Manganese nodule hi-res stock photography and images

manganese nodule from deep-sea Stock Photo

RMEBN214–manganese nodule from deep-sea

Polymetalic deep sea nodule, cross-section, Manganese and cobalt rich, From 800 meters depth from Blake plateau Atlantic ocean Stock Photo

RMDYXTYM–Polymetalic deep sea nodule, cross-section, Manganese and cobalt rich, From 800 meters depth from Blake plateau Atlantic ocean

RMEBN217–sliced manganese nodule

manganese nodule recovered in the Pacific from a depth of approximately 4000m between Hawaii and Mexico (Clarion-Clipperton-Area) on white background Stock Photo

RF2HN6BFG–manganese nodule recovered in the Pacific from a depth of approximately 4000m between Hawaii and Mexico (Clarion-Clipperton-Area) on white background

RMARMX3D–manganese nodule

An assistant worker holds a manganese nodule in the hand on Thursday (21.07.2011) in the Federal Institute for Geosciences and Natural Resources (BGR) in Hanover. The red dot marks the top of the tuber. The metals enriched in the deep-sea manganese nodules copper, cobalt and nickel as well as rare trace metals such as molybdenum are needed for the production of many products of the electrical and computer industry. Photo: Caroline Seidel dpa / lni (to dpa corr: 'Metal treasure from the deep sea: Mangan-Schurfen jerks closer' from 26.07.2011) | usage worldwide Stock Photo

RMPX3JC6–An assistant worker holds a manganese nodule in the hand on Thursday (21.07.2011) in the Federal Institute for Geosciences and Natural Resources (BGR) in Hanover. The red dot marks the top of the tuber. The metals enriched in the deep-sea manganese nodules copper, cobalt and nickel as well as rare trace metals such as molybdenum are needed for the production of many products of the electrical and computer industry. Photo: Caroline Seidel dpa / lni (to dpa corr: 'Metal treasure from the deep sea: Mangan-Schurfen jerks closer' from 26.07.2011) | usage worldwide

Polymetallic nodule, also called manganese nodule, rock concretions on the sea bottom concentric layers of iron and manganese Stock Photo

RMG6P0HR–Polymetallic nodule, also called manganese nodule, rock concretions on the sea bottom concentric layers of iron and manganese

Estuary to Abyss Expedition 2004. A Pluto skate found (Fenestraja plutonia) on an iron and manganese nodule stained sand seabed. Stock Photo

RMG1CC5A–Estuary to Abyss Expedition 2004. A Pluto skate found (Fenestraja plutonia) on an iron and manganese nodule stained sand seabed.

Polymetallic nodule, also called manganese nodule, rock concretion sea bottom for concentric layers of iron and manganese, metal Stock Photo

RMG6PJB6–Polymetallic nodule, also called manganese nodule, rock concretion sea bottom for concentric layers of iron and manganese, metal

Manganese nodule, studio picture Stock Photo

RMAMKY0K–Manganese nodule, studio picture

Surface of stone korea,Manganese nodule,Sea-bed Stock Photo

RF2AD5DXN–Surface of stone korea,Manganese nodule,Sea-bed

manganese nodules from deep-sea Stock Photo

RMEBN213–manganese nodules from deep-sea

Manganese Nodule (polymetallic nodule), from the deepest point in the Earth's ocean, 6.85 miles (11.03 Kilometers), Southern end of the Mariana Trench Stock Photo

RM2PCK533–Manganese Nodule (polymetallic nodule), from the deepest point in the Earth's ocean, 6.85 miles (11.03 Kilometers), Southern end of the Mariana Trench

manganese nodule and crest, USA, Virginia Stock Photo

RMEBN216–manganese nodule and crest, USA, Virginia

Sedimentary Rock Phosphate Manganese Nodule. This object is part of the Education and Outreach collection, some of which are in the Q?rius science education center and available to see.114 Jan 2020 Stock Photo

RM2BF1XHG–Sedimentary Rock Phosphate Manganese Nodule. This object is part of the Education and Outreach collection, some of which are in the Q?rius science education center and available to see.114 Jan 2020

RMEBN215–manganese nodule from deep-sea

Manganese nodule. minerals. Pacific Ocean, 3 mile depth, 1000 mi W of Mexico and S of Hawaii Stock Photo

RM2JDDHJ3–Manganese nodule. minerals. Pacific Ocean, 3 mile depth, 1000 mi W of Mexico and S of Hawaii

Polymetallic nodule, also called manganese nodule, rock concretions on the sea bottom formed of concentric layers of iron and manganese hydroxides ar Stock Photo

RM2BNK1XX–Polymetallic nodule, also called manganese nodule, rock concretions on the sea bottom formed of concentric layers of iron and manganese hydroxides ar

Macro photography of gold mica in the rockn. Stock Photo

RFMGW2FM–Macro photography of gold mica in the rockn.

