Sites

Site Location Accuracy Capture Date Visualisation Type Description Maximum Visible Extent Latitude Longitude Elevation Keywords Lithology
Crescent5 Map
5 10/15/2015 2:12 p.m. 3D Coarse grained sandstone channel with mudstone rip up clasts eroded into fine grained sandstone. Crescent Head, N.S.W. 4.00 -31.18688000000 152.98389000000 8.000 sandstone, rip-up clasts, sedimentology sandstone
SmokyCape1 Map
5 06/16/2015 5:38 p.m. 3D intrusive contact between Triassic Smokey Cape Monzogranite and metasediments of the Permo-Carboniferous Kempsey Beds. Smoky Cape, N.S.W. 8.00 -30.92401000000 153.08894000000 10.000 igneous, structure, intrusive contact, xenolith Monzogranite, sandstone
Evans5 Map
5 07/09/2015 9:16 a.m. 3D Poorly sorted landslide deposits derived from the Ipswich Coal Measures. Evens Head, N.S.W. 10.00 -29.11460000000 153.43761000000 1.000 landslide landslip
SmokyCape2 Map
1 06/16/2015 5:39 p.m. 3D Detail of contact between the Triassic Smokey Cape Monzogranite and Permo-Carboniferous Kempsey Beds showing the chilled margin of the granite and migmatised country rocks. Smoky Cape, N.S.W 1.00 -30.92401000000 153.08894000000 -9999.000 intrusive contact, chilled margin, migmatite, igneous monzogranite, sandstone
Dudley6 Map
1 09/09/2015 8:35 a.m. 3D leaf fossils in fine grained sandstone. Dudley Beach, N.S.W. 0.30 -32.96874000000 151.73665000000 -9999.000 leaf, fossil, palaeontology sandstone
SmokyCape4 Map
5 08/17/2015 1:01 p.m. 3D Small fine grained dyke with chilled margins cross cutting the Triassic Smokey Cape Monzogranite and metasediments of the Permo-Carboniferous Kempsey Beds. Smoky Cape, N.S.W 1.20 -30.92408000000 153.08890000000 10.000 dyke, igneous, intrusive contact monzogranite, sandstone, aplite
SmokyCape5 Map
1 08/17/2015 1:10 p.m. 3D Detail of chilled margin the Triassic Smokey Cape Monzogranite with contact metamorphosed sandstone of the Permo Carboniferous Kempsey Beds. Smoky Cape, N.S.W 0.50 -30.92411000000 153.08884000000 10.000 intrusive contact, chilled margin, igneous monzogranite, sandstone
SmokyCape6 Map
5 08/17/2015 1:18 p.m. 3D Detail of chilled margin of the Triassic Smokey Cape Monzogranite with contact metamorphosed sandstone of the Permo Carboniferous Kempsey Beds. Smoky Cape, N.S.W 1.50 -30.92397000000 153.08900000000 10.000 intrusive contact, chilled margin, igneous monzogranite, sandstone
SWRocks1 Map
5 06/16/2015 5:41 p.m. 3D Fault zone cutting conglomerate of the Permo Carboniferous Kempsey Beds. South West Rocks, N.S.W. 4.00 -30.88236000000 153.03902000000 1.000 fault zone, structure conglomerate
SWRocks3 Map
5 06/16/2015 5:41 p.m. 3D Polymict pebble to cobble conglomerate of the Permo-Carboniferous Kempsey Beds showing diffuse E-W striking layering. South West Rocks, N.S.W. 5.00 -30.88239000000 153.03943000000 1.000 polymictic, sedimentology conglomerate
SWRocks4 Map
5 06/16/2015 5:42 p.m. 3D Detail view of fault zone breccia with quartz veins cutting conglomerate of the Permo-Carboniferous Kempsey Beds. South West Rocks, N.S.W. 1.00 -30.88293000000 153.03951000000 1.000 fault zone, quartz veins, structure conglomerate
SWRocks5 Map
5 06/16/2015 5:42 p.m. 3D Poorly sorted polymict conglomerate with angular and rounded fragments - Permo-Carboniferous kempsey Beds. South West Rocks, N.S.W. 2.00 -30.88263000000 153.03967000000 1.000 polymictic, poorly sorted, sedimentology conglomerate
Nambucca1 Map
5 06/16/2015 4:56 p.m. 3D Multiply deformed 'phyllite' of the Permo-Carboniferous Nambucca Beds. Layering is defined by alternating mica-rich and quartz rich domains that are tectonic in origin. Nambucca, N.S.W. 5.00 -30.64660000000 153.01932000000 1.000 folds, transposition, cleavage, structure phyllite
Nambucca2 Map
5 06/16/2015 5:13 p.m. 3D Detail of multiply deformed 'phyllite' of the Permo-Carboniferous Nambucca Beds. Layering is defined by alternating mica-rich and quartz rich domains that are tectonic in origin. Nambucca, N.S.W. 1.00 -30.64660000000 153.01932000000 1.000 folds, cleavage, transposition, structure phyllite
