https://t.co/tImqcI2V5q Functional Performance of Three Invasive Marenzelleria Species Under Contrasting Ecological Conditions Within the Baltic Sea Abstract A 4-week laboratory experiment investigated the behaviour (survival and bioirrigation) and impac
RT @StefanoBonaglia: New paper on how three polychaete species differently alter carbon, nitrogen and phosphorus cycling in sand and mud. #…
RT @cneglecta: Our new paper is out showing how three invasive polychaete species have different effects on sediment-to-water fluxes of nu…
RT @StefanoBonaglia: New paper on how three polychaete species differently alter carbon, nitrogen and phosphorus cycling in sand and mud. #…
Our new paper is out showing how three invasive polychaete species have different effects on sediment-to-water fluxes of nutrients https://t.co/DyLD9FbSW1
RT @StefanoBonaglia: New paper on how three polychaete species differently alter carbon, nitrogen and phosphorus cycling in sand and mud. #…
RT @StefanoBonaglia: New paper on how three polychaete species differently alter carbon, nitrogen and phosphorus cycling in sand and mud. #…
New paper on how three polychaete species differently alter carbon, nitrogen and phosphorus cycling in sand and mud. #Nitrogen #Marenzelleria #BalticSea @SpringerGeo @SpringerEnviro https://t.co/SaGaoSSihM
https://t.co/8SOw8uwWJb Functional Performance of Three Invasive Marenzelleria Species Under Contrasting Ecological Conditions Within the Baltic Sea Abstract A 4-week laboratory experiment investigated the behaviour (survival and bioirrigation) and impac