Polymetallic nodule, also called manganese nodule, rock concretion formed of concentric layers of iron and manganese hydroxides around a core. From Bl Stock Photo

RM2BNK1G7–Polymetallic nodule, also called manganese nodule, rock concretion formed of concentric layers of iron and manganese hydroxides around a core. From Bl

RMA3CMWM–brownstone in the sand

. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology; Zoology. Fig. 180. — Sli.ark's tooth (Oxyrliina). 2.350 fathoms. (Chall.)!. Fig. 18.5. —Sealpellum Darwinii, attached to manganese nodule. (Chall.) . Fig. 187. —Ear-bone (Zyphius). 2..37-5 fathoms. (Chail.) globigerinse, and a blue mud may have a large proportion of those organisms so characteristic of true deep-sea deposits. From the slow rate of accumulation of the red clay in the deep regions of the Pacific lying far from land, we may infer that the remains of tertiary sharks and whales are buried on the bottom. T Stock Photo

RMRGFXCY–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology; Zoology. Fig. 180. — Sli.ark's tooth (Oxyrliina). 2.350 fathoms. (Chall.)!. Fig. 18.5. —Sealpellum Darwinii, attached to manganese nodule. (Chall.) . Fig. 187. —Ear-bone (Zyphius). 2..37-5 fathoms. (Chail.) globigerinse, and a blue mud may have a large proportion of those organisms so characteristic of true deep-sea deposits. From the slow rate of accumulation of the red clay in the deep regions of the Pacific lying far from land, we may infer that the remains of tertiary sharks and whales are buried on the bottom. T

RF2HN6BF3–manganese nodule recovered in the Pacific from a depth of approximately 4000m between Hawaii and Mexico (Clarion-Clipperton-Area) on white background

RM2Y6T699–Deepsea Manganese Nodules

A manganese nodule is on Thursday (21.07.2011) on a table in the Federal Institute for Geosciences and Natural Resources (BGR) in Hanover on a ruler. The metals enriched in the deep-sea manganese nodules copper, cobalt and nickel as well as rare trace metals such as molybdenum are needed for the production of many products of the electrical and computer industry. Photo: Caroline Seidel dpa / lni (to dpa corr: 'Metal treasure from the deep sea: Mangan-Schurfen jerks closer' from 26.07.2011) | usage worldwide Stock Photo

RMPX3JC0–A manganese nodule is on Thursday (21.07.2011) on a table in the Federal Institute for Geosciences and Natural Resources (BGR) in Hanover on a ruler. The metals enriched in the deep-sea manganese nodules copper, cobalt and nickel as well as rare trace metals such as molybdenum are needed for the production of many products of the electrical and computer industry. Photo: Caroline Seidel dpa / lni (to dpa corr: 'Metal treasure from the deep sea: Mangan-Schurfen jerks closer' from 26.07.2011) | usage worldwide

Psilomelane - A common mineral consisting of various impure manganese compounds usually found in black rounded masses Stock Photo

RMAPNFYR–Psilomelane - A common mineral consisting of various impure manganese compounds usually found in black rounded masses

Flensburg, Germany. 04th Sep, 2019. During a visit to the Geomar Hemlholtz Centre Queen Margrethe II of Denmark receives a manganese nodule from Peter Herzig (l), Director of the Institute. She will visit Schleswig-Holstein until Friday. Denmark sees the visit as a prelude to the 100-year celebrations to draw the line by referendum in 2020. Credit: Carsten Rehder/dpa/Alamy Live News Stock Photo

