Volvox:

preview-picture	description	comment
		This links opens a sepertae page with Volvox images in Rheinberg-Illumination
	volvox aureus garden pond July 2005	general viewMicroscopy, photomicrograph, Microfoto
	volvox aureus garden pond July 2005Microscopy, photomicrograph, Microfoto	this video (1,9 MB, divx-AVI) shows the turbulences that are caused by the flagella.
	Volvox aureus Gardenpond April 2011	Transmitted light, flashMicroscopy, photomicrograph, Microfoto
	Volvox aureus Pond at the Benrath Hospital April 2007	8 pictures stacked with CombineZMMicroscopy, photomicrograph, Microfoto
	Volvox aureus Pond at the Benrath Hospital April 2007	8 pictures stacked with CombineZMMicroscopy, photomicrograph, Microfoto
	Volvox aureus Pond at the Benrath Hospital April 2007	DarkfieldMicroscopy, photomicrograph, Microfoto
	Volvox aureus Gardenpond July 2015	Darkfield, FlashMicroscopy, photomicrograph, Microfoto
	Volvox aureus Gardenpond July 2015	Darkfield, FlashMicroscopy, photomicrograph, Microfoto
	Volvox aureus Gartenteich April 2011	Dunkelfeld, BlitzMikroskopie, Stereomikroskop, Mikrofoto
	Volvox aureus Gartenteich April 2011	Darkfield, flashMicroscopy, photomicrograph, Microfoto
	Volvox aureus Gartenteich April 2011	Darkfield, flashMicroscopy, photomicrograph, Microfoto
	Volvox aureus Gartenteich April 2011	Darkfield, flashMicroscopy, photomicrograph, Microfoto
	volvox aureus Garden pond September 2007	The single cells are connected via plasmodesma. By this way the coordinated movement of all flagellas is reached.Microscopy, photomicrograph, Microfoto
	volvox aureus Garden-pond July 2005 Microscopy, photomicrograph, Microfoto	each single cells is in its own hexagonal gelatin covering. (dyed with methylenbue)
	Volvox aureus Gardenpond July 2015	All eyespots are looking in the same directionMicroscopy, photomicrograph, Microfoto
	volvox aureus Garden pond September 2007	All stigmas are "looking" at the same direction.Microscopy, photomicrograph, Microfoto
	Volvox aureus Gardenpond July 2015	Phasecontrast, Flash. The inlet shows the plasmodesmaMicroscopy, photomicrograph, Microfoto
	Volvox aureus Pond at the Benrath Hospital April 2007 Microscopy, photomicrograph, Microfoto
	Volvox aureus Garden pond September 2007	Zygotes represent one step in the sexual reproduction of volvox. They are the fertilised egg cells that later turn their color from green to orange and build up a protective layer.Microscopy, photomicrograph, Microfoto
	volvox aureus garden pond June 2003	generation of sex-cells.Microscopy, photomicrograph, Microfoto
	volvox aureus, cygote garden pond August 2003	cygoteMicroscopy, photomicrograph, Microfoto
	Volvox globator Botanical garden, university Düsseldorf May 2008	HabitusMicroscopy, photomicrograph, Microfoto
	Volvox globator Botanical garden, university Düsseldorf May 2008	Part of the sperical surfaceMicroscopy, photomicrograph, Microfoto
	Volvox globator Botanical garden, university Düsseldorf May 2008	Part of the sperical surface with phasecontrastMicroscopy, photomicrograph, Microfoto
	Volvox globator Botanical garden, university Düsseldorf May 2008	The side-face of the cells is +/- flat lentiform-cone-shaped.Microscopy, photomicrograph, Microfoto
	Volvox globator Botanical garden, university Düsseldorf May 2008	The cells are connected by single, radial and in comparison to V. aureus fairly thick dicke plasmodesmas.Microscopy, photomicrograph, Microfoto
	Volvox globator Botanical garden, university Düsseldorf May 2008	This video (~ 3 MB, wmv-format) shows an old colony, near to death. It has 9 nearly adult daughter colonies insinde. These daughter colonies themselves show little daughter colonies, too. Microscopy, photomicrograph, Microfoto