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. 2022 Nov 15;20(11):e07634. doi: 10.2903/j.efsa.2022.7634
Test organism Test substance Application method of test a.s./OM Timescale End point Toxicity
Earthworms
Eisenia fetida Dimoxystrobin

Mixed into soil

10% peat

Chronic Growth, reproduction, behaviour

NOEC 0.05 mg/kg d.w. soil (reproduction)

EC10 0.048 mg/kg d.w. soil (reproduction)

NOECCORR 0.025 mg/kg d.w. soil (reproduction)

Eisenia fetida BAS 540 01 F Mixed into soil Chronic Growth, reproduction, behaviour no data available, required
Eisenia fetida 505M01

Mixed into soil

5% peat

Chronic Growth, reproduction, behaviour NOEC < 15.625 mg/kg d.w. soil 1
Eisenia fetida 505M08

Mixed into soil

10% peat

Chronic Growth, reproduction, behaviour NOEC 250 mg/kg d.w. soil (reproduction)
Eisenia fetida 505M09

Mixed into soil

10% peat

Chronic Growth, reproduction, behaviour NOEC 250 mg/kg d.w. soil (reproduction)
Other soil macroorganisms
Folsomia candida Dimoxystrobin

Mixed into soil

5% peat

Chronic

Mortality, reproduction

NOEC 1,000 mg/kg d.w. soil (reproduction)

NOECCORR 500 mg/kg d.w. soil (reproduction)

Folsomia candida BAS 540 00 F

Mixed into soil

10% peat

Chronic

Mortality, reproduction

NOEC 250 mg product/kg d.w. soil (mortality)

NOEC 44.8 mg dimoxystrobin/kg d.w. soil (mortality)

NOECCORR 22.4 mg dimoxystrobin/kg d.w. soil

Folsomia candida 505M09

Mixed into soil

5% peat

Chronic

Mortality, reproduction

NOEC 1,000 mg/kg d.w. soil (reproduction)
Hypoaspis aculeifer dimoxystrobin

Mixed into soil

5% peat

Chronic

Mortality, reproduction

NOEC 1,000 mg/kg d.w. soil

(reproduction)

NOECCORR 500 mg/kg d.w. soil (reproduction)

Hypoaspis aculeifer BAS 540 01 F

Mixed into soil

5% peat

Chronic

Mortality, reproduction

NOEC 1,000 mg product/kg d.w. soil (reproduction)

NOEC 179 mg dimoxystrobin/kg/kg d.w. soil (reproduction)

NOECCORR 89.5 mg dimoxystrobin/kg/kg d.w. soil (reproduction)

Hypoaspis aculeifer 505M09

Mixed into soil

5% peat

Chronic

Mortality, reproduction

NOEC 1,000 mg/kg d.w. soil

(reproduction)

(1)

The study is valid since all validity criteria are met; however, effects on reproduction were seen at the lowest tested concentration; therefore, a proper NOEC from this study could not be derived and the risk assessment to earthworms is considered only illustrative related to this metabolite.