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Local Plan District

Local Plan District Areas for Flood Risk Management Planning. Select the area of interest from the map or type in the Local Plan District number....

Runoff Reduction Shows area of high runoff to help target runoff reducing activities. Areas of high run off can be more susceptible to faster flooding. This map will be used in the Flood Risk Management Planning process to select the most appropriate action to take to tackle flood risk and will not be used in isolation. Please refer to the SEPA website for more information on natural flood managem

Estuarine Surge Attenuation

Estuarine Surge Attenuation Shows estuaries that may be affected by coastal surges caused by tides or winds where flooding occurs further up the estuary. This map will be used in the Flood Risk Management Planning process to select the most appropriate action to take to tackle flood risk and will not be used in isolation. Please refer to the SEPA website for more information on natural flood manag

Nuclear industry

nuclear industry

nuclear industry We regulate the management of radioactive substances, including those from the nuclear industry. This page provides information on the regulation of the nuclear industry. What is the nuclear industry? The nuclear industry includes power stations that generate electricity from a nuclear reactor, nuclear sites undergoing decommissioning and some defence activities. How do we regulate the nuclear ind

Special Sites

A special site is contaminated land which meets one of the descriptions in the regulations: for example, land on which a process subject to Integrated Pollution Control is, or has been, operated. Special sites do not necessarily represent the most heavily contaminated land: special site designation is the responsibility of local authorities, who are required to seek advice from us.

A special site is contaminated land which meets one of the descriptions in the regulations: for example, land on which a process subject to Integrated Pollution Control is, or has been, operated. Special sites do not necessarily represent the most heavily contaminated land: special site designation is the responsibility of local authorities, who are required to seek advice from us. As part of the requirements of Part IIA, we are obliged to maintain a public register containing details of special sites. Public registers of land identified as statutorily contaminated are maintained by local authorities, who should be contacted for information on contaminated land other than special sites. A special site is contaminated land which meets one of the descriptions in the regulation

Long-term river water quality indicator

SEPA publishes a long-term river water quality indicator, based on a network of sites covering 253 water bodies (rivers or sections of rivers). This indicator is based on a consistent set of five water quality parameters which are sensitive to organic pollution, nutrients and toxic substances, and which provide a measure of species diversity across approximately 10% of all water bodies.

SEPA publishes a long-term river water quality indicator, based on a network of sites covering 253 water bodies (rivers or sections of rivers). This indicator is based on a consistent set of five water quality parameters which are sensitive to organic pollution, nutrients and toxic substances, and which provide a measure of species diversity across approximately 10% of all water bodies. Monitoring In 2011, the Scottish Environment Protection Agency (SEPA) established an indicator of river water quality based on a network of sites covering 253 water bodies (rivers or sections of rivers), which account for approximately 10% of all water bodies. The indicator is based on a consistent set of five water quality parameters which are sensitive to organic pollution, nutrients and toxic s

Alloa monitoring buoy, Firth of Forth

Continuous monitoring equipment has been deployed from a buoy in the upper Forth estuary near South Alloa since 1988 to monitor dissolved oxygen, salinity, temperature and turbidity. Dissolved oxygen is consumed by the decomposition of organic matter. Organic matter in the upper Forth estuary originates from discharges of organic waste and organic rich sediments mixed into the water column as a re

Dunoon continuous water quality monitoring buoy, Firth of Clyde

Since 2009 a monitoring buoy has been deployed in the Firth of Clyde adjacent to Dunoon. This location is a long term monitoring site for both marine chemical and ecological parameters and was previously monitored on a monthly basis. Continuous monitoring equipment attached to the buoy detects short term changes in water quality that are missed by monthly monitoring. Firth of Clyde monitoring buoy

Gunnet Ledge monitoring buoy, Firth of Forth

Continuous salinity, temperature, and chlorophyll data has been collected from in the Inner Firth of Forth at Gunnet Ledge since 1993. Chlorophyll-a is used to indicate the biomass of phytoplankton. Phytoplankton growth is stimulated by nutrients exported from the estuary into the clearer coastal waters of the Firth of Forth. Excessive phytoplankton growth may cause an undesirable disturbance to t

Inner Clyde Estuary monitoring buoy, Firth of Clyde

Continuous water quality monitoring equipment was deployed in the inner Clyde estuary adjacent to Govan in 2011. Low dissolved oxygen concentrations are known to occur in the inner Clyde estuary at this location as a result of the decomposition of organic wastes from discharges and urban run off. Limited mixing between fresh water and more dense saltwater leads to large differences between the sal

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