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Protected Area Management Tools / Feed

Protected area management systems empower essential frontline conservationists to monitor wildlife and ecosystems in real-time. With tools like SMART, EarthRanger, and Esri's Conservation Land Management toolkit, users can collect, integrate, and display data from across landscapes to ensure that key information from the field gets to decision-makers in time to make a difference. This group is the place for new and experienced users of these tools alike to ask questions, share experiences, and work together to improve their effectiveness in critical conservation landscapes around the world. 

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The Variety Hour: 2024 Lineup

You’re invited to the WILDLABS Variety Hour, a monthly event that connects you to conservation tech's most exciting projects, research, and ideas. We can't wait to bring you a whole new season of speakers and...

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discussion

Are you attending SMART Global Congress 2024?

Hi everybody!Are you attending SMART Global Congress 2024 in early March?I will be in Namibia for the entire duration of the congress, representing WILDLABS, and would be very...

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Here is a quick report of what we have learnt there: 

 

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A Sensor-Based Approach to Studying Animal Behavior in Light Pollution Research

Greetings, I'm Sebastian!I am share with you a project that I will need help on some aspects: "Development of a system for recording animal activity and behavior based on sensors...

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Thanks for helping me!

For now, I'll be testing with mains power (220V). The final prototype needs to be functional using solar panel. 

The main system will be a Raspberry Pi, as the Brain of this project, receiving and storage all the measurements from the other devices, controlling the system. The measurement devices will be a microcontroller (still searching for which one to use) with differents sensor, such Lux sensor like TSL2561 or 2591, AudioMoth to record animals sounds, temperature and some other measurements.

For synchronization, must be effective, because the measurements must be or have the same time, so the storage data from differents devices can be grouped by it's timestamp and have full control for animals and fauna. So, probably it will be a lot of data per day.

 

The distance between each devices I haven't study yet, consider 20 meters within each device.

Unless you are planning on making a mesh network between nodes then the total distance spanning the location of all the nodes is important to know, not just the intra node distance.

If you have a Raspberry Pi as a main master node then you could install my sbts-aru project as a base project and you would get a sub-microsecond master time base by default as well as the GPS synchronizes the main system time with typically less than 0.1 microsecond, and SD card corruption resilience due to the in-memory overlayFS architecture.

If the total distance was 20m across all nodes, then the approach above could also combined the audio gathering capability as the sbts-aru project does audio logging as it would be within 20m of an audiomoth anyway, then you also have time-synchonized audio. If the distance is spanning 100m for example and it's just the intranode distance that is 20m then everything is somewhat different with respect to synchronization.

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SMART Global Congress 2024

Join WILDLABS at the first SMART World Congress, a global gathering of conservation professionals using SMART, the world's most widely used protected area management solution. 

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discussion

Conservation Technology for Human-Wildlife Conflict in Non-Protected Areas: Advice on Generating Evidence

Hello,I am interested in human-dominated landscapes around protected areas. In my case study, the local community does not get compensation because they are unable to provide...

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This is an area where my system would do very well in:



 

 

Also, as you mention areas dominated by humans, there is a high likelyhood that there will be enough power there to support this system, which provides very high performance and flexibility but it comes with a power and somewhat a cost cost.



Additionally, it's life blood comes with generating alerts and making security and evidence gathering practical and manageable, with it's flexible state management system.



Ping me offline if you would like to have a look at the system.

Hi Amit,

The most important thing is that the livestock owners contact you as soon as possible after finding the carcass. We commonly do two things if they contact us on the same day or just after the livestock was killed:

  1. Use CyberTracker (or similar software) on an Android smart phone to record all tracks, bite marks, feeding pattern and any other relevant signs of the reason for the loss with pictures and GPS coordinates. [BTW, Compensation is a big issue -- What do you do if the livestock was stolen? What do you do if a domestic animal killed the livestock? What if it died from disease or natural causes and was scavenged upon by carnivores afterwards?]
  2. In the case of most cats, they would hide the prey (or just mark it by covering it with grass or branches and urinating in the area). In this case you can put up a camera trap on the carcass to capture the animal when it returns to its kill (Reconyx is good if you can afford it - we use mostly Cuddeback with white flash). This will normally only work if the carcass is fresh (so other predators would not be able to smell it and not know where it is yet), so the camera only has to be up for 3-5 days max.

