#eDNA should be used in its generic sense, as originally defined, encompassing the DNA of all organisms present in environmental samples, including microbial, meiofaunal and macrobial taxa. What do you think about this statement? 👉 tinyurl.com/5xxd9euy #Science

We are happy to support the ECSA 61! 🗓️ 26-27 Aug 2026 📍Brussels, Belgium Special session proposals are now open! 👉 tinyurl.com/cf6ek5fd #Coast #Conference #Science #Policy #Biodiversity

#eDNA can help unlock the secrets of he past. This article explains the application of ancient eDNA in North Greenland! tinyurl.com/2p8yn85k #Science #Research #Genetics

📢 We are joining the Symposium and Networking event ‘Unlocking the Power of Genomic Science for Nature and the Bioeconomy in Europe’ 🗓️ 30Sept–1 Oct 2025 | Royal Belgian Institute of Natural Sciences in Brussels 👉 Register: tinyurl.com/4mtadubr #Genomics #BGE #Science @biogeneurope.bsky.social

#eDNA is transforming marine science: from simple water samples, we can track species & even explore links to biomass. 🌊🔬 But challenges remain—production, persistence, & transport of eDNA complicate fisheries stock assessment. Source: tinyurl.com/4dksc54x #Fisheries #Science #MarineLife

Ponds are biodiversity hotspots—but also understudied 🐸🌱 New recommendations aim to standardise eDNA use for stronger conservation outcomes. But challenges like sampling & PCR inhibition remain. Source: tinyurl.com/5b79a4rz #Biodiversity

We are joining the All-Atlantic Ocean Research and Innovation Alliance (AAORIA) Forum with a stand! 🗓️ 25-26 Sept 2025 Hosted by the European Union in Brussels, Belgium! 👉 tinyurl.com/y5r8swhh @horizoneu.bsky.social @allatlantico.bsky.social @unoceandecade.bsky.social

🌊 Join us! 📢 Online Workshop: Blueprint for an eDNA Digital Ecosystem in Europe 🗓️ 8–9 Oct 2025 | 14:00–18:00 CEST 🔬 Co-create the future of #eDNA data: from fragmented to FAIR & interoperable 🌍 👉 Register now: tinyurl.com/3hwnkzex #Biodiversity #OpenScience #FAIRdata @vliz.be

🌊 The Mediterranean Sea is a biodiversity hotspot. The M.A.R.E. initiative shows how citizen science + eDNA can transform marine monitoring. From dolphins to whales, eDNA reveals elusive species like never before. 🔗 tinyurl.com/bdz3mt2k #eDNA #CitizenScience #Biodiversity

Marine genetic resources fuel innovation & sustainability, but patents remain concentrated in a few countries & companies. New research highlights inequities in knowledge flows—calling for fairer benefit-sharing under the #BBNJ Treaty. 🔗 tinyurl.com/mkaayzd5 #Biodiversity #Genetics #Science

🌊🔬 Building a FAIR digital ecosystem for aquatic #eDNA data is key to stronger #Biodiversity monitoring in Europe. With #eDNAquaPlan, we’re mapping gaps, harmonising standards & shaping the future of reference libraries for marine & freshwater ecosystems. 👉 ednaquaplan.com #OpenScience #Data

Aquatic #eDNA efforts tend to be directed at fish as the main group of interest. But holistic biodiversity assessments need a targeted promotion of the research into less tested, but often more biodiverse bioindicator groups. 🔗 tinyurl.com/yfckumth #Biodiversity

This article assembles perspectives on international standardisation of eDNA from a diverse and global group of users and experts from Africa, South America, and the Pacific Islands. Source: tinyurl.com/2uu37fmf #eDNA #Biodiversity #Standards #Standardisation #Science

🌊🔬 DNA-based biomonitoring is reshaping how we assess aquatic ecosystems. A roadmap by #DNAquaNet outlines 6 key actions—from guidelines to stakeholder engagement—to integrate eDNA into European monitoring by 2030. 👉 tinyurl.com/565uxux7 #eDNA #Biodiversity #Science #Marine #Freshwater #Aquatic

🏙️Global urbanization alters natural habitats. This study used eDNA to monitor pan-vertebrate biodiversity (aquatic & terrestrial) through #eDNA in Beijing. Read more! 🔗 tinyurl.com/3j2aaz4s #Urban #City #Biodiversity #DNA #Science #Beijing #China

eDNA results are constrained by the existing databases; their accuracy and completeness influence the analysis of results from the application of eDNA technologies. #eDNAquaPlan aims to address this challenge. Learn more! 🔗 ednaquaplan.com #eDNA #DNA #Biodiversity

