Skip to main content
ERIC
  • Packages
  • Organizations
  • Projects
  • About
  • Docs
  1. Home
  2. Organizations
  3. Contaminant fate processes
contaminant-fate-processes

Contaminant fate processes

We study the presence, fate and behaviour of organic contaminants in natural and treated waters with currently two main focuses. First, we improve and apply target and non-...

read more

Packages
9

Projects

There are no Projects that match this search

Keywords

  • aquatic invertebrates - 3
  • micropollutants - 2
  • Arrhenius - 1
  • bioaccumulation - 1
  • bioconcentration - 1
  • biomagnification - 1
  • biotransformation - 1
  • dietary uptake - 1
  • field study - 1
  • gammarids - 1

Show More Keywords

Variables

  • concentration - 3
  • temperature - 1
  • waterlevel - 1

Systems

  • gammarid tissue - 1
  • lab - 1
  • river - 1
  • water - 1

Substances

  • Azoxystrobin... - 2
  • Cyprodinil... - 2
  • Fluopyram... - 2
  • 2-(Trifluoromethyl)... - 1
  • Atenolol... - 1
  • AZ_M390a... - 1
  • Azoxystrobin... - 1
  • Azoxystrobin acid... - 1
  • Benzotriazole... - 1
  • Carbamazepine... - 1

Show More Substances

Taxa

  • Gammarus pulex - 2
  • Aesculus hippocastanum - 1
  • Gammarus Fossarum - 1
  • Gammarus Pulex - 1
  • Hyalella azteca - 1

close
  • Packages
  • Members
  • About
  • Activity Stream

3 packages found

Keywords: aquatic invertebrates

Filter Results
  • Contaminant fate processes
    Data for: Systematic underestimation of pesticide burden for invertebrates under field conditions: comparing the influence of dietary uptake and aquatic exposure dynamics

    Pesticides used in agriculture can end up in nearby streams and can have a negative impact on nontarget organisms such as aquatic invertebrates. During registration,...
    • ZIP
    • TXT
  • Contaminant fate processes
    Data for: Importance of dietary uptake for in situ bioaccumulation of systemic fungicides using Gammarus pulex as a model organism

    Bioaccumulation of organic contaminants from contaminated food sources, might pose an underestimated risk towards shredding invertebrates. This assumption is substantiated by...
    • TXT
    • PDF
  • Contaminant fate processes
    Data for: Speed it up: How temperature drives toxicokinetics of organic contaminants in freshwater amphipods

    The acceleration of global change draws increasing attention towards synergistic effects of temperature and organic contaminants. Many studies reported a higher sensitivity of...
    • PDF
    • TXT
Legal Notice
Liability
Copyright
Privacy Policy
Member of

Powered by CKAN