More than three-quarters of the apartments/houses were built before 1990, and the majority, nearly half, between 1961 and 1990. The Slovenian housing stock is therefore old and in need of renovation; in their renovation lies the greatest potential for reducing environmental impacts and reducing energy consumption. At the same time, the share of households with low incomes - i.e. those who are also expected to invest in apartment/house renovations - is around a quarter of all households.

Values ​​of parameters used for monitoring the organic loading of rivers have greatly reduced since 1996, however ammonium levels remain much higher than natural background. The observed reduction in organic loading corresponds to an increase in the share of population whose wastewater is treated at wastewater treatment plants. The nutrient loading varies considerably among rivers of the Adriatic and the Danube river basins.

In Slovenia, the share of one-member households - with higher expenditures and also a greater impact on the environment - has been rapidly increasing in the last ten years. Most households own all the usual household appliances (e.g. washing machine, refrigerator, etc.) and have been rapidly equipping themselves with new ones in recent years; thus electricity consumption does not decrease but increases slightly. Also, a third of households would not be able to cover unexpected expenses and just under a fifth survive a month without financial problems.

Population trends of selected bird species show that the state of the environment in the cultural landscape is still deteriorating, especially in some parts such as Prekmurje and Ljubljansko barje. The population of selected forest bird species is stable, however, a trend of deterioration of its habitat was recorded in recent years, as a result of intensified logging. Bird populations that winter on Slovenian rivers and other water bodies have different trends that are mostly in line with trends of regional biogeographic populations of waterbirds in Europe.

Trends in annual precipitation are not as obvious as temperature trends. Changes between years and differences between regions are significant. According to climate change projections, annual precipitation will slightly increase while changes in seasonal precipitation will be noticeable. The most worrying are summer conditions, because less precipitation and higher temperature might result in higher frequency of droughts. In winter, more precipitation may lead to an increase in flooding events.