Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revision Previous revision
Next revision		 Previous revision
Next revisionBoth sides next revision
when_nature_inflates [2014-09-26 00:12] – [Always inspiring: how cells as a cluster transport matter through their membranes; the electro-luminesent working of jellyfishes; vortexes blown by dolphins just to play with...while scientists crack their heads how do they do this; about spiders spendin cockywhen_nature_inflates [2014-09-26 23:05] – [When Nature Inflates] cocky
Line 3: Line 3:
 ==== When Nature Inflates ==== ==== When Nature Inflates ====
  
- +=====  =====
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
- +
-===== Always inspiring: how cells as a cluster transport matter through their membranes; the electro-luminesent working of jellyfishes; vortexes blown by dolphins just to play with...while scientists crack their heads "how do they do this"; about spiders spending their lifetime under water in an airbubble;... =====+
 \\ \\
 {{90_daphnia_40x.jpg?350}} {{99_ostracod_40x.jpg?350}}\\ {{90_daphnia_40x.jpg?350}} {{99_ostracod_40x.jpg?350}}\\
-[[http://www.acadweb.wwu.edu/courses/envr429-rm/]]\\ +{{654px-Rhoeo_Discolor_epidermis.jpg?300}}{{:650px-rhoeo_discolor-plasmolysis.jpg?300}}\\
-Arthropoda/Crustaceae, Cladocera, Daphnia 40x & Arthropoda/Crustaceae, Ostracoda, Cypris 40  +
-source: http://www.acadweb.wwu.edu/courses/envr429-rm/  +
-http://www.acadweb.wwu.edu/courses/envr429-rm/ +
- +
- +
-{{volvoxa.jpg|volvoxa.jpg}}  {{654px-Rhoeo_Discolor_epidermis.jpg?138}}{{:650px-rhoeo_discolor-plasmolysis.jpg|}}\\+
 Volvoxa\\ Volvoxa\\
 +{{elodea.jpg?278}}{{plasmolysis.jpg?350}}\\
 +{{volvoxa.jpg|volvoxa.jpg?250}}
 +\\
 Epidermal cells of Rhoeo discolor. The vacuoles (pink) fill out the whole cells and the vacuoles fill out the whole cell bodies, plasmolyses\\ Epidermal cells of Rhoeo discolor. The vacuoles (pink) fill out the whole cells and the vacuoles fill out the whole cell bodies, plasmolyses\\
-Photos by: Mnolf, Date: 30.03.2004: License: GFDL+Always inspiring: how cells of an organism transport matter through their membranes; the electro-luminesent working of jellyfishes; vortexes blown by dolphins just to play with...while scientists crack their heads "how do they do this"; about spiders spending their lifetime under water in an airbubble;...\\ 
 +1.Arthropoda/Crustaceae, Cladocera, Daphnia 40x & Arthropoda/Crustaceae, Ostracoda, Cypris 40  
 +source: http://www.acadweb.wwu.edu/courses/envr429-rm/ [[http://www.acadweb.wwu.edu/courses/envr429-rm/]]\\ 
 +2.http://www.acadweb.wwu.edu/courses/envr429-rm/ 
 +3.Photos by: Mnolf, Date: 30.03.2004: License: GFDL
 Permission is granted to copy, distribute and/or modify this document under the terms of the GNU Free Documentation License, Version 1.2 or any later version published by the Free Software Foundation; with no Invariant Sections, no Front-Cover Texts, and no Back-Cover Texts.\\ Permission is granted to copy, distribute and/or modify this document under the terms of the GNU Free Documentation License, Version 1.2 or any later version published by the Free Software Foundation; with no Invariant Sections, no Front-Cover Texts, and no Back-Cover Texts.\\
 +4.elodea & plasmolysis Copyright A. Gillham,  ©Blackpool Sixth Form College
 +5.43_Melosira_100x:
 + http://www.acadweb.wwu.edu/courses/envr429-rm/ \\
  
 \\ \\
Line 105: Line 33:
  
  
-{{elodea.jpg?278}}{{plasmolysis.jpg?350}}\\ +
-elodea & plasmolysis Copyright A. Gillham,  ©Blackpool Sixth Form College +
-{43_melosira_100x.jpg|43_melosira_100x.jpg}}\\ +
-43_Melosira_100x: +
- http://www.acadweb.wwu.edu/courses/envr429-rm/ \\+
 \\ \\
 \\ \\
Line 144: Line 68:
 \\ \\
  
