Trends in France for achieving the Agenda 2030 sustainable development goals (SDG)

SDG11 – Make cities and human settlements inclusive, safe, resilient and sustainable

Measuring stations exceeding the daily threshold for long-term human health protection for PM₁₀ during the year – urban areas with more than 250,000 inhabitants
Change*Latest value**Trend for achieving the SDG by 2030

-6 points from 2015 to 2020

YearValue
20156,00
20160,90
20171,70
20180,90
20190,90
20200,00
0%
Favourable

Over the 2007-2021 period, the percentage of measuring stations exceeding the regulatory daily threshold for PM₁₀ for the protection of health fell in urban areas with more than 250,000 inhabitants. In 2021, this indicator reached 0% for PM₁₀. In 2021, the number of urban areas concerned by exceedances of regulatory thresholds for NO₂ and PM₁₀ was limited. In addition to incentive measures, such as the vehicle scrappage scheme, the 2019 French Framework Act on mobility (LOM) provides for the implementation of low-emission mobility zones (LEZ-m) in all urban areas concerned by exceedances. Currently, 11 urban areas have implemented a low-emission mobility zone (LEZ-m), including the greater Paris region, Lyon, Aix-Marseille and Toulouse. By 2025, all 43 urban areas with over 150,000 inhabitants will be required to implement an LEZ-m. Lastly, the year 2021 was marked by an episode of PM₁₀ pollution on a nationwide scale and desert dust pollution episodes in overseas territories.


Measuring stations exceeding the daily threshold for long-term human health protection for PM₁₀ during the year – urban areas with 50,000 to 250,000 inhabitants
Change*Latest value**Trend for achieving the SDG by 2030

-4.1 points from 2015 to 2020

YearValue
20154,10
20160,80
20171,40
20180,70
20190,70
20200,00
0%
Favourable

Over the 2007-2021 period, the percentage of measuring stations exceeding the regulatory daily threshold for PM₁₀ for the protection of health fell by 4.3% in urban areas with 50,000 to 250,000 inhabitants. Annual variations have nonetheless been observed, as the presence of particulate matter in the air is linked to several factors: direct emission into the air, from human activities or natural sources; the formation of particles through chemical reactions between gaseous pollutants and/or particles already present in the atmosphere; meteorological conditions; and the long-range transport of pollutants. The 2021 report on ambient air quality in France confirmed that air quality is improving in conjunction with the reduction of pollutant emissions, as a result of strategies and action plans that have been implemented in various sectors over several years. Average annual concentrations of air pollutants are decreasing, and exceedances of regulatory air quality thresholds for the protection of human health are affecting fewer and smaller areas. With regard to fine particles, France counted ten areas with exceedances of the PM₁₀ threshold in 2015. The number of urban areas exceeding regulatory thresholds for PM₁₀ has also seen a sharp decline; while 30 urban areas registered exceedances in 2011, zero were affected in 2020.


Annual mean PM₁₀ concentrations at urban background stations
Change*Latest value**Trend for achieving the SDG by 2030

-23% from 2015 to 2020

YearValue
201519,50
201617,70
201717,70
201817,00
201916,30
202015,10
15.1 μg/m³
Favourable

Annual mean PM₁₀ concentrations observed in urban areas fell significantly over the 2007-2021 period, both in areas distanced from direct sources of pollution (urban background) and in proximity to road traffic. In 2021, these levels stood respectively at 15 μg/m³ and 20 μg/m³. The progress made can notably be attributed to the measures implemented to reduce PM₁₀ emissions such as improving industrial techniques to control dust, and improving the performance of biomass combustion equipment. The exceptional measures restricting travel and economic activity that were taken to manage the COVID-19 pandemic had little impact on PM₁₀ levels in 2020.


Recycled municipal waste
Change*Latest value**Trend for achieving the SDG by 2030

+5.3 points from 2013 to 2018

YearValue
201338,00
201439,70
201540,00
201641,90
201743,00
201844,00
44%
Moderately favourable

Note: estimated 2014, 2016 and 2018 data.

Recycling progress has been steady, as the share of residual household waste continues to fall. In ten years, source separation has developed significantly: the tonnage sorted by households has increased by 20% and the tonnage sent to recycling centres by 32%, while commingled waste has decreased by 13%. Numerous measures have also been adopted under Act 2020-105 of 10 February 2020 on the circular economy and the fight against waste, in order to increase source separation and recycling, with a particular focus on source separation of organic waste. In addition, the France Relance recovery plan notably included the aim of promoting the circular economy, the decarbonization of industry, the acceleration of recycling and reuse (including for plastic) and the modernization of waste sorting facilities. According to ADEME, the French Environment and Energy Management Agency, waste generation per capita has decreased by 4.6% since 2007. In the long term, the aim is to continue the trend toward a reduction in the quantity of waste sent to landfills. France has set itself the goal of achieving a recycling rate of 65%, excluding mineral and hazardous wastes, by 2025.


Artificialized land
Change*Latest value**Trend for achieving the SDG by 2030

+0.5 points from 2013 to 2018

YearValue
20138,50
20148,60
20158,70
20168,80
20178,90
20189,00
9%
Unfavourable

In France, 20,000 ha of natural, agricultural and forest areas (ENAF) have been consumed annually in recent years. Land consumption has increased at a rate four times faster than population growth over the past twenty years. This issue concerns all of France, predominantly in sparsely populated areas (60%), and especially in low-density peri-urban areas. To continue reducing the rate of ENAF land consumption and land artificialization, France has set the goal of achieving “net zero land artificialization” by 2050. It has also set an intermediate objective for 2031 for reducing the rate of ENAF consumption in relation to the consumption observed over the 2011-2021 decade, prior to the enactment of Act 2021-1104 of 22 August 2021 on combating climate and strengthening resilience to its effects.


Proportion of the population living in overcrowded housing
Change*Latest value**Trend for achieving the SDG by 2030

Single value in 2013

YearValue
20138,40
8.4%
Not assessable

In 2016, over 5 million people, or 8.2% of the population excluding Mayotte, were living in overcrowded housing, i.e. in a household of two or more living in a dwelling with an insufficient number of rooms for the size of their household. This situation affects 3.2% of the population living in houses and 16.5% of those living in an apartment. The majority of households concerned live in large urban areas. 74% of households living in overcrowded housing lived in an urban area with over 100,000 inhabitants, of which 40% lived in the greater Paris region. Overcrowding affects only 2.3% of households in urban areas with fewer than 10,000 inhabitants, but 5.3% in those with over 100,000 inhabitants. Numerous laws have been introduced over the last several years to combat housing overcrowding. In France, the housing policy mobilized €37.6 billion in 2020, equivalent to 1.6% of GDP, all public administrations combined. However, the housing costs borne by French households not only remain high (26.2% of their income in 2019) but continue to rise (20.9% of their consumer spending in 2020, up from 19.0% in 2008).


Source: INSEE, Dashboard of national indicators for monitoring the Sustainable Development Goals – published January 2022. Statistics processed by SDES (ministerial Statistical Data and Studies Department) - Only available in French. (Insee, Tableau de bord des indicateurs pour le suivi national des objectifs de développement durable - paru en janvier 2022. Traitements SDES)

*Change: since the latest available value, change over a period of 5 years (longer or shorter depending on data availability).

**Latest value: value corresponding to the last year of the trend graph.

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