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Aquatic Classification
There are a number of significant environmental problems caused by a number of pressures, including diffuse and point source pollution, alterations to beds, banks and shores, alterations to water levels and flows and the presence of invasive non-native species. In order to measure these pressures and their potential effects, we use an aquatic classification system which covers rivers, lochs, estuaries, coastal and groundwater bodies. These are split into management units called water bodies, with a classification produced for each body (the number of water bodies between years varies slightly, as some water body boundaries are reviewed to ensure that they can be managed appropriately).
There are a number of significant environmental problems caused by a number of pressures, including diffuse and point source pollution, alterations to beds, banks and shores, alterations to water levels and flows and the presence of invasive non-native species.
In order to measure these pressures and their potential effects, we use an aquatic classification system which covers rivers, lochs, estuaries, coastal and groundwater bodies. These are split into management units called water bodies, with a classification produced for each body (the number of water bodies between years varies slightly, as some water body boundaries are reviewed to ensure that they can be managed appropriately).
We produce an annual Water Framework Directive (WFD) Classification for all the water bodies in Scotland.
Classification results for 2007 to the current year can be found on the Water Classification Hub.
Read the State of Scotland's Water Environment 2024 summary report (MS Word, 1.17 MB).
Most of our water environment is already in a good condition and subject to fewer pressures than most other E
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
Pollution prevention and control
Overview of PPC regulations, how they are applied and available guidance.
Overview of PPC regulations, how they are applied and available guidance.
We are transitioning to a new website and authorisation process and the information on this webpage is not up to date. Please go to our Environmental Authorisation (Scotland) Regulation (EASR) webpage to find information on applying for Industrial activities authorisations. The following pages can also be found on our Topics page:
Best Available Techniques (BAT) for industrial activitie
Environmental monitoring and assessment
Radioactive substances are used routinely in Scotland for medical diagnosis and treatment, research, energy generation and industrial processes. Under the Environmental Authorisations (Scotland) Regulations 2018 (EA(S)R), we regulate these activities including discharges to the environment. We are responsible for ensuring that public radiation doses as a result of authorised radioactive discharges
Waste statistics regulations
The European Union Waste Statistics Regulation (2150/2002/EC) came into force in November 2002. It requires all Member States to provide data to the European Commission every two years on the generation and treatment of waste and on the number and capacity of waste management facilities. In this context, waste treatment covers incineration, recovery and disposal.
The aim of the Regulation is to es
Naturally Occurring Radioactive Materials (NORM)
We are responsible for regulating the keeping and use of radioactive substances and the accumulation and disposal of radioactive wastes. These pages describe the development of the UK strategy for managing wastes containing naturally occurring radioactive material (NORM).
We are responsible for regulating the keeping and use of radioactive substances and the accumulation and disposal of radioactive wastes.
These pages describe the development of the UK strategy for managing wastes containing naturally occurring radioactive material (NORM).
Naturally occurring radioactive materials exist in the earth’s crust as a result of the decay of heavy elements produced by cosmic processes. In their natural state they are not considered waste. NORM waste is produced when activities including mining and the processing of minerals and contaminated earth concentrate NORM. It is also produced as a result of maintenance and decommissioning of equipm
Land
Through its ability to filter and retain nutrients, land helps to protect air and water quality, support habitats and enhance biodiversity. Healthy, well-managed land also plays an important part in flood risk management.
Through its ability to filter and retain nutrients, land helps to protect air and water quality, support habitats and enhance biodiversity. Healthy, well-managed land also plays an important part in flood risk management.
We are transitioning to a new website, and some content from this section is now on our Beta site.
Land quality – defined by its ability to sustain and fulfil a variety of uses – is vital to health and wellbeing.
Through its ability to filter and retain nutrients, land helps to protect air and water quality, support habitats and enhance biodiversity. Healthy, well-managed land also plays an
Radioactive substances
Radioactive substances are used routinely in Scotland for medical diagnosis and treatment, research, energy generation and industrial processes. However, if they are not managed properly they can potentially cause contamination of the environment and impacts on human health.
A key part of our work is to ensure that radiation doses from all man-made radioactive substances in food and the environmen
Waste data
SEPA is responsible for reporting national waste statistics to the Scottish Government and European Union among others. As regulator, SEPA also has a duty to assess whether waste management sites comply with the conditions of their licence or permit.
To do this, SEPA collects and verifies data from a number of sources, mainly:
Operators of all licensed and most permitted waste management sites
Op
Non-nuclear industries
We regulate the storage, use and disposal of all radioactive substances, including those from the non-nuclear industry. Organisations that use radioactive substances, but are not part of the nuclear industry, are collectively known as the non-nuclear industry.
We regulate the storage, use and disposal of all radioactive substances, including those from the non-nuclear industry.
Organisations that use radioactive substances, but are not part of the nuclear industry, are collectively known as the non-nuclear industry.
Non-nuclear industries
We regulate the management of radioactive substances, including those from the non-nuclear industry. This page provides information on the regulation of the non-nuclear industry.
What is the non-nuclear industry?
Industries that use radioactive substances, but are not part of the nuclear industry, are collectively known as the non-nuclear industry. The non-nuclear industry i