This review highlights that the quantification & presentation of the reliability of #eDNA results is a pivotal challenge that the development of eDNA technology must address. What are your thoughts? 🔗 tinyurl.com/49wnymkv #Science #Tech #Innovation

Here are new data management guidelines from IODE: unesdoc.unesco.org/ark:/48223/p... Feel free to share among your networks and channels! @unesco.org #UNESCO #IODE #Ocean

#eDNA samples were collected from 8 nature reserves in China to investigate the diversity of invasive vertebrates & inform their invasion risks. It is of critical importance in making effective management measures & protecting species diversity. 👉 tinyurl.com/bdudrzf9 #biodiversity #risk #science

Aquatic invasive species (AIS) are a global threat to freshwater biodiversity and ecosystem services. This team surveyed 20 lakes with known populations of four AIS using #eDNA. Read more: tinyurl.com/mr3rp8ss #Biodiversity #Science #Aqua #Ecosystem

#eDNA sampling has evolved as an essential tool for aquatic biodiversity assessment across various terrains. Each type of aquatic environment demands unique eDNA retrieval equipment tailored to its characteristics Read more: bit.ly/47f0rO3 #Monitoring #Biodiversity #Science

🌍 eDNA doesn’t stop at borders—but regulations still do. As portable sequencing becomes cheaper and more accessible, we urgently need global frameworks that reflect the transboundary nature of environmental DNA. #eDNA #Genomics #OpenScience #Biodiversity

The citizen science project "DNA & life" based at the Natural History Museum of Denmark actively engages high school students in both fieldwork and advanced laboratory analyses by collecting and analyzing #eDNA samples from marine environments. Read more: bit.ly/3X96cbK #CitizenScience #Biodiversity

In the light of a future European Biodiversity Observation Network, having a plan on how to harmonise #eDNA aquatic-related data is crucial. Visit #eDNAquaPlan site to know more about what the project proposes! ednaquaplan.com #OpenData #DigitalEcology #Biodiversity

A new initiative looks forward to playing a significant role in mapping ocean biodiversity at scale, particularly in remote areas that are often beyond the reach of scientists through the implication of sailors. Learn more: bit.ly/3ALL2IV #CitizenScience #eDNA #biodiversity

"Weaknesses of eNA-based monitoring also occur with traditional biomonitoring paradigms: selection of appropriate reference sites; identification of most relevant bioindicator species; standardisation of biomonitoring protocols across jurisdictions" Source: bit.ly/4g998gT #eDNA #Protocols #Science

🌏This review focuses on East Asia's aquatic invasive species and the application of #eDNA for its detection. If you are interested in reading about the analysis, follow this link! 🔗 tinyurl.com/49wnymkv #Science #Asia #Biodiversity

🔍 What’s missing from Europe’s aquatic DNA landscape? The latest #eDNAquaPlan blog dives into the digital gaps in aquatic DNA reference libraries and how harmonisation is key for reliable biodiversity monitoring. Read the blog: tinyurl.com/m2dett8u #eDNA #Biodiversity

When implementing an eDNA analysis, sequencing results need to be compared with a reference library to accurately identify species. #eDNAquaPlan aims to assess the challenges when using reference libraries and eDNA repositories. Learn more: ednaquaplan.com #Biodiversity

When comparing the Global South to the North eDNA applications for environmental monitoring, there are still gaps to address; nonetheless, efforts are being made to use this innovative tool. Are you interested in reading about the experience in Namibia? 👉 bit.ly/4dJRP4L #eDNA #GlobalSouth

Environmental agencies are paying attention to the application of #DNA into decision-making. Take a look at this comprehensive approach by the Environment Agency of UK: bit.ly/3Z4c9sZ #Governance #Biodiversity

#eDNA is used in aquatic environments to detect fish species; for this, standards are important and should be followed in the field. Read more: bit.ly/3MwXFdE #Fish #Sampling #Standards #Science #Research

#eDNA data and applications are not always understood by the "non-experts" making communication a key skill to address this gap. Read more about how this challenge is addressed: bit.ly/4epYjFV #Science #Communication #Research

Take a look at this article based on the experience of the #AquaEcOmics meeting, some folks from #eDNAquaPlan contributed to this important event! 👉 doi.org/10.1111/mec.... #Science #Omics #Genetics

