Description
What type of agriculture is being studied in Slovenia?
Silage maize grown for dairy and beef farms.
What are the main characteristics of the study area?
Small family farms (~10ha) are typical for Central Slovenia. Intensive dairy and beef farming dominates Slovenian farming (61%). Consequently, silage maize is grown in 40% of fields in a crop rotation. In total, 1156 tonnes of PPPs were sold in Slovenia during 2016. There is a heavy reliance on fungicides, which represented 74% of the PPPs sold in 2016. This reliance is because of the wet climate and as untreated product feed can contain high levels of aflatoxins.
When are pesticides applied?
Pesticides are typically applied throughout the growing season (March-October).
Which pesticides are relied on in Slovenia?
Conventional farms have several fungicides they may apply, including acrobat, infinito, ortiva, dithan, antracol combi, and ridomil gold. Organic farms have no herbicides available but do have options for controlling fungi and pest insects. They apply copper and sulphur preparations alongside bacterial pesticides such as naturalis and lepinox plus.
Sample numbers
Both conventional and organic systems contributed to the farming system. For example, ‘Cat Organic’ refers to a cat sampled from an organic farm.
| Environment (total 86 samples ) | |
|---|---|
| Soil Conventional | 10 |
| Soil Organic | 10 |
| Crop Conventional | 10 |
| Crop Organic | 10 |
| Air outdoor Conventional | 1 |
| Air outdoor Organic | 1 |
| Indoor dust Conventional | 6 |
| Indoor dust Organic | 6 |
| Earthworm Conventional | 10 |
| Earthworm Organic | 10 |
| Water | 6 |
| Sediment | 6 |
| Human (total 286 samples) | |
|---|---|
| Conventional farmer Male | 25 |
| Conventional farmer Female | 22 |
| Organic farmer Male | 28 |
| Organic farmer Female | 19 |
| Neighbour Male | 43 |
| Neighbour Female | 53 |
| Consumer Male | 49 |
| Consumer Female | 47 |
| Animal (total 75 samples) | |
|---|---|
| Cow Conventional | 37 |
| Cow Organic | 34 |
| Cat Conventional | 2 |
| Cat Organic | 2 |
Explanation of the figure
The ‘heatmap’ figures show the relative pesticide content in environmental, human or animal matrices. Select a tab from “Environment”, “Human” or “Animal” to explore the detailed content of each compartment. Name of the matrices are displayed in the lower light grey bars (X-axis), where the X-axis are labeled with different categories of sampling stratified by farm management types, human characteristics, animal types and/or sex, etc.
- Color legend: the darker the purple squares are, the higher the pesticide concentration is. Light orange means ‘tested & not detected (<LOD)'
- X-axis labels:
- Environment:
- CF: Conventional farm.
- OF: Organic farm.
- Human:
- F_CF: Female (F) conventional (C) farmer (F).
- M_CF: Male (M) conventional (C) farmer (F).
- F_OF: Female (F) Organic (O) farmer (F).
- M_OF: Male (M) Organic (O) farmer (F)
- F_Neighbour: Female (F) neighbour.
- M_Neighbour: Male (M) neighbour.
- F_Consumer: Female (F) consumer.
- M_ Consumer: Male (M) consumer.
- Animal:
- CF: Conventional farm.
- OF: Organic farm.
- Environment:
The different compounds are listed on the Y - axis, classified according to the pesticide type and EU approval status in 2021:
- A-I: Approved insecticide
- A-H: Approved herbicide
- A-F: Approved fungicide
- A_MT: Approved metabolite
- NA-I: Not approved insecticide
- NH: Not approved herbicide
- NA-F: Not approved fungicide
- NA_MT: Not approved metabolite
- S: Synergist
- UM: Urine metabolite
By clicking on the columns of different matrices or country names, for example: “Urine”, or “Denmark”. You will be directed to the country x matrix page where detailed statistics on three levels of information are revealed in this page:
- Most frequently detected compounds in a matrix in a specific country with its median concentration.
- Number of compounds tested and detected according to their approval status (Approved, Not approved, CfS (candidate for substitution) or synergist) in a matrix in a specific country.
- Number and total concentration of pesticide detected in each sample in the matrix in the country.
Environment
Human
Animal