>" and "</embed>" </nowiki> with a space before and after. '

	A ~~paragraph or two which gets to the heart of the article. It should have one space indent at the beginning. Wiki will create a paragraph box look as you see~~ in ~~the sample below. It can have no other formatting for this to work properly~~.		A Site Title, Date and Author name is next, not necessarily in that order.
	~~</nowiki> </poem>~~

	''~~Sample~~'':		''Simply copy this:''<nowiki> <embed> </embed> </nowiki> ''Click on "edit" in the menu at the top of this page then paste it where you wanted it and then paste your URL in the space between.''
	~~=====What’s Driving Antarctica's Meltdown?=====~~		Then include the source and date after the </embed>
	<embed> ~~https://insideclimatenews.org/news/12112019/antarctica-ice-shelf-melt-atmospheric-river-thwaites-glacier-ocean-sea-level-rise~~ </embed> ~~Inside Climate New 11~~/~~12/2019~~
	~~Now, new research is highlighting another threat: Since 2000, moist and warm tendrils~~ of ~~air known as atmospheric rivers have been swirling toward the coast more frequently, bringing more rain~~ and ~~surface melting. Antarctica has been losing about 250 billion tons of ice annually~~ in ~~recent years, and research shows~~ the ~~rate has increased sixfold since 1979~~. ~~At this pace, researchers have suggested, West Antarctica~~'~~s ice shelves may reach climate tipping points~~ and ~~crumble, sending sea level rise surging well beyond current projections.~~

	~~'''OR'''~~		A paragraph or two which gets to the heart of the article. It should have one space indent at the beginning. Wiki will create a paragraph box look as you see in the sample below. It can have no other formatting for this to work properly.

	~~=====What’s Driving Antarctica's Meltdown?=====~~		Note: this first method will return an error (for The New Yorker) or not display properly for some sites. In which case this 2nd method should be used.
	~~[https~~:~~//insideclimatenews.org/news/12112019/antarctica-ice-shelf-melt-atmospheric-river-thwaites-glacier-ocean-sea-level-rise Inside Climate~~ New ~~11/12/2019]~~
	Now, new research is highlighting another threat: Since 2000, moist and warm tendrils of air known as atmospheric rivers have been swirling toward the coast more frequently, bringing more rain and surface melting. Antarctica has been losing about 250 billion tons of ice annually in recent years, and research shows the rate has increased sixfold since 1979. At this ~~pace, researchers have suggested, West Antarctica's ice shelves may reach climate tipping points and crumble, sending sea level rise surging well beyond current projections~~.

	==Sharing Links==		==Sharing Links==

Kirk: Undo revision 3451 by Kirk (talk)

2020-11-29T18:27:32Z

Undo revision 3451 by Kirk (talk)

← Older revision		Revision as of 18:27, 29 November 2020
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	Now, new research is highlighting another threat: Since 2000, moist and warm tendrils of air known as atmospheric rivers have been swirling toward the coast more frequently, bringing more rain and surface melting. Antarctica has been losing about 250 billion tons of ice annually in recent years, and research shows the rate has increased sixfold since 1979. At this pace, researchers have suggested, West Antarctica's ice shelves may reach climate tipping points and crumble, sending sea level rise surging well beyond current projections.		Now, new research is highlighting another threat: Since 2000, moist and warm tendrils of air known as atmospheric rivers have been swirling toward the coast more frequently, bringing more rain and surface melting. Antarctica has been losing about 250 billion tons of ice annually in recent years, and research shows the rate has increased sixfold since 1979. At this pace, researchers have suggested, West Antarctica's ice shelves may reach climate tipping points and crumble, sending sea level rise surging well beyond current projections.

			==Sharing Links==

			====Link from custom search engine====
			<poem>
			Use the url of the custom search engine, followed by "&q=" and then followed by the desired search term/s.

			Sample:https://cse.google.com/cse?cx=001641913649056623981:c8j2kjkdmcu&q=coyote
			</poem>
	==Image Gallery For News and Solutions Pages==		==Image Gallery For News and Solutions Pages==

Kirk at 18:24, 29 November 2020

2020-11-29T18:24:21Z

← Older revision		Revision as of 18:24, 29 November 2020
Line 45:		Line 45:
	Now, new research is highlighting another threat: Since 2000, moist and warm tendrils of air known as atmospheric rivers have been swirling toward the coast more frequently, bringing more rain and surface melting. Antarctica has been losing about 250 billion tons of ice annually in recent years, and research shows the rate has increased sixfold since 1979. At this pace, researchers have suggested, West Antarctica's ice shelves may reach climate tipping points and crumble, sending sea level rise surging well beyond current projections.		Now, new research is highlighting another threat: Since 2000, moist and warm tendrils of air known as atmospheric rivers have been swirling toward the coast more frequently, bringing more rain and surface melting. Antarctica has been losing about 250 billion tons of ice annually in recent years, and research shows the rate has increased sixfold since 1979. At this pace, researchers have suggested, West Antarctica's ice shelves may reach climate tipping points and crumble, sending sea level rise surging well beyond current projections.

	~~==Sharing Links==~~

	~~====Link from custom search engine====~~
	~~<poem>~~
	~~Use the url of the custom search engine, followed by "&q=" and then followed by the desired search term/s.~~

	~~Sample:https://cse.google.com/cse?cx=001641913649056623981:c8j2kjkdmcu&q=coyote~~
	~~</poem>~~
	==Image Gallery For News and Solutions Pages==		==Image Gallery For News and Solutions Pages==

Kirk at 18:23, 29 November 2020

2020-11-29T18:23:28Z

← Older revision		Revision as of 18:23, 29 November 2020
Line 45:		Line 45:
	Now, new research is highlighting another threat: Since 2000, moist and warm tendrils of air known as atmospheric rivers have been swirling toward the coast more frequently, bringing more rain and surface melting. Antarctica has been losing about 250 billion tons of ice annually in recent years, and research shows the rate has increased sixfold since 1979. At this pace, researchers have suggested, West Antarctica's ice shelves may reach climate tipping points and crumble, sending sea level rise surging well beyond current projections.		Now, new research is highlighting another threat: Since 2000, moist and warm tendrils of air known as atmospheric rivers have been swirling toward the coast more frequently, bringing more rain and surface melting. Antarctica has been losing about 250 billion tons of ice annually in recent years, and research shows the rate has increased sixfold since 1979. At this pace, researchers have suggested, West Antarctica's ice shelves may reach climate tipping points and crumble, sending sea level rise surging well beyond current projections.

			==Sharing Links==

			====Link from custom search engine====
			<poem>
			Use the url of the custom search engine, followed by "&q=" and then followed by the desired search term/s.

			Sample:https://cse.google.com/cse?cx=001641913649056623981:c8j2kjkdmcu&q=coyote
			</poem>
	==Image Gallery For News and Solutions Pages==		==Image Gallery For News and Solutions Pages==