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  • Layers strata Red Crag sedimentary rock in former quarry pit Sutton Suffolk England
    11IDM0107.jpg
  • Layers strata Red Crag sedimentary rock in former quarry pit Sutton Suffolk England
    11IDM0106.jpg
  • Layers strata Red Crag sedimentary rock in former quarry pit Sutton Suffolk England
    11IDM0105.jpg
  • Rock armour used to defend soft crumbling cliffs, Happisburgh, Norfolk, England
    12IDM1404.jpg
  • Rock armour used to defend soft crumbling cliffs, Happisburgh, Norfolk, England
    12IDM1403.jpg
  • Rock armour used to defend soft crumbling cliffs, Happisburgh, Norfolk, England
    12IDM1402.jpg
  • Rock armour used to defend soft crumbling cliffs, Happisburgh, Norfolk, England
    12IDM1401.jpg
  • Rock armour groynes at Mappleton, Yorkshire, England
    11IDM1764.jpg
  • Rock armour coastal defences protect the martello tower East Lane, Bawdsey, Suffolk, England
    11IDM1130.jpg
  • Rock armour barriers to control coastal erosion, Bawdsey, Suffolk, England
    11IDM1123.jpg
  • Rock armour barriers to control coastal erosion, Bawdsey, Suffolk, England
    11IDM1122.jpg
  • Rock armour used to defend soft crumbling cliffs, Happisburgh, Norfolk, England
    12IDM1400.jpg
  • Rock armour used to defend soft crumbling cliffs, Happisburgh, Norfolk, England
    12IDM1399.jpg
  • Cliff top buildings at risk of coastal erosion, Happisburgh, Norfolk, England with beach rock armour defences
    12IDM1396.jpg
  • Rock armour groynes at Mappleton, Yorkshire, England
    11IDM1771.jpg
  • Rock armour groynes at Mappleton, Yorkshire, England
    11IDM1770.jpg
  • Rock armour groynes at Mappleton, Yorkshire, England
    11IDM1766.jpg
  • Rock armour groynes at Mappleton, Yorkshire, England
    11IDM1763.jpg
  • Rock armour coastal defences protect the gas terminal at Easington, Yorkshire, England
    11IDM1749.jpg
  • Rock armour groynes at Mappleton, Yorkshire, England
    11IDM1733.jpg
  • Rock armour groynes at Mappleton, Yorkshire, England
    11IDM1732.jpg
  • Red rock landscape, Sedona, Arizona, USA
    IDMUSA201.jpg
  • Red rock landscape, Sedona, Arizona, USA
    IDMUSA103.jpg
  • Red rock landscape, Sedona, Arizona, USA
    IDMUSA47.jpg
  • Rock armour coastal defences protect the martello tower East Lane, Bawdsey, Suffolk, England
    11IDM1127.jpg
  • Rock armour coastal defences protect the martello tower East Lane, Bawdsey, Suffolk, England
    11IDM1126.jpg
  • Rock armour coastal defences protect the martello tower East Lane, Bawdsey, Suffolk, England
    11IDM1125.jpg
  • Rock armour coastal defences protect the martello tower East Lane, Bawdsey, Suffolk, England
    11IDM1124.jpg
  • Rock armour barriers to control coastal erosion, Bawdsey, Suffolk, England
    11IDM1109.jpg
  • Rock armour barriers to control coastal erosion, Bawdsey, Suffolk, England
    11IDM1108.jpg
  • Rock armour barriers to control coastal erosion, Bawdsey, Suffolk, England
    11IDM1107.jpg
  • Advertising poster for We Will Rock You, Dominion theatre, London, England 2010
    10IDM1267.jpg
  • Rock climbers Porthlais Pembrokeshire national park, Wales
    IDM6939.jpg
  • Rock groyne sea defences Felixstowe beach, Suffolk, England
    12IDM0287.jpg
  • Rock groyne sea defences Felixstowe beach, Suffolk, England
    12IDM0275.jpg
  • Rock groyne sea defences Felixstowe beach, Suffolk, England
    12IDM0272.jpg
  • Pebbles of different rock types at Spurn Head, Yorkshire, England
    11IDM1741.jpg
  • Close up of flints embedded in chalk rock
    11IDM1242.jpg
  • River vertical erosion through conglomerate rock beds, Rhodes, Greece
    10IDM2798.jpg
  • Wooden beach groynes reinforced by rock armour, Southwold, Suffolk, England
    09IDM9350.jpg
  • Wooden beach groynes reinforced by rock armour, Southwold, Suffolk, England
    09IDM9349.jpg
  • Rock groyne sea defences Felixstowe beach, Suffolk, England
    12IDM0273.jpg
  • Rock groyne sea defences Felixstowe beach, Suffolk, England
    12IDM0271.jpg
  • Rock groyne sea defences Felixstowe beach, Suffolk, England
    12IDM0270.jpg
  • River vertical erosion through conglomerate rock beds, Rhodes, Greece
    10IDM2797.jpg
