RT @aabjoerk: Have a look at our new research! A huge project led by @Doemgaard shows the longest historical reconstruction of glaciers in…

RT @VOLT_center: Meanwhile in Abisko, hungry caterpillars feast on birch leaves, and spin silky webs around the defoliated trees. Outbreaks…

RT @VOLT_center: Want to know more about the research at VOLT? Our Faculty press office just wrote an article about it:

RT @Riikka_Rinnan: #BirchForestVOCs dreamteam from @science_ku in #fieldwork in #Abisko. We are measuring VOC and CO2 exchange, flying dron…

@zohaib1312 @stoten Dear Zohaib Ill be have to talk to you about this topic. Please send me an email to snl@ign.ku.dk.

(6/6) It has been a great team effort with colleagues from @Geography_UCPH, @Geology_UCPH, @science_ku and the Univerisity of Dar es-Salaam in Tanzania.

@MayaDodhia @NPosth @Geology_UCPH @UCPH_Research Crongrats Maya 🙌

these results are in contrast to most model-based studies that find that marine litter mostly originates from land-based sources. This new level of understanding is important, as mitigation strategies should reflect the composition and source of plastic litter in a region (4/4)

@indian_scholar @coast_change @science_ku @VILLUMscience Thanks Ankit, Im happy to hear that!

The implication is that land-based sources of positively buoyant microplastic transported by rivers will likely settle and accumulate in the estuarine environment and thereby increase the concentration of microplastic in the seabed.