Differences

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

--- when_nature_inflates [2008-01-16 09:13] – 62.166.51.71
+++ when_nature_inflates [2008-01-22 12:33] – 62.166.51.71
@@ Line 4: / Line 4: @@
-===== 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}}\\
-[[http://www.acadweb.wwu.edu/courses/envr429-rm/]]\\
-Arthropoda/Crustaceae, Cladocera, Daphnia 40x & Arthropoda/Crustaceae, Ostracoda, Cypris 40 http://www.acadweb.wwu.edu/courses/envr429-rm/
-http://www.acadweb.wwu.edu/courses/envr429-rm/
-{{volvoxa.jpg|volvoxa.jpg}}
-Volvoxa.jpg:
- http://www.btinternet.com/~stephen.durr/volvoxtwo.html
-{{654px-Rhoeo_Discolor_epidermis.jpg?200}}{{650px-Rhoeo_Discolor_-_Plasmolysis.jpg|650px-Rhoeo_Discolor_-_Plasmolysis.jpg}}
-Epidermal cells of Rhoeo discolor. The vacuoles (pink) fill out the whole cells.
-Epidermis cells of Rhoeo Discolor; the vacuoles fill out the whole cell bodies, plasmolyses
-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.
-{{elodea.jpg|elodea.jpg}}{{plasmolysis.jpg?350}}
-elodea & plasmolysis Copyright A. Gillham,  ©Blackpool Sixth Form College
-{43_melosira_100x.jpg|43_melosira_100x.jpg}}
-_Melosira_100x:
- http://www.acadweb.wwu.edu/courses/envr429-rm/ :
-{{grntrfg.jpg|grntrfg.jpg}}{{imagesCleaned_(washed)_Fiji_tree_frog_eggs,_close-up.jpg|imagesCleaned_(washed)_Fiji_tree_frog_eggs,_close-up.jpg}}
-Green Treefrog:Lang Elliott, all rights reserved & Fiji_tree_frog_eggs,_close-up: www.ryanphotographic.com/vitiensis.htm jpg:\\
-{{argyroneta60.jpg_www.arages.de:sdj:sdj_00_big.jpg_Frank_Lepper_Freiburg.jpg?350}}\\
-{{10924.jpgwww.nonduality.com.jpg|10924.jpgwww.nonduality.com.jpg}}
-Argyroneta Aquatica:This is the only spider known to live permanently underwater. The spider can swim with ease and constructs an inverted retreat which it fills with air. This is accomplished by trapping air on the abdomen. The air is collected from the surface with a flick of the rear legs. At the retreat the air is brushed off, several journeys are required to fill the "bell". Prey is taken to the retreat for consumption, although rarely it may be taken to the surface.. Moulting also takes place at the surface, or at least in the vegetation above it.. This would seem to be necessary for the cuticle to harden although moulting has also been observed within the bell._www.arages.de_Frank_Lepper_Freiburg
-Bubble Spider by Jacques De Schryver
+===== 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}}\\
+[[http://www.acadweb.wwu.edu/courses/envr429-rm/]]\\
+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/
-{{squid.jpg|squid.jpg}}
-Monterey Jellyfish: copyright 1992  phil@mit.edu
+{{volvoxa.jpg|volvoxa.jpg}}  {{654px-Rhoeo_Discolor_epidermis.jpg?138}}{{:650px-rhoeo_discolor-plasmolysis.jpg|}}\\
+Volvoxa\\
+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
+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.
-{{females.jpg|females.jpg}}
-Freshwater Jellyfish
+{{elodea.jpg?278}}{{plasmolysis.jpg?350}}\\
+elodea & plasmolysis Copyright A. Gillham,  ©Blackpool Sixth Form College
+{43_melosira_100x.jpg|43_melosira_100x.jpg}}\\
+_Melosira_100x:
+ http://www.acadweb.wwu.edu/courses/envr429-rm/
+{{grntrfg.jpg|grntrfg.jpg}}{{:imagescleaned_washed_fiji_tree_frog_eggs_close-up.jpg?496}}\\
+{{:marsh_frog.jpg?395}}\\
+Green Treefrog:Lang Elliott, all rights reserved\\
+Fiji_tree_frog_eggs,_close-up. source: www.ryanphotographic.com/vitiensis.htm jpg:\\
+Marsh frog source: http://example.com|External Link
+\\
+{{10924.jpgwww.nonduality.com.jpg|10924.jpgwww.nonduality.com.jpg}}{{:argyroneta60.jpg_www.arages.de_sdj_sdj_00_big.jpg_frank_lepper_freiburg.jpg?350}}\\
+Argyroneta Aquatica: This is the only spider known to live permanently underwater. The spider can swim with ease and constructs an inverted retreat which it fills with air. This is accomplished by trapping air on the abdomen. The air is collected from the surface with a flick of the rear legs. At the retreat the air is brushed off, several journeys are required to fill the "bell". Prey is taken to the retreat for consumption, although rarely it may be taken to the surface.. Moulting also takes place at the surface, or at least in the vegetation above it.. This would seem to be necessary for the cuticle to harden although moulting has also been observed within the bell.\\
+source: _www.arages.de_Frank_Lepper_Freiburg Bubble Spider by Jacques De Schryver\\
-(Craspedacusta sowerbyi)
+{{squid.jpg?500}} {{females.jpg?450}}\\
-by Gen-yu Sasaki, Japan
+Monterey Jellyfish: copyright 1992  phil@mit.edu\\
+Freshwater Jellyfish (Craspedacusta sowerbyi)by Gen-yu Sasaki, Japan
 {{lordrings3.gifwww.earthtrust.org:delringgallery.gif|lordrings3.gifwww.earthtrust.org:delringgallery.gif}}