  • River vertical erosion through conglomerate rock beds, Rhodes, Greece
    10IDM2796.jpg
  • River vertical erosion through conglomerate rock beds, Rhodes, Greece
    10IDM2795.jpg
  • River vertical erosion through conglomerate rock beds, Rhodes, Greece
    10IDM2794.jpg
  • Wooden beach groynes reinforced by rock armour, Southwold, Suffolk, England
    09IDM9352.jpg
  • Wooden beach groynes reinforced by rock armour, Southwold, Suffolk, England
    09IDM9351.jpg
  • Soft crumbling cliffs with offshore rock armour, Happisburgh, Norfolk, England
    12IDM1411.jpg
  • View from inside rock tomb at the Lycian city of Tlos, Turkey
    IDMTURK369.jpg
  • Distant rock tombs in cliff face, Lycian city of Pinara, Turkey
    IDMTURK283.jpg
  • Distant rock tombs in cliff face, Lycian city of Pinara, Turkey
    IDMTURK282.jpg
  • Ruined buildings and rock tomb, Lycian city of Pinara, Turkey
    IDMTURK280.jpg
  • Rock tombs, Lycian city of Pinara, Turkey
    IDMTURK269.jpg
  • Inside a rock tomb, Lycian city of Pinara, Turkey
    IDMTURK268.jpg
  • Rock tombs, Lycian city of Pinara, Turkey
    IDMTURK267.jpg
  • Rock tombs, Lycian city of Pinara, Turkey
    IDMTURK266.jpg
  • Rock tombs at the Lycian city of Tlos, Turkey
    IDMTURK234.jpg
  • Rock tombs at the Lycian city of Tlos, Turkey
    IDMTURK231.jpg
  • Lycian rock tombs, Tlos, Turkey
    IDMTURK228.jpg
  • Rock and novelty shop, Scarborough, Yorkshire, England
    11IDM1809.jpg
  • Red rock landscape, Sedona, Arizona, USA
    IDMUSA200.jpg
  • Dried up dew pond on chalk rock of Seaford Head, East Sussex, England
    11IDM1296.jpg
  • Red rock landscape, Sedona, Arizona, USA
    IDMUSA43.jpg
  • Red rock landscape, Sedona, Arizona, USA
    IDMUSA42.jpg
  • Red rock landscape, Sedona, Arizona, USA
    IDMUSA41.jpg
  • Rock sculpture, Scalloway, Shetland Islands, Scotland
    10IDM3393.jpg
  • Sign danger steep loose cliff of red crag rock Ramsholt, Suffolk
    10IDM0713.jpg
  • Rock tombs, Lycian city of Pinara, Turkey
    IDMTURK270.jpg
  • Rock tombs at the Lycian city of Tlos, Turkey
    IDMTURK232.jpg
  • Lycian rock tombs, Tlos, Turkey
    IDMTURK39.jpg
  • Display of lettered rock sticks, Bridlington, Yorkshire, England
    11IDM1612.jpg
  • Erratic block of silurian rock deposited by ice on limestone, Norber erratics, Yorkshire Dales national park, England
    IDMVar302.jpg
  • Erratic block of silurian rock deposited by ice on limestone, Norber erratics, Yorkshire Dales national park, England
    IDMVar0303.jpg
  • Physical mechanical desert weathering rock split in two
    IDM6100.jpg
  • Famous prehistoric rock paintings of Tassili N'Ajjer, Algeria, north Africa 1973
    3270IDM.jpg
  • Famous prehistoric rock paintings of Tassili N'Ajjer, Algeria, north Africa 1973
    3267IDM.jpg
  • Famous prehistoric rock paintings of Tassili N'Ajjer, Algeria, north Africa 1973
    3268IDM.jpg
  • Famous prehistoric rock paintings of Tassili N'Ajjer, Algeria, north Africa 1973
    3271IDM.jpg
  • Famous prehistoric rock paintings of Tassili N'Ajjer, Algeria, north Africa 1973
    3269IDM.jpg
  • Bell 206 JetRanger helicopter landed on rock outcrop Arabian desert, Saudi Arabia oil industry 1979
    0340IDM.jpg
  • White veins of quartzite forming dykes crossing layers of metamorphosed sedimentary rock in the coastal cliff on the Atlantic coast at Odeceixe, Algarve, Portugal, southern Europe
    19IDM1523.jpg
  • White veins of quartzite forming dykes crossing layers of metamorphosed sedimentary rock in the coastal cliff on the Atlantic coast at Odeceixe, Algarve, Portugal, southern Europe
    19IDM1522.jpg
  • White veins of quartzite forming dykes crossing layers of metamorphosed sedimentary rock in the coastal cliff on the Atlantic coast at Odeceixe, Algarve, Portugal, southern Europe
    19IDM1521.jpg
  • Tilted layers showing bedding planes in strata of sedimentary rock in coastal cliff at Odeceixe, Algarve, Portugal, Southern Europe. Differential erosion is evident due to different layers of rock having differing resistance to erosive force of the sea. Southwest Alentejo and Vicentina Coast Natural Park 29 March 2019
    19IDM1520.jpg
