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  • South Pacific Ocean waves released the spherical Moeraki Boulders onto Koekohe Beach, between Moeraki and Hampden on the Otago coast, South Island, New Zealand. These ancient concretions grew 2 meters (6 feet) in diameter over 4 to 5.5 million years from marine mud (Moeraki Formation mudstone) near the surface of the Paleocene sea floor.  After the concretions formed, large cracks (septaria) formed and filled with brown calcite, yellow calcite, and small amounts of dolomite and quartz when a drop in sea level allowed fresh groundwater to flow through the enclosing mudstone.
    07NZ_1237_Moeraki-Boulders.jpg
  • South Pacific Ocean waves released the spherical Moeraki Boulders onto Koekohe Beach, between Moeraki and Hampden on the Otago coast, South Island, New Zealand. These ancient concretions grew 2 meters (6 feet) in diameter over 4 to 5.5 million years from marine mud (Moeraki Formation mudstone) near the surface of the Paleocene sea floor.  After the concretions formed, large cracks (septaria) formed and filled with brown calcite, yellow calcite, and small amounts of dolomite and quartz when a drop in sea level allowed fresh groundwater to flow through the enclosing mudstone.
    07NZ_2006_Moeraki-Boulders.jpg
  • South Pacific Ocean waves released the spherical Moeraki Boulders onto Koekohe Beach, between Moeraki and Hampden on the Otago coast, South Island, New Zealand. These ancient concretions grew 2 meters (6 feet) in diameter over 4 to 5.5 million years from marine mud (Moeraki Formation mudstone) near the surface of the Paleocene sea floor.  After the concretions formed, large cracks (septaria) formed and filled with brown calcite, yellow calcite, and small amounts of dolomite and quartz when a drop in sea level allowed fresh groundwater to flow through the enclosing mudstone.
    07NZ_2002_Moeraki-Boulders.jpg
  • South Pacific Ocean waves released the spherical Moeraki Boulders onto Koekohe Beach, between Moeraki and Hampden on the Otago coast, South Island, New Zealand. These ancient concretions grew 2 meters (6 feet) in diameter over 4 to 5.5 million years from marine mud (Moeraki Formation mudstone) near the surface of the Paleocene sea floor.  After the concretions formed, large cracks (septaria) formed and filled with brown calcite, yellow calcite, and small amounts of dolomite and quartz when a drop in sea level allowed fresh groundwater to flow through the enclosing mudstone.
    07NZ_1190_Moeraki-Boulders.jpg
  • South Pacific Ocean waves released the spherical Moeraki Boulders onto Koekohe Beach, between Moeraki and Hampden on the Otago coast, South Island, New Zealand. These ancient concretions grew 2 meters (6 feet) in diameter over 4 to 5.5 million years from marine mud (Moeraki Formation mudstone) near the surface of the Paleocene sea floor.  After the concretions formed, large cracks (septaria) formed and filled with brown calcite, yellow calcite, and small amounts of dolomite and quartz when a drop in sea level allowed fresh groundwater to flow through the enclosing mudstone. For licensing options, please inquire.
    07NZ_1217_Moeraki-Boulders.jpg
  • South Pacific Ocean waves released the spherical Moeraki Boulders onto Koekohe Beach, between Moeraki and Hampden on the Otago coast, South Island, New Zealand. These ancient concretions grew 2 meters (6 feet) in diameter over 4 to 5.5 million years from marine mud (Moeraki Formation mudstone) near the surface of the Paleocene sea floor.  After the concretions formed, large cracks (septaria) formed and filled with brown calcite, yellow calcite, and small amounts of dolomite and quartz when a drop in sea level allowed fresh groundwater to flow through the enclosing mudstone.
    07NZ_1198_Moeraki-Boulders.jpg
  • South Pacific Ocean waves released the spherical Moeraki Boulders onto Koekohe Beach, between Moeraki and Hampden on the Otago coast, South Island, New Zealand. These ancient concretions grew 2 meters (6 feet) in diameter over 4 to 5.5 million years from marine mud (Moeraki Formation mudstone) near the surface of the Paleocene sea floor.  After the concretions formed, large cracks (septaria) formed and filled with brown calcite, yellow calcite, and small amounts of dolomite and quartz when a drop in sea level allowed fresh groundwater to flow through the enclosing mudstone.
    07NZ_2009_Moeraki-Boulders.jpg
  • South Pacific Ocean waves released the spherical Moeraki Boulders onto Koekohe Beach, between Moeraki and Hampden on the Otago coast, South Island, New Zealand. These ancient concretions grew 2 meters (6 feet) in diameter over 4 to 5.5 million years from marine mud (Moeraki Formation mudstone) near the surface of the Paleocene sea floor.  After the concretions formed, large cracks (septaria) formed and filled with brown calcite, yellow calcite, and small amounts of dolomite and quartz when a drop in sea level allowed fresh groundwater to flow through the enclosing mudstone.
    07NZ_1257_Moeraki-Boulders.jpg
  • Kelp washes up on Koekohe Beach at Moeraki Boulders on the Otago coast, South Island, New Zealand.
    07NZ_1224_Moeraki-Boulders.jpg
  • Favorite parks, tracks (trails), and sights are labelled on this small relief map of South Island, New Zealand. In 1990, UNESCO honored Te Wahipounamu – South West New Zealand as a World Heritage Area.
    NEW-ZEALAND-South-Island-map.jpg
  • South Pacific Ocean waves released the spherical Moeraki Boulders onto Koekohe Beach, between Moeraki and Hampden on the Otago coast, South Island, New Zealand. These ancient concretions grew up to 2 meters (6 feet) in diameter over 4 to 5.5 million years from marine mud (Moeraki Formation mudstone) near the surface of the Paleocene sea floor.  After the concretions formed, large cracks (septaria) formed and filled with brown calcite, yellow calcite, and small amounts of dolomite and quartz when a drop in sea level allowed fresh groundwater to flow through the enclosing mudstone.
    07NZ_1235_Moeraki-Boulders.jpg
  • South Pacific Ocean waves released the spherical Moeraki Boulders onto Koekohe Beach, between Moeraki and Hampden on the Otago coast, South Island, New Zealand. These ancient concretions grew 2 meters (6 feet) in diameter over 4 to 5.5 million years from marine mud (Moeraki Formation mudstone) near the surface of the Paleocene sea floor.  After the concretions formed, large cracks (septaria) formed and filled with brown calcite, yellow calcite, and small amounts of dolomite and quartz when a drop in sea level allowed fresh groundwater to flow through the enclosing mudstone.
    07NZ_2025_Moeraki-Boulders.jpg
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