Waterfleas carrying eggs
A Striking Short Film Documents the Otherworldly Organisms Living Just Beneath the Water’s Surface
With the aid of multiple microscopes, filmmaker and photographer Jan van IJken (previously) unveils the otherwise imperceptible maneuvers and bodily transformations of plankton. He focuses on a diverse array of underwater organisms, which all fall under the same taxonomy because of their inability to swim against the tides and are crucial to life on Earth, providing half of all oxygen through photosynthesis. Set against black backdrops, the marine drifters appear otherworldly in shape and color, and the filmmaker documents water flea eggs visible through translucent membranes, the spiked fringe of cyanobacteria, and the minuscule movements of various creatures as they wriggle across the screen.
Copepod with diatoms attached
Echinoderm larva
Gloeotrichia – Cyanobacteria
31 notes
·
View notes
Jan van IJken - Starlings murmuration
46 notes
·
View notes
🍉
The Art of Flying, Jan van IJken, 2014-15
0 notes
Water Flea (Daphnia) carrying embryos and peritrichs - Jan van IJken
0 notes
National Geographic
Nov. 15, 2016
We know a lot of factual information about the starling—its size and voice, where it lives, how it breeds and migrates—but what remains a mystery is how it flies in murmurations, or flocks, without colliding. This short film by Jan van IJken was shot in the Netherlands, and it captures the birds gathering at dusk, just about to start their "performance." Listen well and you'll be able to hear how this beautiful phenomenon got its name.
0 notes
Dutch filmmaker Jan Van IJken filmed a variety of plankton under a microscope.
0 notes
Planktonium by Jan van Ijken.
22 notes
·
View notes
* A Film by Jan van Ijken / National Geographic
110 notes
·
View notes
See a Salamander Grow From a Single Cell in this Incredible Time-lapse
1 note
·
View note
Jan van Ijken, “Art of Flying” (via)
19 notes
·
View notes
This is fascinating
35 notes
·
View notes
Alpine newt from single cell to hatched larva, by Jan van IJken
9 notes
·
View notes
Photographer/filmmaker Jan van IJken shows the development of a salamander embryo. The time lapse here is just 6 minutes long condensing a three-week process of a single cell becoming a more “complex” organism. It’s a compelling watch.
“Native to central and southern Europe, the amphibious alpine newt breeds in shallow water, where its larvae are born, hatch and feed on plankton, before sprouting legs and moving to land. This timelapse video from the Dutch director Jan van IJken tracks the development of a single-celled zygote into the hatched larva of an alpine newt. Captured in stunning detail at microscopic scales, Becoming is a remarkable look at the process of cell division and differentiation, whence all animals – from newts to humans – come.”
48 notes
·
View notes
Jan van IJken - The art of flying
37 notes
·
View notes