About us

Our mission

Connecting knowledge, best practices, and data

The Swedish Metabarcoding Network (SMN) aims to improve the technology readiness of metabarcoding as a tool for effective biodiversity monitoring. We are a network of partners across Sweden who collaborate to develop and share best practices, protocols, and data for metabarcoding in Sweden. This covers all parts of the metabarcoding process, from fieldwork via labwork to data analysis and publication.

Part of our mission is to enable other researchers and non-academic partners to utilize metabarcoding and interpret the resulting biodiversity data. There is a particular emphasis on making existing and newly produced datasets available as FAIR biodiversity data, increasing their utility and impact.

eDNA biodiversity data collection at field site
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Subscribed research groups
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FAIR metabarcoding datasets
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Published workflow protocols
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Software tutorials
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Training events

About our network

We support harmonized metabarcoding practices across terrestrial, freshwater, and marine environments so biodiversity observations become comparable, reproducible, and reusable.

Our goals

Improve the technology readiness of metabarcoding as a tool for effective biodiversity monitoring

Create a network of researchers and biodiversity practitioners across Sweden

Enable researchers and non-academic partners to utilise metabarcoding data

Advancing FAIR biodiversity data by mobilising metabarcoding data to the ASV Portal

Why upload your data? →

What is metabarcoding?

Metabarcoding identifies many organisms at once from the DNA contained in environmental or bulk samples. These seven steps take a sample from the field to FAIR biodiversity data.

  1. 1

    Field sampling

    Collect environmental or bulk samples from terrestrial, freshwater or marine environments.

  2. 2

    DNA extraction

    Extract DNA from samples to capture genetic material from multiple organisms.

  3. 3

    PCR & library prep

    Amplify target markers with PCR and prepare indexed libraries for sequencing.

  4. 4

    Sequencing

    Sequence the libraries using high-throughput sequencing technologies.

  5. 5

    Bioinformatics analysis

    Process sequences, derive ASVs, assign taxonomy and create taxonomy tables.

  6. 6

    ASV portal

    Upload your ASV data to the ASV Portal for curation, annotation, long-term storage and public access in SBDI and GBIF.

    How to upload →
  7. 7

    FAIR biodiversity data

    FAIR data are discoverable, accessible and reusable for research, monitoring and decision-making.

Resources

Publishing your data via the ASV portal

Mobilising metabarcoding data to the ASV Portal is one of our core aims. The portal curates and annotates your Amplicon Sequence Variants (ASVs) and makes them publicly available through SBDI and GBIF.

Advantages of uploading your data to the ASV Portal

  1. VisibilityIncrease the visibility and citation of your work. Each dataset receives a permanent GBIF DOI that makes your data citable and traceable in scientific publications.
  2. FAIR DataMake your ASVs Findable, Accessible, Interoperable, and Reusable. The portal ensures consistent metadata, open formats, and long-term accessibility.
  3. Up to dateYour ASVs are regularly re-annotated using the latest reference databases. This keeps your taxonomic assignments up to date without additional work on your side.
  4. Insight and comparisonCompare your results with other metabarcoding datasets. The portal enables cross-study analyses and helps you identify broader biodiversity patterns.
  5. Contribute to global knowledgeYour uploaded ASV data will be made available on GBIF, supporting biodiversity research and helping build a comprehensive picture of species distributions.
  6. Link to environmental dataView your and other's data in the interactive spatial portal, allowing to link it to a big selection of environmental and contextual layers.

Events & Training

Training sessions focused on biodiversity monitoring, methods, and data publishing.

23 OCT 2026

Join our eDNA workshop!

Introduction to the Swedish Metabarcoding Network and a live demo of how to mobilise eDNA-derived metabarcoding data on SBDI/GBIF as occurrence data, giving your data more visibility and reuse. We will also present free NBIS support for uploading eDNA data to ENA and GBIF and making it FAIR-compliant.

Uppsala University & Zoom • 15:00–16:00 • Hybrid workshop

18 AUG 2026

Exploring eDNA in SBDI

Hands-on workshop on accessing, processing, and exploring eDNA metabarcoding data with SBDI resources and R.

BioSyst Conference 2026 • 10:30–12:00 • Workshop

18 AUG 2026

Get started with nf-core/ampliseq

Practical introduction to DADA2 denoising and taxonomic annotation of amplicon reads with nf-core/ampliseq.

BioSyst Conference 2026 • 13:00–14:30 • Workshop

03 JUN 2026

Introduction to DNA in biodiversity data - Technical Support Hour for Nodes

3 June 2026 at 16:00 CEST • Online

Technical Support Hour • Open to anyone interested

11 FEB 2026

Exploring eDNA in SBDI

Training event held during SBDI Days 2026 in Stockholm. A related Hands-on tutorial is available in Resources.

SBDI Days 2026 • Stockholm • Training

Protocols

Curated protocols for insect metabarcoding workflows, grouped by theme.