  • Tilted layers showing bedding planes in strata of sedimentary rock in coastal cliff at Odeceixe, Algarve, Portugal, Southern Europe. Differential erosion is evident due to different layers of rock having differing resistance to erosive force of the sea. Southwest Alentejo and Vicentina Coast Natural Park 29 March 2019
    19IDM1519.jpg
  • Tilted layers showing bedding planes in strata of sedimentary rock in coastal cliff at Odeceixe, Algarve, Portugal, Southern Europe. Differential erosion is evident due to different layers of rock having differing resistance to erosive force of the sea. Southwest Alentejo and Vicentina Coast Natural Park 29 March 2019
    19IDM1518.jpg
  • Tilted layers showing bedding planes in strata of sedimentary rock in coastal cliff at Odeceixe, Algarve, Portugal, Southern Europe. Differential erosion is evident due to different layers of rock having differing resistance to erosive force of the sea. Southwest Alentejo and Vicentina Coast Natural Park 29 March 2019
    19IDM1517.jpg
  • Tilted layers showing bedding planes in strata of sedimentary rock in coastal cliff at Odeceixe, Algarve, Portugal, Southern Europe. Differential erosion is evident due to different layers of rock having differing resistance to erosive force of the sea. Southwest Alentejo and Vicentina Coast Natural Park 29 March 2019
    19IDM1516.jpg
  • White veins of quartzite forming dykes crossing layers of metamorphosed sedimentary rock in the coastal cliff on the Atlantic coast at Odeceixe, Algarve, Portugal, southern Europe
    19IDM1515.jpg
  • White veins of quartzite forming dykes crossing layers of metamorphosed sedimentary rock in the coastal cliff on the Atlantic coast at Odeceixe, Algarve, Portugal, southern Europe
    19IDM1514.jpg
  • White veins of quartzite forming dykes crossing layers of metamorphosed sedimentary rock in the coastal cliff on the Atlantic coast at Odeceixe, Algarve, Portugal, southern Europe
    19IDM1512.jpg
  • White veins of quartzite forming dykes crossing layers of metamorphosed sedimentary rock in the coastal cliff on the Atlantic coast at Odeceixe, Algarve, Portugal, southern Europe
    19IDM1513.jpg
  • Tilted layers showing bedding planes in strata of sedimentary rock in coastal cliff at Odeceixe, Algarve, Portugal, Southern Europe. Differential erosion is evident due to different layers of rock having differing resistance to erosive force of the sea. Southwest Alentejo and Vicentina Coast Natural Park 29 March 2019
    19IDM1511.jpg
  • Strata of sandstone sedimentary rock in a coastal cliff with layers folded down to form a geological structure called a syncline, near Zambujeiro do Mar, Alentejo Littoral, Portugal, southern Europe. A syncline is a trough or fold of stratified rock in which the strata slope upwards from the axis. Folds typically form during crustal deformation as the result of compression that accompanies orogenic mountain building.
    19IDM1417.jpg
  • Strata of sandstone sedimentary rock in a coastal cliff with layers folded down to form a geological structure called a syncline, near Zambujeiro do Mar, Alentejo Littoral, Portugal, southern Europe. A syncline is a trough or fold of stratified rock in which the strata slope upwards from the axis. Folds typically form during crustal deformation as the result of compression that accompanies orogenic mountain building.
    19IDM1415.jpg
  • Strata of sandstone sedimentary rock in a coastal cliff with layers folded down to form a geological structure called a syncline, near Zambujeiro do Mar, Alentejo Littoral, Portugal, southern Europe. A syncline is a trough or fold of stratified rock in which the strata slope upwards from the axis. Folds typically form during crustal deformation as the result of compression that accompanies orogenic mountain building.
    19IDM1416.jpg
  • Strata of sandstone sedimentary rock in a coastal cliff with layers folded down to form a geological structure called a syncline, near Zambujeiro do Mar, Alentejo Littoral, Portugal, southern Europe. A syncline is a trough or fold of stratified rock in which the strata slope upwards from the axis. Folds typically form during crustal deformation as the result of compression that accompanies orogenic mountain building.
    19IDM1414.jpg
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