-{{:puffer.jpg?650}}\\ 
-porcupinefishes\\ 
 \\ \\
 {{:fregate_04.jpg?325}}{{:odg337-2.jpg|}}{{:bbee7cbe-e7f2-99df-3dc297361bdcc618_2.jpg?299}}\\ {{:fregate_04.jpg?325}}{{:odg337-2.jpg|}}{{:bbee7cbe-e7f2-99df-3dc297361bdcc618_2.jpg?299}}\\
Line 162: Line 84:
  
  
-{{:octace02.jpg?220}}{{:55010184.jpg?250}}    {{:swim_bladd_m1088241.jpg?175}}{{:squid21.jpgcranchiid_squid_juvenile_from_plankton-photo_uwe_kils_gfdl..jpg?93}}\\+{{:octace02.jpg?220}}{{:55010184.jpg?250}}   {{:squid21.jpgcranchiid_squid_juvenile_from_plankton-photo_uwe_kils_gfdl..jpg?93}}\\
 Bubble Eye fish: Bubble Eye fish:
 Carassius auratus, bright orange bubble-eye goldfish has fluid-filled sacs under its eyes and a showy tail. Carassius auratus, bright orange bubble-eye goldfish has fluid-filled sacs under its eyes and a showy tail.
 The uitpuilende ogen van deze goudvis zijn gevuld met water. Handig is het niet, door die waterbellen kan hij niet goed zien, en ook zwemmen gaat niet fijn. In de natuur komt deze vis dus niet voor. Hij is speciaal gekweekt voor de liefhebbers. The uitpuilende ogen van deze goudvis zijn gevuld met water. Handig is het niet, door die waterbellen kan hij niet goed zien, en ook zwemmen gaat niet fijn. In de natuur komt deze vis dus niet voor. Hij is speciaal gekweekt voor de liefhebbers.
  
 +{{:swim_bladd_m1088241.jpg?175}}{{:globe-fish2.jpg?300}}
 Swim bladder, Swim bladder,
 The Globe Fish lives in shallow water and uses its swim bladder to ascend and decend in the water. The swim bladder is a sac inside the abdomen that contains gas. If you have caught a fish and wondered why its eyes are bulging from its head, it is because the air in the swim bladder has expanded and is pushing against the back of its eye. The gas in the swim bladder is mostly oxygen. Nitrogen and carbon dioxide are also present. De zwemblaas stelt de vis in staat om zijn massadichtheid continu aan te passen en het lichaam in de gewenste positie te houden zonder dat de vis verder energie hoeft te verbruiken met zwembewegingen.\\ The Globe Fish lives in shallow water and uses its swim bladder to ascend and decend in the water. The swim bladder is a sac inside the abdomen that contains gas. If you have caught a fish and wondered why its eyes are bulging from its head, it is because the air in the swim bladder has expanded and is pushing against the back of its eye. The gas in the swim bladder is mostly oxygen. Nitrogen and carbon dioxide are also present. De zwemblaas stelt de vis in staat om zijn massadichtheid continu aan te passen en het lichaam in de gewenste positie te houden zonder dat de vis verder energie hoeft te verbruiken met zwembewegingen.\\
Line 193: Line 115:
  
  
-more inflatable image sections: [[Experience Inflatables]] - [[Powered by Wind]] - [[Parasite Inflatables]] - [[Soap Experiences]] - [[When Nature Inflates]] - [[Environmental Blendings]] - [[Hardened Bubbles]] - [[Inflatable Spaces]] - [[Inflatable Sound]] - [[Interactive Inflatables]] - [[The Non Categorized Inflatables]] - [[Lighter than Air]] - [[NASA Inflatables]]+more inflatable image sections: [[Experience Inflatables]] - [[Powered by Wind]] - [[Parasite Inflatables]] - [[Soap Experiences]] - [[When Nature Inflates]] - [[Environmental Blendings]] - [[Hardened Bubbles]] - [[Inflatable Spaces]] - [[Inflatable Sound]] - [[Interactive Inflatables]] - [[The Non Categorized Inflatables]] - [[Lighter than Air]] - [[NASA Inflatables]] - [[Leftover Inflatable Archive]]
  
 or go back: [[Cocky Eek]]  or go back: [[Cocky Eek]] 
  
  
  • when_nature_inflates.txt
  • Last modified: 2014-09-27 18:20
  • by cocky