Toxic Effects of Microplastics

Menu Display

Menü
- Biology, Ecology and Conservation of Pollinators (Primarily Bees) - DAAMBA – Domestic Anthropic Activity Markers of Bronze Age settlements: A multiproxy methodological approach to understand household related activities - Decomposition Studies - Descriptive and ecological assessment of the spread of invasive alien tree species - Conservation Botany - Ecosystem Services - Effects of renewable energy production on the environment and nature - Effectiveness of Game Feeding - Examination of the relationship between the settlements of the Budapest agglomeration as a regional center along various indicator - Examination of Wild Boar Effects in Grassland Area - Heteropteras in Hungary - Investigation of the Spread and Impact of Invasive Predator Species - The Impact of Domestic Cats on the Domestic Population of European Wildcats - National Scolopax rusticola Monitoring Program - National Laboratory for Health Security - Hungarian Game Management Database - Impact of earthworms on soil and ecosystem services in protected natural and cultivated areas - Investigation of the effects of feeding places for hunting purposes on natural habitats - Nematological Diagnostics - Our Arrival to Central Europe (Visegrad Fund project) - Plant Population Biology - Role of Large Predator Species - Study of Invasive Plant-Eating Species - Taxonomy of Firebugs - The Wildlife Management and Conservation Role of the Golden Jackal - Toxic Effects of Microplastics - Soil Ecology - Soil Zoology - Soil Ecotoxicology - Wildlife Impact Studies, Investigation of Game Damage - Behavioral Ecology, Bird Monitoring - Participation in the FLOTT - River, landscape and settlement in the Middle Ages project - Survey of protected plant species in abandoned vineyards - YMPACT - The Yamnaya Impact on Preshistoric Europe - Conservation assessment of forest steppe vegetation at different spatial and temporal scales

Toxic Effects of Microplastics

Last modified: 21. February 2024

Toxic Effects of Microplastics


Microplastics are particles ranging from 0.1 to 5000 µm derived from waste and fragmented objects (secondary) or intentionally produced in this size range (primary). Their increasing presence in the environment raises global concerns. Due to poor agricultural practices and contaminated water, soil is much more polluted with microplastic particles than natural waters. These particles can significantly reduce survival, body size, and reproduction. Adsorbed xenobiotics on their surfaces can alter uptake, bioaccumulation, and thus toxic effects. By shedding light on the effects of chemicals adsorbed on the surface of microplastics, we gain a broader understanding of the processes occurring in the environment, allowing us to prepare for possible prevention and remediation methods.


Participating researchers:
dr. Lola Virág Kiss       https://m2.mtmt.hu/gui2/?type=authors&mode=browse&sel=authors10051622
dr. Anikó Seres           https://m2.mtmt.hu/gui2/?type=authors&mode=browse&sel=authors10022982
dr. Péter Nagy            https://m2.mtmt.hu/gui2/?type=authors&mode=browse&sel=authors10000183