RMWKGY2P–Flensburg, Germany. 04th Sep, 2019. During a visit to the Geomar Hemlholtz Centre Queen Margrethe II of Denmark receives a manganese nodule from Peter Herzig (l), Director of the Institute. She will visit Schleswig-Holstein until Friday. Denmark sees the visit as a prelude to the 100-year celebrations to draw the line by referendum in 2020. Credit: Carsten Rehder/dpa/Alamy Live News

Botryoidal Goethite 60 Mine, Luis Lopez Manganese District Socorro County, New Mexico Stock Photo

RF2E83JBK–Botryoidal Goethite 60 Mine, Luis Lopez Manganese District Socorro County, New Mexico

. The Earth beneath the sea : History . Fig. 8. Zonal growth in manganese nodule (16810, South Pacific). Reflected light, ^^^lite = manganese oxide minerals; grey = goethite; black = mounting medium (polyvinyl resin) filling voids. goethite content (Figs. 8 and 9). Detailed information on the distribution of macroscopic concretions over the present sediment sm'face has been obtained through deep-sea bottom photography (Fig. 5) such as by Owen, Shipek, Menard and Dietz in Dietz (1955), Menard and Shipek (1958), Heezen et al. (1959), Shipek (1960), and Zenkevitch (1959), and by sampling of the s Stock Photo

RMMAARHF–. The Earth beneath the sea : History . Fig. 8. Zonal growth in manganese nodule (16810, South Pacific). Reflected light, ^^^lite = manganese oxide minerals; grey = goethite; black = mounting medium (polyvinyl resin) filling voids. goethite content (Figs. 8 and 9). Detailed information on the distribution of macroscopic concretions over the present sediment sm'face has been obtained through deep-sea bottom photography (Fig. 5) such as by Owen, Shipek, Menard and Dietz in Dietz (1955), Menard and Shipek (1958), Heezen et al. (1959), Shipek (1960), and Zenkevitch (1959), and by sampling of the s

Cross-section of a polymetalic deep sea nodule, rich in Manganese and Cobalt, from the Blake plateau (800m deep) off the coast of South Carolina, USA. Stock Photo

RMW7WCMK–Cross-section of a polymetalic deep sea nodule, rich in Manganese and Cobalt, from the Blake plateau (800m deep) off the coast of South Carolina, USA.

RM2Y6T4C2–Ferromanganese Nodules

Surface of stone Stromatolite Stock Photo

RF2AD5BYE–Surface of stone Stromatolite

RM2JDDDHY–Manganese nodule. minerals. Pacific Ocean, 3 mile depth, 1000 mi W of Mexico and S of Hawaii

Macro photography of mica in the rock. Stock Photo

RFMGW2EA–Macro photography of mica in the rock.

RMA3CMXN–rhodochrosite

. Science of the sea. An elementary handbook of practical oceanography for travellers, sailors, and yachtsmen. Fig. 159. — Scalpellumon a Manganese Nodule( Challenger ). Fig. 160.—Spherule with MetallicNucleus coated with BlackMagnetite, supposed to be ofCosmic Origin (Challenger). teeth of sharks and ear-bones of whales, impregnatedand coated more or less thickly by the peroxides ofiron and manganese. In the Red Clays, also, numerousminute magnetic spherules (Fig. 160), some with OOZES 219 metallic nuclei, have been met with, and have also beenextracted from the manganese nodules after these Stock Photo

RM2CEECD7–. Science of the sea. An elementary handbook of practical oceanography for travellers, sailors, and yachtsmen. Fig. 159. — Scalpellumon a Manganese Nodule( Challenger ). Fig. 160.—Spherule with MetallicNucleus coated with BlackMagnetite, supposed to be ofCosmic Origin (Challenger). teeth of sharks and ear-bones of whales, impregnatedand coated more or less thickly by the peroxides ofiron and manganese. In the Red Clays, also, numerousminute magnetic spherules (Fig. 160), some with OOZES 219 metallic nuclei, have been met with, and have also beenextracted from the manganese nodules after these

RF2HN6BD2–manganese nodule recovered in the Pacific from a depth of approximately 4000m between Hawaii and Mexico (Clarion-Clipperton-Area) on white background

