All images / Videos
Natural white salt crystals on the banks of the Dead Sea in Israel
Natural white salt crystals on the banks of the Dead Sea in Israel. Gentle tropical waves rolling on the beach. Slow mo, slow motion, high speed camera.
- License: Royalty Free License.
Royalty free video
Duration: 00:27
Framerate: 60fps
All images / Videos
Size Selection:
You can re-download any size after the purchase.
Want to Download? Subscribe and
Gain Access to 300K Stock Videos:
Keywords
-
slow mo
slow motion
high speed camera
crystal
sea
resort
israel
salt
travel
salty
mineral
rock
nature
water
vacation
jordan
outdoors
climate
white
landscape
tranquil
serene
environment
sand
bank
beach
blue
lake
coast
dead sea
stone
natural
treatment
seascape
seacoast
tourism
coastline
shore
healthy
ecology
summer
scenery
seafront
relaxation
wave
tropical
close up
closeup
sunny
day
Similar Videos
WaveMovies
Natural white salt crystals on the banks of the Dead Sea in Israel
Natural white salt crystals on the banks of the Dead Sea in Israel
WaveMovies
Woman tourist floating in the salt water of the Dead Sea in Israel
Woman tourist floating in the salt water of the Dead Sea in Israel
gcm
Crystal salt formation in Dead Sea
Crystal salt formation in Dead Sea
gcm
Man feet in pure salt water of Dead Sea, Israel
Man feet in pure salt water of Dead Sea, Israel
gcm
Salt formations in clear water of Dead Sea
Salt formations in clear water of Dead Sea
gcm
Salt formation in Dead Sea
Salt formation in Dead Sea
WaveMovies
Woman tourist floating in the salt water of the Dead Sea in Israel
Woman tourist floating in the salt water of the Dead Sea in Israel
zefart
JERUSALEM, ISRAEL - circa JUN, 2017: People floating on water in the Dead sea Israel .The Dead Sea is second saltiest body of water in the world, with a salt content of 33% that creates a natural buoyancy.
JERUSALEM, ISRAEL - circa JUN, 2017: People floating on water in the Dead sea Israel .The Dead Sea is second saltiest body of water in the world, with a salt content of 33% that creates a natural buoyancy.