KAZALCI OKOLJA

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In the period 1992–2024 the consumption of mineral fertilizers in Slovenia was reduced by 41%. In the same period the consumption of plant nutrients (N, P2O5, K2O) per hectare of utilized agricultural area also reduced by 45%. The average consumption per hectare of utilized agricultural area was 61 kg N, 25 kg P2O5 and 30 kg K2O. In the period 2014–2023 the average consumption of nitrogen in Slovenia was lower (58 kg N/ha) than in EU member states (60 kg N/ha). In the same period the consumption of phosphorus (17 kg P2O5/ha) was higher than in EU member states (15 kg P2O5/ha).


The indicator represents the consumption of mineral fertilizers in Slovenia in the period 1992–2024. Their total consumption and consumption of the main plant nutrients (nitrogen, phosphorus, potassium) are presented. The consumption of plant nutrients per hectare of utilized agricultural area is calculated and a comparison of nitrogen and phosphorus consumption with the countries of the European Union in the period of 2014–2023 is given.

Mineral fertilizers are substances, regardless of their physical state, which contain plant nutrients and are added to the soil or plants to improve growth, increase yields, improve crop quality or soil fertility and are obtained in an industrial process (Mineral Fertilizers Act, Ur. l. RS, 29/06).


Charts

Figure KM02-1: Consumption of mineral fertilizers in Slovenia in the period 1992–2024
Sources:

SORS, 2025

Show data
Mineral fertilisers[Tonne]
1992 189922
1993 174055
1994 182191
1995 168780
1996 168029
1997 180599
1998 184729
1999 186370
2000 174180
2001 178166
2002 175724
2003 177589
2004 162680
2005 149504
2006 146593
2007 149587
2008 135011
2009 119135
2010 131855
2011 131304
2012 128364
2013 130347
2014 136054
2015 136114
2016 129480
2017 130524
2018 128769
2019 138218
2020 131403
2021 123529
2022 108654
2023 96859
2024 119462
Figure KM02-2: Consumption of plant nutrients (N, P2O5 and K2O) per hectare of utilized agricultural area in the period 1992–2024
Sources:

SORS, 2025

Show data
Nitrogen (N) [kg/ha] Potassium (K2O)[kg/ha] Phosphorus (P2O5)[kg/ha]
1992 70 36.70 27.90
1993 60.40 39.30 31
1994 63.10 41.40 35.30
1995 61.40 40 33.10
1996 60.90 40.70 33.10
1997 68.80 45.50 35.30
1998 70.90 46.70 38.30
1999 69 48.90 39.50
2000 67.10 43.70 35.90
2001 68.20 41 32.60
2002 66.10 40.90 31.10
2003 67.70 39.30 30
2004 61.70 37.90 29.80
2005 57.30 31.60 26.40
2006 62 31.50 26.10
2007 59.40 30.60 25.60
2008 50.80 29.80 24.20
2009 60.20 18.30 16.30
2010 56.90 25.50 20.50
2011 59.20 25.20 19.70
2012 54.80 22.50 18.50
2013 56.90 22.60 18.60
2014 59.30 22.10 19
2015 59.40 24.20 19.80
2016 56.70 23.80 19.20
2017 56.30 23 19
2018 57.20 23.40 19.10
2019 58.50 21.10 16.90
2020 57.20 20.50 17.40
2021 60.80 17 15.20
2022 58 11.10 11.40
2023 51.80 14.20 16.30
2024 53.80 18.80 16
Figure KM02-3: Consumption of nitrogen (N) per hectare of utilized agricultural area in EU Member States in the period 2014–2023
Sources:

EUROSTAT, 2025

Show data
Nitrogen (N) [kg/ha]
Portugal 26.90
Romania 31.70
Greece 34.80
Estonia 40
Latvia 40.80
Spain 40.90
Austria 41.40
Italy 44.50
Malta 50.70
Lithuania 55.20
Slovenia 57.50
EU-27 60.10
Finland 61
Croatia 61.40
Sweden 63.20
Cyprus 63.30
Slovakia 64.30
Poland 66
Bulgaria 69
France 71.60
Hungary 74.30
Ireland 80.10
Denmark 81.70
Germany 86.60
Luxembourg 95.10
Czechia 95.80
Belgium 98.40
Netherlands 118.40
Figure KM02-4: Consumption of phosphorus (P2O5) per hectare of utilized agricultural area in EU Member States in the period 2014–2023
Sources:

EUROSTAT, 2025

Show data
Phosphorus (P2O5)[kg/ha]
Netherlands 6.50
Luxembourg 7.20
Malta 8.50
Belgium 8.90
Estonia 9.20
Austria 10.10
Portugal 10.40
Sweden 10.60
Greece 11
Finland 11.10
Denmark 12.60
Slovakia 12.80
Czechia 13
Romania 13.20
Latvia 13.70
Germany 14.10
Bulgaria 14.60
France 14.70
EU-27 15.20
Spain 16.30
Lithuania 16.40
Slovenia 17.30
Italy 17.60
Hungary 18.30
Ireland 20.40
Poland 20.60
Croatia 21.60
Cyprus 40.80

Goals

  • Balanced consumption of mineral fertilizers, gradual increase in the volume of organic production and prevention of soil pollution from point and diffuse sources.
  • Fertilize the plants in such a way that they can make the most of the nutrients and that they are not lost to groundwater and to the atmosphere.
  • Reduce and prevent further pollution of waters with nitrates from agricultural production.

 

 


In the period 1992–2024 the consumption of mineral fertilizers in Slovenia reduced by 41%. In that period the consumption of mineral fertilizers per hectare of utilized agricultural area also reduced by 3.8 kg/year or by 33%. The average nutrient consumption was 116 kg/ha (61 kg N/ha, 25 kg P2O5/ha and 30 kg K2O/ha). In that period the consumption of N per ha reduced by 18%, P2O5 by 64% and K2O by 68%. Among plant nutrients, N (54%) predominates in the composition of mineral fertilizers, followed by K2O (25%) and P2O5 (21%).

The reduction in the consumption of mineral fertilizers can be attributed to the requirements of the Nitrates Directive and the principles of good agricultural practice in fertilization, to which agricultural holdings have been committed in recent years, especially after 2004, when Slovenia joined the EU. Both documents pay more attention to the use of livestock manure and the consideration of plant nutrients in livestock manure when planning fertilization with mineral fertilizers. As agricultural holdings must have fertilization plans in place, in which the plant nutrients used from livestock manure are also evaluated, the consumption of mineral fertilizers is reduced accordingly.

The consumption of nitrogen in Slovenia was in the period 2014–2023 lower (58 kg N/ha) than in the EU Member States (60 kg N/ha). The highest consumption of nitrogen was in Netherlands (118 kg N/ha), Belgium (98 kg N/ha) and Czechia (96 kg N/ha), and the lowest in Portugal (27 kg N/ha) and Romania (32 kg N/ha).

The consumption of phosphorus in Slovenia was in the period 2014–2023 higher (17 kg P2O5/ha) than in the EU Member States (15 kg P2O5/ha). The highest phosphorus consumption was in Cyprus (41 kg P2O5/ha) and Croatia (22 kg P2O5/ha) and the lowest in Netherlands (7 kg P2O5/ha).


Methodology


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