RMEBN2NA–manganese nodules

RMEBN218–manganese crest

RMWKGY4J–Flensburg, Germany. 04th Sep, 2019. During a visit to the Geomar Hemlholtz Centre Queen Margrethe II of Denmark receives a manganese nodule from Peter Herzig (l), Director of the Institute. She will visit Schleswig-Holstein until Friday. Denmark sees the visit as a prelude to the 100-year celebrations to draw the line by referendum in 2020. Credit: Carsten Rehder/dpa/Alamy Live News

manganese depositions from deep-sea Stock Photo

RMEBN211–manganese depositions from deep-sea

RF2E83J9D–Botryoidal Goethite 60 Mine, Luis Lopez Manganese District Socorro County, New Mexico

manganese nodules, Germany, Baltic Sea Stock Photo

RMEBN212–manganese nodules, Germany, Baltic Sea

. The Earth beneath the sea : History . Fig. 12. 29° 17'N, 57° 23'W. Depth 5618 m. Abyssal hills southeast of Bermuda Rise. Area of picture 2 by 2^ m. (Photo by L.G.O.) Rovmd manganese nodules each capped with a thin covering of sediment. The scour pits around each nodule suggest currents which must have ceased before the sediment cap was laid down. Note the shark's tooth in lower right and meandering ti-ack. Stock Photo

RMMAARPX–. The Earth beneath the sea : History . Fig. 12. 29° 17'N, 57° 23'W. Depth 5618 m. Abyssal hills southeast of Bermuda Rise. Area of picture 2 by 2^ m. (Photo by L.G.O.) Rovmd manganese nodules each capped with a thin covering of sediment. The scour pits around each nodule suggest currents which must have ceased before the sediment cap was laid down. Note the shark's tooth in lower right and meandering ti-ack.

RF2AD5C77–Surface of stone Stromatolite

RMA3CMXG–rhodochrosite

RM2JDDDNY–Manganese nodule. minerals. Pacific Ocean, 3 mile depth, 1000 mi W of Mexico and S of Hawaii

. The Earth beneath the sea : History. Ocean bottom; Marine geophysics. 446 LAUGHTON [chap. 18. Fig. 12. 29° 17'N, 57° 23'W. Depth 5618 m. Abyssal hills southeast of Bermuda Rise. Area of picture 2 by 2^ m. (Photo by L.G.O.) Rovmd manganese nodules each capped with a thin covering of sediment. The scour pits around each nodule suggest currents which must have ceased before the sediment cap was laid down. Note the shark's tooth in lower right and meandering ti-ack.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - color Stock Photo

RMRE8JEW–. The Earth beneath the sea : History. Ocean bottom; Marine geophysics. 446 LAUGHTON [chap. 18. Fig. 12. 29° 17'N, 57° 23'W. Depth 5618 m. Abyssal hills southeast of Bermuda Rise. Area of picture 2 by 2^ m. (Photo by L.G.O.) Rovmd manganese nodules each capped with a thin covering of sediment. The scour pits around each nodule suggest currents which must have ceased before the sediment cap was laid down. Note the shark's tooth in lower right and meandering ti-ack.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - color

RF2HN6BCM–manganese nodule recovered in the Pacific from a depth of approximately 4000m between Hawaii and Mexico (Clarion-Clipperton-Area) on white background

RF2E83J5H–Botryoidal Goethite 60 Mine, Luis Lopez Manganese District Socorro County, New Mexico

. The Earth beneath the sea : History . Fig. 30. Nontronite (grey) intergrown with manganese oxide minerals (black) in nodule, (white = voids). Noil Tobe, Timor (Danavi Formation). Stock Photo

RMMAARG0–. The Earth beneath the sea : History . Fig. 30. Nontronite (grey) intergrown with manganese oxide minerals (black) in nodule, (white = voids). Noil Tobe, Timor (Danavi Formation).

Surface of stone Quartz and Feldspar, Jangsu-gun,Jeonbuk,Korea Stock Photo

RF2AD57JR–Surface of stone Quartz and Feldspar, Jangsu-gun,Jeonbuk,Korea

RMA3CMXH–rhodochrosite

RM2JDDFXW–Manganese nodule. minerals. Pacific Ocean, 3 mile depth, 1000 mi W of Mexico and S of Hawaii