Nambucca3 Map
5 06/16/2015 5:15 p.m. 3D Detail of multiply deformed 'phyllite' of the Permo-Carboniferous Nambucca Beds. Layering is defined by alternating mica-rich and quartz rich domains that are tectonic in origin. Well developed crenulation cleavage. Nambucca, N.S.W. 0.30 -30.64660000000 153.01932000000 1.000 folds, crenulation cleavage, structure phyllite
Nambucca4 Map
5 06/16/2015 5:17 p.m. 3D Pavement of folded and faulted 'phyllite' of the Permo-Carboniferous Nambucca Beds. Layering is defined by alternating mica-rich and quartz rich domains that are tectonic in origin. Nambucca, N.S.W. 2.00 -30.64707000000 153.01968000000 1.000 folds, faults, structure, cleavage phyllite
Nambucca5 Map
5 06/16/2015 5:19 p.m. 3D folded 'phyllite' of the Permo-Carboniferous Nambucca Beds. Layering is defined by alternating mica-rich and quartz rich domains that are tectonic in origin. Nambucca, N.S.W. 1.00 -30.64708000000 153.01968000000 1.000 folds, structure phyllite
Nambucca6 Map
5 06/16/2015 5:22 p.m. 3D en-echalon veins cutting folded 'phyllite' of the Permo-Carboniferous Nambucca Beds. Layering is defined by alternating mica-rich and quartz rich domains that are tectonic in origin. Nambucca, N.S.W. 2.00 -30.64708000000 153.01970000000 1.000 phyllite, quartz
Nambucca7 Map
5 06/16/2015 5:23 p.m. 3D 'phyllite' of the Permo-Carboniferous Nambucca Beds. Layering is defined by alternating mica-rich and quartz rich domains that are tectonic in origin. Prominent crenulation cleavage and development of microlithons. Nambucca, N.S.W. 1.00 -30.64734000000 153.02011000000 1.000 folds, crenulation cleavage, microlithons, structure phyllite
Nambucca8 Map
5 06/16/2015 5:25 p.m. 3D 'phyllite' of the Permo-Carboniferous Nambucca Beds. Layering is defined by alternating mica-rich and quartz rich domains that are tectonic in origin. Prominent crenulation cleavage and development of microlithons. Nambucca, N.S.W. 0.20 -30.64734000000 153.02011000000 1.000 folding, crenulation cleavage, microlithons, structure phyllite
Nambucca9 Map
5 06/16/2015 5:26 p.m. 3D 'phyllite' of the Permo-Carboniferous Nambucca Beds. Layering is defined by alternating mica-rich and quartz rich domains that are tectonic in origin. Prominent crenulation cleavage and development of microlithons. Nambucca, N.S.W. 0.20 -30.64734000000 153.02011000000 1.000 folds, crenulation cleavage, microlithons, structure phyllite
Nambucca10 Map
5 06/16/2015 4:59 p.m. 3D 'phyllite' of the Permo-Carboniferous Nambucca Beds. Layering is defined by alternating mica-rich and quartz rich domains that are tectonic in origin. Prominent crenulation cleavage and development of microlithons. Nambucca, N.S.W. 2.00 -30.64865000000 153.01872000000 1.000 folds, crenulation cleavage, structure phyllite
Nambucca11 Map
5 06/16/2015 5:03 p.m. 3D folded 'phyllite' of the Permo-Carboniferous Nambucca Beds. Layering is defined by alternating mica-rich and quartz rich domains that are tectonic in origin. Prominent crenulation cleavage and development of microlithons. Nambucca, N.S.W. 1.00 -30.64865000000 153.01872000000 1.000 folds, crenulation cleavage, structure phyllite
Nambucca12 Map
5 06/16/2015 5:05 p.m. 3D folded 'phyllite' of the Permo-Carboniferous Nambucca Beds. Layering is defined by alternating mica-rich and quartz rich domains that are tectonic in origin. Prominent crenulation cleavage and development of microlithons. Later cross-cutting quartz veins 0.50 -30.64876000000 153.01869000000 1.000 folds, crenulation cleavage, quartz veins, structure Phyllite
Nambucca13 Map
5 06/16/2015 5:09 p.m. 3D folded 'phyllite' of the Permo-Carboniferous Nambucca Beds. Layering is defined by alternating mica-rich and quartz rich domains that are tectonic in origin. Prominent crenulation cleavage and development of microlithons. Nambucca, N.S.W. 3.00 -30.64878000000 153.01895000000 1.000 folds, structure phyllite

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