Chapter 2: Physical Characteristics

Annual Mean Near-bed Temperature (°C) - Climatology of the North-West European Continental Shelf for 1971–2000

Marine Scotland Information NMPi icon

This layer presents a 30-year (1971-2000) temperature climatology for near-bed regions of the NW European shelf seas, with a resolution of 1/6 longitude by 1/10 latitude. The data have been extracted from the International Council for the Exploration of the Sea (ICES) data centre and supplemented by additional records from the World Ocean Data Centre (WODC). From the original data, which are irregularly distributed in space and time, the mean monthly temperature and salinity are calculated, as well as the climatic mean annual cycle. The climatology presented here is an improvement upon all existing climatologies presented in the literature for the NW European shelf; covering a wider area on a finer scale and including the surface and near-bed distribution of both temperature and salinity. Comparison of our data with existing climatologies shows good agreement, with differences occurring where our climatology is an improvement. This climatology, which will prove to be valuable to many users in the marine community will be regularly updated and made available to all users via the ICES data centre.

Annual Mean Surface Salinity (‰) - Climatology of the North-West European Continental Shelf for 1971–2000

Marine Scotland Information NMPi icon

This layer presents a 30-year (1971-2000) salinity climatology for surface  regions of the NW European shelf seas, with a resolution of 1/6 longitude by 1/10 latitude. The data have been extracted from the International Council for the Exploration of the Sea (ICES) data centre and supplemented by additional records from the World Ocean Data Centre (WODC). From the original data, which are irregularly distributed in space and time, the mean monthly temperature and salinity are calculated, as well as the climatic mean annual cycle. The climatology presented here is an improvement upon all existing climatologies presented in the literature for the NW European shelf; covering a wider area on a finer scale and including the surface and near-bed distribution of both temperature and salinity. Comparison of our data with existing climatologies shows good agreement, with differences occurring where our climatology is an improvement. This climatology, which will prove to be valuable to many users in the marine community will be regularly updated and made available to all users via the ICES data centre.

Annual Mean Surface Temperature (°C) - Climatology of the North-West European Continental Shelf for 1971–2000

Marine Scotland Information NMPi icon

This layer presents a 30-year (1971-2000) temperature climatology for surface regions of the NW European shelf seas, with a resolution of 1/6 longitude by 1/10 latitude. The data have been extracted from the International Council for the Exploration of the Sea (ICES) data centre and supplemented by additional records from the World Ocean Data Centre (WODC). From the original data, which are irregularly distributed in space and time, the mean monthly temperature and salinity are calculated, as well as the climatic mean annual cycle. The climatology presented here is an improvement upon all existing climatologies presented in the literature for the NW European shelf; covering a wider area on a finer scale and including the surface and near-bed distribution of both temperature and salinity. Comparison of our data with existing climatologies shows good agreement, with differences occurring where our climatology is an improvement. This climatology, which will prove to be valuable to many users in the marine community will be regularly updated and made available to all users via the ICES data centre.

Coastal Physiographic Features

Marine Scotland Information NMPi icon

The Scottish coastline consists of a complex environment of marine inlets and linear coast formed by landform process, such as glaciations, over millions of years. This has led to a diverse range of coastline physiographic features which provide different types of habitats for a huge range of marine communities. The habitats of coastal physiographic features substantially differ in their environmental conditions from substrate type, temperature, salinity, and tidal range to wave exposure. These diverse conditions provide unique niches for an abundance of marine life. 

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