EuroWorm

Searching for clues in European seas

Modern biodiversity classification began in Europe, and open, comprehensive data on European species is the key to unlocking biodiversity research worldwide. The project team plans to sample key type localities in Europe, where hundreds of species were originally described. The newly collected animals will be morphologically identified by experts, imaged in high resolution and examined using modern genomic and morphological methods. The specimens will be linked to these open imaging and genomic data and stored in the collections of the LIB (Museum of Nature Hamburg) and the Senckenberg Research Institute and Natural History Museum Frankfurt.

Genome data as key to the evolution of annelids

Objectives:

• Establish a specimen-linked genomic inventory of European marine annelids.
• Resolve the classification of groups that have been difficult to place in the annelid evolutionary tree.
• Use comparative genomics to investigate how body structure, reproduction and lifestyle have changed over the course of annelid evolution.

With "EuroWorm", we want to create open, informative resources for European marine annelid species, and answer key questions about annelid evolution. Through providing comparative data on European species, we hope to accelerate species discovery and biodiversity research worldwide, and reduce the “silent extinction” of marine species

Open data for global biodiversity research

All data will be compiled into open, freely accessible resources for international research, alongside loanable specimens housed in museum collections. In this way, 'EuroWorm' aims to facilitate access to European reference material, particularly for researchers in the Global South, and contribute to the development of species discovery and biodiversity characterization worldwide.

At the same time, the project strengthens the role of natural history museums as modern research infrastructures: The open, fully digitised collection data is made available via the LIB and Senckenberg portals as well as via international platforms such as GBIF, forming an important basis for future biodiversity and nature conservation research.