Aquatic #eDNA presents gaps in data standards & connectivity. A FAIR, federated digital ecosystem with interoperable metadata is key to unlocking its full potential across Europe. 🌍🧬 🧾 Read the proposal draft by the #eDNAquaPlan team: tinyurl.com/3mdnjzxd #Science @boulangerem.bsky.social

🏞️ Dams worldwide are facilitating the spread of invasive fish species, disrupting downstream ecosystems. To address this, this study highlights the effectiveness of eDNA analysis using multiplex real-time PCR to monitor invasive fish. Read more: bit.ly/4cP72jt #eDNA #Biodiversity #Genetics

A meta-analysis of aquatic #eDNA studies reveals that eDNA decays faster at higher temperatures and in marine environments. Enhancing our understanding of these influences will improve the reliability of eDNA as a tool for ecological studies and management Source: bit.ly/3XcIJGF #Genetics #Science

🌊 🌿 #eDNA monitoring is revolutionizing fisheries management globally, but its adoption in Canada faces unique challenges. From technical hurdles to geographical and cultural complexities, there's much to address... Read more about it: bit.ly/3AJiZtE #science #fish #freshwater #fisheries #genetics

#MojaveDesert springs are fragile ecosystems threatened by the increasing humand demand for water and climate change. This article tests the effectiveness of eDNA techniques in capturing the observed Mojave Desert spring biodiversity. Read more: bit.ly/4dIOu5R #eDNA #Biodiversity #Genetics

🔬 🌿 #eDNA holds great promise for ecological and chemical risk assessments. With eDNA monitoring & biodiversity-function modeling, we can expand our understanding of environmental impacts and enhance conservation strategies. Source: bit.ly/4cKHQLb #Genetics #Biodiversity #Environment

🌊🔬 The Marine Biodiversity Observation Network (MBON) is leading efforts to standardize #eDNA sampling for marine microbiomes. Explore their open-access resources and join the movement for reliable and consistent marine biodiversity monitoring. marinebon.org #MBON #Biodiversity #Genetics

Aquatic eDNA is in a constant process of diffusion and degradation in water. Environmental conditions such as water chemistry, temperature, salinity, turbidity, pH, and UV can affect the persistence of eDNA both in the laboratory and field 👉 bit.ly/3YZHnRQ #eDNA #Water #Freshwater #Ocean #Genetics

Urgent declines in freshwater biodiversity demand precise biomonitoring This study combines #eDNA from stream samples with hydrological models to predict aquatic insect diversity at a high spatial resolution. This method identifies biodiversity hotspots: bit.ly/4cCzvsQ #science #hydrology #water

Take a deep dive into this article by @leeselab.bsky.social focusing on new primers for #eDNA metabarcoding, proving that they significantly boost detection of benthic invertebrates in freshwater. Targeting the right sequences can overcome nontarget amplification 👉 bit.ly/4dC2rlT #science #water

Take a look at the "Guidance on the Use of Targeted Environmental DNA (eDNA) Analysis for the Management of Aquatic Invasive Species and Species at Risk" by the #Canada government. bit.ly/3V8Zlz6 #eDNA #policy #science

Rivers are under threat, but eDNA metabarcoding offers hope. This study shows that eDNA can profile diverse taxa and predict river pollution status with up to 79% accuracy. A new frontier in monitoring and conservation! 👉 bit.ly/3VZKC8O #eDNA #Conservation #RiverHealth

Accurate species monitoring is crucial for aquatic ecosystems, where extinction rates are high. This study focuses on the comparison of the implementation of #eDNA sampling and other traditional detection methods of rare and common freshwater fish species 👉 bit.ly/3xPCWOm #Science #Genetics #Water

Standard reporting guidelines for #eDNA studies are crucial for replicability. This review of 160 studies highlights gaps in metadata reporting, aiming to establish a framework to ensure consistency and reliability in eDNA research. 👉 bit.ly/45TUUvS #Science #Research #Biodiversity #Data

#eDNA is revolutionizing invasive species monitoring! This study detected invasive crayfish in Brenne Park ponds using species-specific primers and improved qPCR protocols. This powerful tool helps manage freshwater ecosystems effectively. 👉 bit.ly/4eS5vvo #Conservation #Biodiversity #Monitoring

Colleagues from #eDNAquaPlan have participated in the article "A Metadata Checklist and Data Formatting Guidelines to Make eDNA FAIR (Findable, Accessible, Interoperable, and Reusable) in Environmental DNA” tinyurl.com/mv3wzep4 Please share! #eDNA #Data #FAIR @boulangerem.bsky.social