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Today marks an important milestone for conservation in Greece.
We are proud to announce that we have delivered the very first Wildlife Tech Grant to Ελληνικό Παρατηρητήριο Βιοποικιλότητας (BiodiversityGR), supporting the development of an innovative digital tool that brings biodiversity closer to everyone. This initiative is rooted in a clear mission of the NGO: to document and monitor every species of biodiversity in Greece, strengthening protection, understanding, and long-term sustainability. Through conservation, observation, species monitoring, wildlife rescue support, and ecological awareness, this effort helps build a stronger connection between people and nature. The funded project, the Greek Biodiversity Field Guide, is a modern web application designed to transform how biodiversity data is accessed and used. By integrating real-time data from iNaturalist, the platform allows users to explore species found in Greece with detailed ecological information, photos, distribution maps, conservation status, and seasonal patterns. Beyond this, the platform is available in 14 languages, making biodiversity knowledge in Greece accessible to a much wider global audience and strengthening both research and public engagement. What makes this project truly impactful is its ability to turn complex scientific data into a simple, multilingual, and interactive experience. It supports researchers, conservationists, and citizens alike, while encouraging participation in citizen science and improving overall data quality. This grant was created to meet a critical need. As BiodiversityGR reaches its final phase, much of the original vision risked remaining incomplete. At the same time, biodiversity data in Greece continues to grow but remains scattered and underused. This tool ensures that knowledge is not lost, but instead evolves into a living, accessible system that continues to expand. By converting species records into dynamic field guides, the platform strengthens conservation efforts, improves species identification, highlights trends, and raises awareness about conservation status through sources like the IUCN Red List. Over time, it will contribute to better datasets, earlier detection of ecological changes, and stronger protection of species and habitats. This is more than a project delivery. It is a legacy. A free, evolving tool for Greece that empowers people with knowledge, participation, and real conservation impact. If your group or small organisation is working on wildlife, conservation, or citizen science and needs support to build something impactful, you can now apply for the Wildlife Tech Grants. The first grant has been delivered. This is just the beginning. We are opening applications for the Wildlife Tech Grant: a programme that builds free custom web applications for small wildlife and conservation organisations that lack the budget to commission digital tools themselves.
Conservation work is often resource-constrained. Fieldwork, species monitoring, volunteer coordination, and public reporting all generate data and operational needs that a well-built digital tool could serve well. And yet for many small groups and informal organisations, commissioning bespoke software is simply out of reach financially. The Merman Conservation Wildlife Tech Grants exist to close that gap in a small but practical way. Each year, Merman Conservation Expeditions Ltd. will choose a limited number of projects and build a custom web application for the accepted organisation, free of charge. At completion, the code is handed over entirely. The organisation owns it. Why we created this programme Merman Conservation Expeditions Ltd. is a UK-registered company working in marine biology, wildlife surveying, and ecological research. Over the years, we have collaborated with grassroots conservation groups carrying out valuable work despite having limited resources and infrastructure. Through this experience, we understand the challenges they face and the barriers that can make growth and expansion difficult. A recurring pattern became clear: data was being collected on paper, in spreadsheets, or not at all, not because people were not committed, but because there was no straightforward path to a digital tool that fit the specific need. Generic platforms rarely fit well. Custom development is expensive. Grant funding for technology is inconsistent. We have the technical capacity to build these tools. The Tech Grant is how we put that capacity to use for organisations that need it. What we can build The programme is not limited to a fixed format. We scope the tool around what the organisation actually needs. Past requests we have considered and built towards include:
If your organisation has a specific operational problem that a web-based tool could address, we want to hear about it. We do not restrict the programme to marine or coastal conservation. Wildlife and ecological fieldwork of any kind is within scope. What you receive A working web application built to your specification, with source code and basic documentation handed over on completion. What we do not provide Ongoing maintenance, technical support after handover, or hosting costs. Your team will need the capacity to manage a simple web deployment. Who can apply? Small teams and informal groups working in wildlife or ecological conservation. Registration as a charity is not required. Capacity A small number of projects per year. Applications are reviewed on a rolling basis. Early and well-prepared applications have a stronger chance. How to apply Applications are submitted via the form on our website. We ask for your organisation name and background, your conservation focus, a clear description of the tool you need and why, your team's technical capacity, and your expected timeline. There is no complex process. We read every application carefully and respond with either an acceptance, a request for more information, or a rejection with a brief explanation of the reason. If accepted, we schedule a brief scoping conversation to define the project properly before any build work begins. A note on rejections Most applications will be rejected. We want to be direct about this because we think it is respectful of applicants' time to say so plainly. Common reasons for rejection include: the request is too large or complex for the format we offer; the organisation already has adequate technical resources; the described need does not clearly map to what a web application can solve; the application does not provide enough information to assess the project; or the work falls outside wildlife and ecological conservation. A rejection is not a judgment of the quality or importance of your conservation work. If we say no, we will always tell you why. You are welcome to reapply in a future cycle if circumstances change or if you can address the reason given. Merman Conservation has launched My MPA, an AI tool that helps communities design and manage their own unofficial marine protected areas. It gives local groups a way to take action now and protect the places they love.
