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Maximilian Sittinger added a new Event - "Computational Entomology Webinar IV: Platform design for standardized pollinator attraction to camera traps" to Autonomous Camera Traps for Insects
Maximilian Sittinger contributed to Product - "Insect Detect"
Maximilian Sittinger added a new Product - "Insect Detect"
Groups
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- Spectrolipi v2.0.1
Acoustic is one of our biggest and most active groups, with members collecting, analysing, and interpreting acoustic data from across species, ecosystems, and applications, from animal vocalizations to sounds from our natural and built environment.
- Latest Resource
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- Open-Source Solutions for Amphibian Passive Acoustic Monitoring: Lessons from Patagonia
Monitoring amphibians across the temperate forests of Patagonia presents significant logistical and technical challenges. Remote locations, harsh environmental conditions, and the large volumes of data generated by Passive Acoustic Monitoring (PAM) can make long-term biodiversity surveys difficult to implement and maintain. In addition, environmental data often relies on multiple independent devices, increasing costs, complexity, and logistical demands in remote field conditions. Through the WILDLABS Awards 2025, our team explored practical ways to address these challenges by combining open-source hardware, environmental sensing, and AI-assisted acoustic analysis.
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- Boring Fund Report for Creating Global Open-Access Ground-Truth Datasets for Insect Monitoring
Improving the computer vision detection model for the Mothbox, an automatic insect monitoring tool from Dinalab
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Technology is changing and evolving faster than ever, and as it does, our community members are looking for the next big thing to revolutionize their conservation tech work. To chat about your favorite new tools that are just emerging in the field and discover innovations you haven't yet heard of, join this group!
🌍 Conservation technology is transforming how we protect wildlife, but are we thinking carefully enough about the risks? Drones, camera traps, GPS trackers, acoustic sensors, AI, and remote sensing have become essential tools for conservation practitioners around the world. They help us monitor species, detect threats, and respond faster than ever before. But these same technologies can also introduce unintended risks, and in some cases, can be exploited by those seeking to harm the very wildlife we're trying to protect. 🦏 Input now and/or join the discussions/research.
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- 96
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- remote sites as 'Edge computing'
This group unites those working at the intersection of edge AI and conservation, focusing on real-time, on-device data processing for environmental monitoring to facilitate sharing tools, models, and strategies to overcome challenges in remote, low-connectivity areas.
🌍 Conservation technology is transforming how we protect wildlife, but are we thinking carefully enough about the risks? Drones, camera traps, GPS trackers, acoustic sensors, AI, and remote sensing have become essential tools for conservation practitioners around the world. They help us monitor species, detect threats, and respond faster than ever before. But these same technologies can also introduce unintended risks, and in some cases, can be exploited by those seeking to harm the very wildlife we're trying to protect. 🦏 Input now and/or join the discussions/research.
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Maximilian Sittinger's Content
Discussion
Analyzing sounds of flying insects
Maximilian Sittinger
Dear all, I have a short question with the hope of getting back long answers: Is anyone working in the field of detecting and analyzing sounds of flying insects (e.g. flies...
17 December 2020
Product
The Insect Detect DIY camera trap can be used for non-invasive automated monitoring of flower-visiting insects and is based on low-cost off-the-shelf hardware components combined with open-source software. Insects are detected and tracked in real time on-device.
Maximilian Sittinger's Comments
A contact on the following Inventory items
Product
The Insect Detect DIY camera trap can be used for non-invasive automated monitoring of flower-visiting insects and is based on low-cost off-the-shelf hardware components combined with open-source software. Insects are detected and tracked in real time on-device.
Maximilian Sittinger commented on "Project introductions and updates"