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Nature, along with its inherent biodiversity, is key to functioning societies and economies. It provides the food we eat, filters the water we drink, cleans the air we breathe, and is important for our mental and physical health. Yet in the EU, many habitats and species are in a poor or bad state, and only a very small fraction of these has shown any improvement over recent years. The restoration of Europe’s habitats and species is important not only for the inherent value of nature itself: it is also key for improved human health and well-being, and reduced climate change impacts.
Nature, along with its inherent biodiversity, is key to functioning societies and economies. It provides the food we eat, filters the water we drink, cleans the air we breathe, and is important for our mental and physical health. Yet in the EU, many habitats and species are in a poor or bad state, and only a very small fraction of these has shown any improvement over recent years. The restoration of Europe’s habitats and species is important not only for the inherent value of nature itself: it is also key for improved human health and well-being, and reduced climate change impacts.
Country data from European database on disturbances
Deforestation in the EU-27 as collected by countries for the reporting on forest resources to the United Nations Economic Commission for Europe (UNECE), Food and Agriculture Organization (FAO) and Forest Europe processes
The eight most relevant pressures on forests from forestry activities.
Forest area in the EU-27 as collected by countries for the reporting on forest resources to the UNECE, FAO and Forest Europe processes
The figure shows marine protected areas coverage in the EU in 2012-2021.
The combo charts show the number of new introductions of non-indigenous species (NIS) (dots with trendline, primary axis) and the cumulative number of NIS by main species group (stacked columns, secondary axis) reported in Europe’s marine subregions, per 6-year interval between 1970 and 2017.
The figure shows the number of new non-indigenous species (NIS) reported by marine region. The line-bar chart shows the total number of new introductions of NIS (grey bars) and by main species group (lines) reported in Europe’s seas combined and by marine region, per 6-year interval between 1970 and 2017. The stacked column charts show the cumulative number of new NIS introductions by main species group, in Europe’s seas combined and by marine region, per 6-year interval between 1970 and 2020.
The pie chart shows the share of the different pathways of introduction of new non-indigenous species (NIS) to Europe's seas over the years 1970 to 2020. The category 'Other' includes several modes of introduction, namely 'Transport-stowaway: other', 'release in nature', 'escape from confinement', 'corridor' and 'unknown'. The stacked column chart shows the trend in the number of new NIS by pathway of introduction between 1970 and 2017, on a 6-year cycle. While introductions by Transport-Stowaway (ballast water, hull fouling and others) remain the prevalent mode, 'unaided' and 'escape from confinement' have grown in importance in the latest assessment cycles.
This dataset contains the list of all-know and verified records of non-indigenous species (NIS) in Europe’s seas, last updated in October 2022, and used to produce the EEA marine indicator on "Marine non-indigenous species in Europe's seas" (MAR002). MSFD D2: "Marine Strategy Framework Directive Descriptor 2"
The European Commission has developed a set of risk indicators on chemical pesticides to track progress towards the Zero Pollution and Farm to Fork target for pesticide reduction. These indicators show that the risk and use of pesticides has decreased by 14% since the baseline period in 2015-2017.
The figure shows the percentage of soil samples for each country with a specified number of detections of pesticides, based on analysis of 118 different pesticides in the samples.
This map shows a mixture toxicity metric called multi-substance Potentially Affected Fraction of species (msPAF). For individual substances, the Potentially Affected Fraction of species (PAF) is derived from the results from laboratory toxicity tests, as the fraction of the tested species that would show effects if a laboratory test would be performed with a given concentration of the chemical. To this end, the results from laboratory tests have been converted beforehand into a species sensitivity distribution (SSD). The individual PAFs are then combined into an msPAF using the dose-addition principle. For this map, toxicity tests have been used that seek to quantify the no-observed-effect concentration (NOEC). The use of this endpoint links the result to the regulatory concept of “sufficient protection” of aquatic ecosystems. The above has been applied to the simulated concentrations of 1,785 chemicals on 365 consecutive days, and the 95 percentile of the results per site have been mapped.
This section of the zero pollution monitoring assessment presents available knowledge and trends on soil pollution and associated impacts on ecosystems, and assesses progress towards achieving relevant zero pollution targets and policy objectives.
For references, please go to https://www.eea.europa.eu/themes/biodiversity/dm or scan the QR code.
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