Since 2017, as a result of the introduction of the fuel price supplement due to the mixing of biofuels, use of biofuels has increased. In 2020, 10.9% RES share in the transport sector has been achieved. Biofuels contributed 94 % to this share, with some biofuels multiplied by multiplier factors in the calculation of the RES share. Biofuels accounted for less than 6% in 2020 in transport energy use, with one sixth of advanced biofuels.

The phosphorus (P) budget in agriculture declined over the period 1992–2021 (for 104%). Reduction is the consequence of a decreased P intake with mineral and livestock fertilizers, as well as the consequence of increasing the P uptake by agricultural crops. The period up to 2003 was characterized by a surplus of 11 to 16 kg per hectare while after 2003 they were mostly less than 5 kg per hectare. In the period 2004–2015, the P surplus in Slovenia (+4.5 kg per hectare) was above the EU average (+2.2 kg per hectare).

One of the main reasons of mortality due to respiratory diseases is in Slovenia chronic pulmonary disease (COPD). The highest mortality rate due to respiratory diseases in Slovenia is in Savinjska and Zasavska region and the lowest in Central-Slovenian region (2017–2021). Mortality due to respiratory diseases is decreasing; in the period 2017 to 2021 it decreased from 62/100.000 inhabitants to 32/100.000 inhabitants. This can be attributed to the “harvesting effect” of COVID 19.

Energy use contributes 79% to total greenhouse gas emissions in Slovenia. The biggest sources of emissions are electricity and heat production and transport. With the introduction of the EU Greenhouse Gas Emissions Trading Scheme (EU-ETS) Member States targets for GHG's covered only emissions from nonETS sources. Transport is by far the largest source of on nonETS emissions in Slovenia with 47%, while  emissions from energy use contribute 73%. The 2020 target has been achieved. Target for the following years are significantly more ambitious.

In 2018, the ecological footprint of Slovenia was 5,37 gha per capita while biocapacity was 2.2 gha. For such a lifestyle 3.39 Earths would be required for the world's population to live within planetary regenerative capacity. This places Slovenia above the average of the EU countries (4.6 gha per capita). The carbon footprint usually accounts for around 60% of the total ecological footprint and therefore needs to receive comparatively more attention. According to consumption categories, housing and personal transportation contribute the most to the ecological footprint in Slovenia.