With My MPA you can • create a community protection zone • record species and habitats of your area • show how many endangered and protected species live there • show how many alien species are present • build conservation goals and simple management plans The tool also helps communities collect evidence that shows governments why the area matters, giving real data that can support future official protection. Unofficial MPAs can become strong public pressure that pushes governments to recognise and protect them. Try it here https://www.mermanconservation.co.uk/my-mpa.html Local action can lead to official protection. One community at a time 💙 #MyMPA #CitizenScience #CommunityConservation #MarineProtection #MermanConservation We are entering a new era in wildlife monitoring. Our latest AI system enhances camera trap imagery by restoring accurate color in night photos and upgrading the overall clarity of images produced by low-cost devices. This technology improves the quality of field data and strengthens the documentation of wildlife activity.
With cleaner and more detailed images, our databases can now record each individual animal with higher precision. Unique individuals can be identified correctly, which supports long-term monitoring, behavioural studies, and conservation planning. This advancement supports researchers, conservationists, and citizen scientists who rely on dependable visual information for ecological work. The future of field imaging has already begun. Today we proudly release 2 new FREE AI tools for everyone to use:
🧾 Marine Logbook Assistant Track and document your marine life encounters with ease https://www.mermanconservation.co.uk/marine-logbook-assistant.html 📉 European Marine Threat Monitor Real-time insights using scientific indices like the Ocean Health Index, WWF Risk Assessment, and IUCN Red List ecosystem rankings https://www.mermanconservation.co.uk/european-marine-threat-monitor.html With these additions, we now offer 4 completely free AI tools to support marine conservation and citizen science. 💙 If you find our tools helpful, please consider supporting us. Your donations help us keep these tools free and continue building more. Donate via PayPal, Stripe (card), or Bank transfer here: 👉 https://www.mermanconservation.co.uk/ways-to-donate.html Thank you for helping protect our oceans 🐬 At Merman Conservation Expeditions Ltd., we're proud to present the Jellyfish Drift Predictor - a free AI-powered tool designed to help you estimate the drift patterns of the mauve stinger jellyfish (Pelagia noctiluca) based on your own observations.
This tool is available to everyone and aims to support public awareness, personal planning, and citizen science around jellyfish activity in the Aegean Sea. How Does It Work? Unlike a live data feed, the Jellyfish Drift Predictor does not collect or store community sightings automatically. Instead, you manually enter the following:
Once you input this data, the system uses environmental behavior models and basic wind-driven drift estimations to provide a visual forecast of where the jellyfish may move in the coming days. This makes the tool fully on-demand, private, and tailored to each sighting entered. Why Pelagia noctiluca? Pelagia noctiluca is the most commonly encountered jellyfish in Greek waters during the summer. While native to the Mediterranean, it can form large blooms that impact tourism and recreation, especially during August and September. Understanding where these jellyfish may move next helps reduce surprise encounters and increases safety and awareness. Important Disclaimer ⚠️ Jellyfish Drift Predictor is for personal use and awareness only. ⚠️ Predictions are not always accurate, especially when winds or weather shift suddenly. ⚠️This tool does not track jellyfish in real time - it depends on your manual input to generate each forecast. Always check with local authorities and beach notices when planning to enter the sea. Try It Yourself To use the Jellyfish Drift Predictor, visit: 🌐 https://www.mermanconservation.co.uk/jellyfish-drift-predict-tool.html Simply enter your observation data and see an instant estimate of possible drift directions. |
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