. The Earth beneath the sea : History. Ocean bottom; Marine geophysics. Fig. 8. Zonal growth in manganese nodule (16810, South Pacific). Reflected light, ^^^lite = manganese oxide minerals; grey = goethite; black = mounting medium (polyvinyl resin) filling voids. goethite content (Figs. 8 and 9). Detailed information on the distribution of macroscopic concretions over the present sediment sm'face has been obtained through deep-sea bottom photography (Fig. 5) such as by Owen, Shipek, Menard and Dietz in Dietz (1955), Menard and Shipek (1958), Heezen et al. (1959), Shipek (1960), and Zenkevitch Stock Photo

RMRE8H8G–. The Earth beneath the sea : History. Ocean bottom; Marine geophysics. Fig. 8. Zonal growth in manganese nodule (16810, South Pacific). Reflected light, ^^^lite = manganese oxide minerals; grey = goethite; black = mounting medium (polyvinyl resin) filling voids. goethite content (Figs. 8 and 9). Detailed information on the distribution of macroscopic concretions over the present sediment sm'face has been obtained through deep-sea bottom photography (Fig. 5) such as by Owen, Shipek, Menard and Dietz in Dietz (1955), Menard and Shipek (1958), Heezen et al. (1959), Shipek (1960), and Zenkevitch

RF2E83J40–Botryoidal Goethite 60 Mine, Luis Lopez Manganese District Socorro County, New Mexico

Surface of stone Serpentine, Chungcheongnam-do,Korea Stock Photo

RF2AD5A2F–Surface of stone Serpentine, Chungcheongnam-do,Korea

RMA3CMXK–rhodochrosite

RM2JDDEPD–Manganese nodule. minerals. Pacific Ocean, 3 mile depth, 1000 mi W of Mexico and S of Hawaii

. The Earth beneath the sea : History. Ocean bottom; Marine geophysics. Fig. 29. Chlorite. North Pacific abyssal plain. Polarized light; canada balsam.. Fig. 30. Nontronite (grey) intergrown with manganese oxide minerals (black) in nodule, (white = voids). Noil Tobe, Timor (Danavi Formation).. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Hill, M. N. (Maurice Neville), 1919-. New York : Interscience Pub. Stock Photo

RMRE7YHE–. The Earth beneath the sea : History. Ocean bottom; Marine geophysics. Fig. 29. Chlorite. North Pacific abyssal plain. Polarized light; canada balsam.. Fig. 30. Nontronite (grey) intergrown with manganese oxide minerals (black) in nodule, (white = voids). Noil Tobe, Timor (Danavi Formation).. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Hill, M. N. (Maurice Neville), 1919-. New York : Interscience Pub.

RF2E83J7F–Botryoidal Goethite 60 Mine, Luis Lopez Manganese District Socorro County, New Mexico

Surface of stone Metaconglomerate, Wanju-gun,Jeonbuk Stock Photo

RF2AD56AK–Surface of stone Metaconglomerate, Wanju-gun,Jeonbuk

RMA3CMXJ–rhodochrosite

. The Earth beneath the sea : History. Ocean bottom; Marine geophysics. Fig. 12. 29° 17'N, 57° 23'W. Depth 5618 m. Abyssal hills southeast of Bermuda Rise. Area of picture 2 by 2^ m. (Photo by L.G.O.) Rovmd manganese nodules each capped with a thin covering of sediment. The scour pits around each nodule suggest currents which must have ceased before the sediment cap was laid down. Note the shark's tooth in lower right and meandering ti-ack.. Fig. 13. 32° 34'N, 117° 47'W. Depth 256 m. Slopes of Thirty-Mile Bank. Area of picture H by 1| m. (U.S. Navy Electronics Laboratory photo by C. J. Shipek. Stock Photo

RMRE8JER–. The Earth beneath the sea : History. Ocean bottom; Marine geophysics. Fig. 12. 29° 17'N, 57° 23'W. Depth 5618 m. Abyssal hills southeast of Bermuda Rise. Area of picture 2 by 2^ m. (Photo by L.G.O.) Rovmd manganese nodules each capped with a thin covering of sediment. The scour pits around each nodule suggest currents which must have ceased before the sediment cap was laid down. Note the shark's tooth in lower right and meandering ti-ack.. Fig. 13. 32° 34'N, 117° 47'W. Depth 256 m. Slopes of Thirty-Mile Bank. Area of picture H by 1| m. (U.S. Navy Electronics Laboratory photo by C. J. Shipek.