Bulk samples to sequencing

Standardization and controls

Tutorials

Hands-on tutorials and user guides for metabarcoding data analysis, formatting, and publishing.

Topic
Hands-on tutorial Analyse metabarcoding datasets with nf-core/ampliseq This tutorial was part of the nf-core/ampliseq workshop during SystBio.EU 2026 in Uppsala Bioinformatics Open tutorial →
Hands-on tutorial Import and analyse ASV portal data with R This tutorial was part of SBDI Days 2026 in Stockholm. Data analysis Open tutorial →
GBIF user guide Metabarcoding Data Toolkit (MDT) - User Guide Learn to format OTU/BIOM metabarcoding datasets and publish interoperable Darwin Core Archives to GBIF, OBIS, or external repositories using publishing or conversion-only mode. Data publishing Open tutorial →

Dataset highlights

A space for dataset publishers to share a short introduction to their work, supported by a figure or visual summary.

Figure placeholder
Dataset highlight coming soon.
Join us

Opportunities in metabarcoding

Current positions and opportunities in biodiversity genomics and genetic monitoring.

Current job offer

Postdoctoral researcher at the University of Gothenburg

Work with marine genetic data and monitoring, and help link genetic monitoring data into SBDI and GBIF. Reference: PAR 2026/698.

View the advert
Call for contractors

GBIF seeks a contractor for molecular OTU clustering and target-gene classification services

This may be of interest to members of the network working with metabarcoding, eDNA and bioinformatics.

Read the announcement
Share with the network

Have an opportunity to share?

Positions, calls, or collaborations in metabarcoding — let us know and we will post them here.

Contact us

National biodiversity monitoring programmes

Swedish monitoring programmes that use or are exploring DNA-based methods such as metabarcoding.

Soil · SLU

Swedish Forest Soil Inventory

Long-term monitoring of forest soils at about 2,000 permanent plots across Sweden since 1983. Besides soil chemistry, DNA methods are used to determine fungal community composition.

Visit website
Soil · Upcoming

Agricultural Soil Inventory

An upcoming national inventory of agricultural soils, linked to the EU Soil Monitoring Law (in force since December 2025), which lists loss of soil biodiversity among the key soil threats.

EU Soil Monitoring Law
Freshwater

Freshwater diatom inventory

Diatoms are key indicators of freshwater quality. New DNA barcode reference data for Swedish freshwater diatoms (Kahlert et al. 2026) support metabarcoding-based assessments.

Read the paper
Marine

Invasive species monitoring in harbours

Monitoring of non-indigenous species in Swedish harbours. Contact: Matthias Obst. More information coming soon.

Insects

Swedish Insect Monitoring Scheme (SIMS)

Monitors insects at Swedish monitoring sites using Malaise traps and DNA metabarcoding (running until 2027). Run jointly by NRM, SLU, KTH, Stockholm University and Station Linné.

Visit website

Metabarcoding networks worldwide

Metabarcoding and eDNA communities and networks in other countries.

Finland

National eDNA idea group

Coordinated by the Finnish Environment Institute (Syke) since 2020, the group shares information on molecular monitoring methods, projects and events among more than 110 research institutions, universities and companies.

Contact: Tiina Laamanen, tiina.laamanen@syke.fi

Visit website
Australia & New Zealand

Southern eDNA Society

A science–industry collaboration across Australia and New Zealand that promotes best-practice eDNA methods and connects researchers, practitioners and end users.

Visit website
Netherlands

Dutch National eDNA initiative

National initiative bringing together eDNA expertise in the Netherlands. More information coming soon.

Contact: Henrik Cornelisson van de Ven

More eDNA networks around the world

Europe

  • DNAqua-NetGenomic tools for biodiversity assessment and biomonitoring of European water bodies
  • LOFRESHUK · eDNA for tracking species presence and abundance in and around freshwater habitats
  • UK DNAUK · connects eDNA researchers and end users within the UK Environmental Observation Framework

Asia-Pacific

  • EcoDNAAustralia & Asia-Pacific · eDNA applications in biodiversity conservation
  • The eDNA SocietyJapan · fostering eDNA science as a discipline

North America

  • GEN-FISHCanada · location and abundance of Canada's 200+ freshwater fish species
  • Maine-eDNAMaine, USA · research, education and outreach on coastal ecosystems
  • SeMMAPCalifornia, USA · citizen science in the surface water monitoring program
  • Government eDNA Working Group (GEDWG)USA · no-cost consortium of government and non-government agencies interested in eDNA

Global

  • iESTFInternational eDNA Standardization Task Force · consistent, high-quality eDNA methods for monitoring and assessment
  • OBONOcean Biomolecular Observing Network, UN Ocean Decade programme
  • MBONMarine Biodiversity Observation Network within GEO BON
  • UNESCO eDNA ExpeditionsCitizen science measuring marine biodiversity across World Heritage marine sites
  • Vigilife ObservatoryGlobal ecosystem monitoring networks built on regional scientific programmes

Compiled from the network map of the eDNA Collaborative. Know a network we should add? Let us know.

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