Metadata 4863
This dataset comprises approximately 18600 nadir images taken from a UAS (Unmanned Aircraft Systems) and saved as .jpg files. The dataset broadly covers the area of proximal Skeiðarársandur area (~63.9 N, 17.3 W), and Skeiðarársandur coastline (63.7 N, 17.5 W) at the mouth of Gígjukvísl on 18th April 2022 in Southern Iceland. The data set broadly stretches for an area 11 km east, and 8 km north in the proximal Skeiðarársandur area. The coverage is variable as the imagery is centred on the proglacial lakes ...
The data comprises information on the subsurface structure of stratigraphic levels and units in the United Kingdom, detailing depth to and thickness of the units. These result from projects in different parts of the UK performed at different times. Common working scales are 1:50 000 and 1:250 000 with appropriate differences in detail. Much mapping results from interpretation of seismic data, and as a result many of the structural maps are in time rather than depth, although some have been depth converted.
The Geological Map of the Fennoscandian Shield dataset shows fault and impact structures. This incorporates data from the map of the bedrock of Fennoscandia (2001) and new data on Quaternary geology.
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Relict subaerial landslide feature. Where information is available these are subdivided further: 1. Slide deposit; 2. Slide scar (area of missing material on failure surface; 3. Other. Where information on the genesis is available that is also provided: 1. Rotational; 2. Translational; 3. Block; 4. Rockfall; 5. Debris Flow; 6. Creep; 7. Lateral Spread; 8. Debris avalanche; 9. Other. Chronological information is presented as calendar age BP. Confidence is defined as follows: 1. High: Sampled feature with go...
Locations of relevant events delivered by National Partners and not reported on the Seismic Portal (EMSC website).
Fluid emissions of non volcanic origin and mud-volcanoes on seafloors, mapped by various national and regional mapping projects and recovered in the literature. Points represent areas smaller than 4 hectares. (for larger areas, see fluid emissions polygons layer) Note: blank areas do not necessarily correspond to no occurrence.
Submarine mud-volcanoes and fluid emissions of non volcanic origin, mapped by various national and regional mapping projects and recovered in the literature. Note: Project is ongoing and the work is in progress; blank areas do not necessarily correspond to no occurrence.
Fluid emissions of non volcanic origin and mud-volcanoes on seafloors, mapped by various national and regional mapping projects and recovered in the literature. Polygons represent areas larger than 4 hectares. (for smaller areas, see fluid emissions points layer) Note: blank areas do not necessarily correspond to no occurrence.