BIG4 · Project

Insect DNA and Monitoring Protocols That Speed Up Biodiversity Surveys

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Imagine you need to figure out which insects live in a forest or a farm field — but there are millions of species and most look nearly identical. BIG4 trained 15 researchers across 23 organizations to build better methods for identifying the four biggest insect groups: beetles, wasps and bees, flies and mosquitoes, and butterflies and moths. They developed protocols to extract DNA from old museum specimens and bulk environmental samples, essentially giving scientists a faster "barcode scanner" for insects. The goal is to turn insect diversity data into practical tools for pest monitoring, pollination management, and environmental assessment.

By the numbers

Early-stage researchers trained in cross-disciplinary biosystematics

Major insect groups covered (beetles, wasps/bees, flies/mosquitoes, butterflies/moths)

Partner organizations in the consortium

Countries represented in the network

Total deliverables produced

Industry partners in the consortium

The business problem

What needed solving

Companies doing environmental impact assessments, pest monitoring, or biodiversity surveys face a bottleneck: identifying thousands of insect species is slow, expensive, and depends on scarce expert taxonomists. The 4 biggest insect groups — beetles, wasps and bees, flies and mosquitoes, and butterflies and moths — contain the most economically relevant species (pollinators, pests, disease vectors, invasive species) but are also the hardest to survey at scale. Businesses need faster, cheaper, and more reliable methods to turn insect samples into actionable data.

The solution

What was built

BIG4 produced 20 deliverables including 3 key protocols: non-destructive morphological examination methods for rare or fossil specimens, DNA extraction protocols that work on degraded museum samples, and metagenomic protocols with training tutorials for processing bulk environmental insect samples. These are validated laboratory methods, not packaged commercial products.

Audience

Who needs this

Environmental consulting firms doing biodiversity impact assessmentsPest management companies needing rapid species identificationAgricultural companies monitoring pollinator healthNatural history museums digitizing insect collectionsGovernment agencies running national biodiversity monitoring programs

Business applications

Who can put this to work

Environmental consulting

SME

Target: Environmental monitoring and impact assessment firms

If you are an environmental consultancy struggling with slow, expensive insect surveys for impact assessments — this project developed metagenomic protocols for bulk insect samples that can identify species from environmental samples without sorting thousands of specimens by hand. With 15 countries and 23 partners validating these methods, the protocols are designed for practical field use in biodiversity monitoring.

Agriculture and crop protection

mid-size

Target: Pest management and crop protection companies

If you are a crop protection company needing faster identification of pest and pollinator species across regions — BIG4 built DNA extraction protocols and informatics pipelines that can identify insects from the 4 biggest groups (beetles, flies, wasps, butterflies/moths) using bulk field samples. These methods can help detect invasive pest species or track pollinator health without requiring expert taxonomists on every site.

Pharmaceutical and biomedical research

enterprise

Target: Biomedical companies exploring insect-derived compounds

If you are a biomedical research company looking for compounds from insect biodiversity — this project developed non-destructive specimen examination protocols that preserve rare specimens while extracting genetic data. The consortium included 9 research institutes with expertise in insect genomics, providing a pipeline from specimen collection to molecular analysis for biomedicine applications.

Frequently asked

Quick answers

What would it cost to license or use these protocols?

BIG4 was an MSCA training network at the University of Copenhagen, not a product company. The protocols for DNA extraction and metagenomic analysis are research outputs likely available through academic collaboration or publication. Licensing costs would need to be negotiated directly with the coordinator.

Can these methods work at industrial scale for routine monitoring?

The metagenomic protocols were designed for bulk environmental insect samples, which suggests they can handle volume. However, as training network outputs, they would need adaptation and validation for commercial-scale deployment. The 23-partner consortium across 15 countries did test methods in diverse conditions.

Who owns the intellectual property on these protocols?

IP from MSCA-ITN projects typically stays with the host institutions. With 23 partners across 15 countries including 5 industry partners, IP arrangements may be complex. Contact the University of Copenhagen as coordinator for specific licensing terms.

How does this compare to existing biodiversity monitoring methods?

BIG4 specifically addressed the gap between traditional taxonomy (slow, expert-dependent) and modern genomics for the 4 largest insect groups. The protocols for DNA extraction from museum specimens and metagenomic analysis of bulk samples are designed to be faster than manual identification. Based on available project data, no direct speed benchmarks were published in the provided materials.

Is this ready for regulatory use in environmental impact assessments?

The protocols were developed and validated in a research context across 15 countries. For regulatory acceptance in environmental assessments, additional standardization and validation against national requirements would likely be needed. The 20 deliverables produced include methodological protocols but regulatory certification was not part of the project scope.

What support is available for implementation?

The project ended in December 2018. The 15 trained researchers are now distributed across the network of 23 institutions in 15 countries. Ongoing support would depend on individual researchers and institutions continuing this work. The project website (big4-project.eu) may have contact information for specific expertise.

Consortium

Who built it

BIG4 brings together 23 partners across 15 countries spanning Europe, Asia-Pacific, and North America — an unusually global spread for an EU project. The consortium includes 9 universities, 9 research institutes, and 5 industry partners (4 of which are SMEs), giving it a 22% industry ratio. For a training network this is a reasonable industry involvement, though it signals the project is research-heavy rather than market-driven. The coordinator, University of Copenhagen, is a top-tier institution in entomology. The presence of partners in Australia, China, Japan, New Zealand, and the US indicates that the methods developed have global applicability, but also that commercialization decisions involve a complex multi-country partnership.

KOBENHAVNS UNIVERSITETCoordinator · DK
INSTITUTE OF ZOOLOGY, CHINESE ACADEMY OF SCIENCESpartner · CN
HELSINGIN YLIOPISTOpartner · FI
LUNDS UNIVERSITETparticipant · SE
NATURHISTORISKA RIKSMUSEETparticipant · SE
UNIVERSITAT WIENpartner · AT
UNIVERSITY OF NEW SOUTH WALESpartner · AU
NARODNI MUZEUM-NATIONAL MUSEUM NMpartner · CZ
MUSEE ROYAL DE L'AFRIQUE CENTRALEpartner · BE
PLAZI GMBHpartner · CH
FRIEDRICH-SCHILLER-UNIVERSITÄT JENAparticipant · DE
UNIVERSITY OF TSUKUBApartner · JP
Era7 Information Technologies SLparticipant · ES
NATURHISTORISCHES MUSEUMparticipant · AT
LEIBNIZ-INSTITUT ZUR ANALYSE DES BIODIVERSITATSWANDELSparticipant · DE
PENSOFT PUBLISHERSparticipant · BG
UNIVERZITA KARLOVAparticipant · CZ
TURUN YLIOPISTOparticipant · FI

How to reach the team

University of Copenhagen (Denmark) — search for BIG4 project coordinator in the Natural History Museum of Denmark or biology department

Order a report on this consortium See KOBENHAVNS UNIVERSITET profile →

Next steps

Talk to the team behind this work.

Want to connect with the BIG4 team for biodiversity monitoring protocols or insect genomics expertise? SciTransfer can arrange an introduction to the right researcher in the network.

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