Project Manager for the Helmholtz Transfer Academy "Future Innovators". Interested in anything that can solve problems. Trying to unlock the potential of scientific development to also solve short-term problems of the real-world.

interesting im digitizing marine plankton samples, ZooScan, LOKI, UVP, stereo microscopy
looking for machine learning solutions to annotate plankton organisms and morphological structure to study eco-physiological traits

work in progress

Head of the Helmholtz Imaging Support Unit at DESY Hamburg. Background in computational structural biology, pattern recognition, artificial intelligence, convolutional neural networks and cloud computing.

Biological oceanographer with extensive research experience in mechanistic studies on production, export, transformation, and recycling of organic matter in the ocean. Strong focus on biogeochemistry and microbiology where I use multidisciplinary approaches to link small-scale processes to the full water …

Global change impacts the distribution and activity of marine life at local to basin-wide scales, with major consequences for oceanic oxygen dynamics, nutrient cycles and the transfer of carbon dioxid from the atmosphere to the deep sea. I use augmented …

Klas Ove Möller is Biological Oceanographer and head of department “Biological Carbon Pump and Plankton” at the Helmholtz-Zentrum Hereon. His work is focusing on various aspects of the Biological Carbon Pump and Plankton biodiversity, especially the cross-shelf transport of organic …

I am interested in the automated handling, imaging and image analysis of biological samples including invertebrates and zebrafish embryos. The focus is on developing custom imaging systems for high-throughput screening, classification and feature detection. Furthermore, I follow an open science …

My research has an inter-disciplinary focus on marine particle dynamics and its influence on regional carbon and nutrient budgets. On the one hand, this includes large and meso-scale oceanographic processes, such as cross-shelf transport and subduction of dense bottom waters …

I am an marine scientist and, together with collaborators from the Netherlands and US, deploy deep-sea camera systems to film deep-sea cephalopods in their natural habitat.
We use an autonmous, ultra-low-light video imagaing system, called "NAUTILUS" designed by Arctic Rays …

In situ imaging of marine animals (e.g. zooplankton)
Application of imaging tools for ecological research
Development of novel imaging technology

I am a biologist and marine biogeochemist by training. My current work focuses on Arctic marine phytoplankton. We use an AMNIS ImageStream Imaging Flow Cytometer to generate high thoughput, high quality phytoplankton imaging datasets. By combining Imaging Flow Cytometry and …