wiktoriarajewiczAug 201 minFirst integrated prototype!In August 2024, the first integrated prototype of the biohybrid entity from Robocoenosis entered the lake. Tests were performed in the...
wiktoriarajewiczMay 211 minYou spin me right round!How do most creatures react to extreme and sudden stress? They run around! The world’s freshwater is filled with tiny organisms that do...
wiktoriarajewiczMay 211 minNew Daphnia module design of the Robocenosis entityThe Daphnia module underwent extensive testing both in the field and in the laboratory. The field tests included placing the setup in...
wiktoriarajewiczOct 16, 20231 minTo swim or not to swim? Daphnia's stress responses as a biosensorDaphnia sp. is one of the most widely distributed freshwater organisms, present in most lakes and ponds around the world. Its biology and...
Farshad ArvinApr 8, 20221 minMeeting with Climate-KicRobocoenosis met on 24.3.2022 with the EU-Initiative "Climate-Kic" (https://www.climate-kic.org/), to discuss how Robocoenosis might help...
Farshad ArvinDec 7, 20210 minWe have made great progress in the first year of the H2020-FET Robocoenosis project.
Wiktoria RajewiczMar 8, 20212 minWhat is Robocoenosis all about?The concept of biomonitoring has been found to be an effective way of observing the aggregate effect of environmental fluctuations. Up...