Ripple marks Stock Photos and Images
RFCR04TR–Yellow sand with ripple marks in a desert, Sahara, Southern Tunisia, Tunisia, Maghreb, North Africa, Africa
RMAN9XHA–Ripple marks preserved in the Mereenie sandstone at King s Canyon Northern Territory Australia
RMKBETBN–Ripple marks in the wet sludge of the North Frisian Wadden Sea near Hallig Oland, 22 April 2016 | usage worldwide
RMD9B0BB–Ripple slab - a moment in time. These ripple marks were formed by waves on a sandy beach 200 million years ago. A coating of mud preserved their shape before they were buried in more sand. The holes are thought to be the footprints of an early dinosaur
RM2HF2H2B–Morrison, Colorado - Wave ripple marks in the sandstone at Dinosaur Ridge. The ripple marks were left 100 million years ago when the area was a beach.
RMCRBY04–Ripple marks and a heart drawn in the sands of the Mesquite Flat Sand Dunes, Stovepipe Wells, Death Valley National Park
RMH4DMFK–ripple marks made of sand and snow on the beach of Sankt Peter-Ording in the evening light,
RFPW0DBP–Low tide ripple marks / fluvial ridges in wet beach sand. Mars-like flow patterns concept. For stratigraphy study.
RF2JB1J10–Droughty Sand Dunes with Ripple marks. In geology, ripple marks are sedimentary structures and indicate agitation by water or, wind. For Copy space
RM2WX2H9R–Clayton, St John the Baptist's church, West Sussex. Looking south along path to church showing the ripple marks in the Horsham flagstones
RMD9B0AN–Ripple slab - a moment in time. These ripple marks were formed by waves on a sandy beach 200 million years ago. A coating of mud preserved their shape before they were buried in more sand. The holes are thought to be the footprints of an early dinosaur.
RM2HF2GYM–Morrison, Colorado - Wave ripple marks in the sandstone at Dinosaur Ridge. The ripple marks were left 100 million years ago when the area was a beach.
RMCRBXTJ–Ripple marks in the sands of the Mesquite Flat Sand Dunes, early morning light, Stovepipe Wells, Death Valley National Park
RFPW0DGF–Low tide ripple marks / fluvial ridges in wet beach sand. Mars-like flow patterns concept. For stratigraphy study.
RF2JB1J44–Closeup Ripple marks on Sand Dunes. In geology, ripple marks are sedimentary structures and indicate agitation by water (current or waves) or, wind
RFGD6N4G–Yellow sand with ripple marks in a desert, Sahara, Southern Tunisia, Tunisia, Maghreb, North Africa, Africa
RMD9B0B0–Ripple slab - a moment in time. These ripple marks were formed by waves on a sandy beach 200 million years ago. A coating of mud preserved their shape before they were buried in more sand. The holes are thought to be the footprints of an early dinosaur
RMCX7JC2–fossil ripple marks from ancient coastal wave action have been preserved in the sedimentary rocks in the Malvern Hills
RMBMW4AJ–Ripple marks in sand, Freshwater West, Pembrokeshire Coast National Park, West Wales, UK, Europe
RMCRBXW5–Ripple marks in the sands of the Mesquite Flat Sand Dunes, early morning light, Stovepipe Wells, Death Valley National Park
RM2HNJ644–Wave Formed Ripple Marks with Sand on Stone on the Beach, Texture, Background, Normandy, France
RFPW0DFX–Low tide ripple marks in wet beach sand - or fluvial ridges. Mars-like flow patterns concept, and Stratigraphy research.
RF2JB1J0A–Ripple marks on droughty Sand Dunes in Desert Area. In geology, ripple marks are sedimentary structures and indicate agitation by water or, wind
RFGD6N4E–Yellow sand with ripple marks in a desert, Sahara, Southern Tunisia, Tunisia, Maghreb, North Africa, Africa
RM2AN6TCF–Waves of sand and snow and the eddies which make them . Plate 53.—Symmetrical ripple-mark produced by waves of the sea ; at Montrose.. Plate 53.—Unsymmetrical ripple-mark produced by waves of the sea. 259 RIPPLE-MARK AND CURRENT-MARK 261 by the swell of the sea in pools off-shore or wherethe waves are not near the breaking-point. Bothare steeper than the sand-ripples formed by asimple current. I measured a series of eighty-sixconsecutive ripple-marks formed by waves on theflat shore of the Mawdach estuary in North Wales,and found that they had an average length of 1-99inches and height of 036
RF2GGP7HK–Hertha Ayrton, (1854-1923) was a British mathematician and physicist who was awarded the Hughes Medal by the Royal Society for her work on electric arcs and ripple marks in sand and water.
RM2H2C332–ripple marks on a dune in Nambung National Park, Australia, Western Australia, Nambung Nationalpark
RFCR04TG–Sand dunes, yellow sand with ripple marks in a desert, Sahara, Southern Tunisia, Tunisia, Maghreb, North Africa, Africa
RFPW0DHB–Low tide ripple marks / fluvial ridges in wet beach sand. Mars-like flow patterns concept. For stratigraphy study.
RF2JB1J0G–Ripple marks on droughty Sand Dunes in Desert Area. In geology, ripple marks are sedimentary structures and indicate agitation by water or, wind
RM2HNJ6N2–Wave Formed Ripple Marks with Sand on Stone on the Beach, Texture, Background, Normandy, France
RF2GGP7JB–Hertha Ayrton, (1854-1923) was a British mathematician and physicist who was awarded the Hughes Medal by the Royal Society for her work on electric arcs and ripple marks in sand and water.
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