This is not really high-tech, but can be very useful to not only establish which predator was responsible (or if a predator was responsible), but also to record all the evidence for that.

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discussion

Jupyter Notebook: Aquatic Computer Vision

Dive Into Underwater Computer Vision Exploration OceanLabs Seychelles is excited to share a Jupyter notebook tailored for those intrigued by the...

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This is quite interesting. Would love to see if we could improve this code using custom models and alternative ways of processing the video stream. 

This definitely seems like the community to do it. I was looking at the thread about wolf detection and it seems like people here are no strangers to image classification. A little overwhelming to be quite honest 😂

While it would be incredible to have a powerful model that was capable of auto-classifying everything right away and storing all the detected creatures & correlated sensor data straight into a database - I wonder if in remote cases where power (and therefore cpu bandwidth), data storage, and network connectivity is at a premium if it would be more valuable to just be able to highlight moments of interest for lab analysis later? OR if you do you have cellular connection, you could download just those moments of interest and not hours and hours of footage? 

Am working on similar AI challenge at the moment. Hoping to translate my workflow to wolves in future if needed. 

We all are little overstretched but it there is no pressing deadlines, it should be possible to explore building efficient model for object detection and looking at suitable hardware for running these model on the edge. 

 

 

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discussion

Power managment/Recharging System and Communication System

As we know Power managment/Recharging System and Communication System are chalanges for forest, so any one please suggest the Device and Power source to monitor sound in forest...

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Power usage for microcontrollers with solar is  much more manageable. For Raspberry Pi's and higher it gets expensive and big.

I'm quite impressed by the specs from the Goal Zero Yeti devices. This can have high capacity and be charged with Solar. Not small though. And the price is not in proportion to the Pi's.

So this 200x model for example, would be close to 16 days running the audio recorder. Let's say 10. without solar. Add solar? Depends on the size of the panels I guess. Power usage for mobile networking? Depends on how much you transmit.

Probably some well documented experiments would be really nice for people here. Sounds like something nice for the next set of grants :)

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How are Outdoor Fire Detection Systems Adapted for Small Forest Areas, Considering the Predominance of Indoor Fire Detectors?

How are fire detection mechanisms tailored for outdoor environments, particularly in small forest areas, given that most fire and smoke detectors are designed for indoor use?

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Fire detection is a sort of broad idea.  Usually people detect the products of fire, and most often this is smoke.

Many home fire detectors in the US use a radioactive source and measure the absorption of the radiation by the air.  More smoke means more absorption.

For outdoor fire detection, PM2.5 can be a very good smoke proxy, and outdoor PM2.5 sensing is pretty accessible.

This one is very popular in my area. 

 

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discussion

Recycled & DIY Remote Monitoring Buoy

Hello everybody, My name is Brett Smith, and I wanted share an open source remote monitoring buoy we have been working on in Seychelles as part of our company named "...

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Hello fellow Brett. Cool project. You mentioned a waterseal testing process. Is there documentation on that?

I dont have anything written up but I can tell what parts we used and how we tested.



Its pretty straightforward, we used this M10 Enclosure Vent from Blue Robotics:

 

Along with this nipple adapter:

Then you can use any cheap hand held break pump to connect to your enclosure. You can pump a small vacuum in and make sure the pressure holds.

Here's a tutorial video from blue robotics:

 





Let me know if you have any questions or if I can help out.

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discussion

Looking for a Supervisor/Research Group - ML-driven Marine Biomonitoring

Hi everyone, I am a final year MEng Computing student at Imperial College London interested in improving marine biodiversity monitoring with machine learning.I have...

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Hi Filippo, 

Nice to read your message. Have you thought of contacting anyone in the Bioscience department at UCL? In our group "the People and Nature Lab", a few PhD students (Ben and Jason) are working on ML methods for coral reef monitoring. Might be interesting to reach out to them. List of People at CBER.

Best, Aude

 

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Tranforming Conservation Together: Highlights from the 2023 EarthRanger User Conference

Here are a few key insights from this year's event that we're carrying into 2024.

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Hi @hjayanto !No participants from Indonesia, but we did have some from the Philippines, Cambodia, and Bhutan. Happy to help facilitate your adoption. Can you email me at...
Thank you Jordan! We have a plan on the adoption of earth as one of the activity in our WILDLABS awards application. I will try to reach you when we through with the support and/...
Sounds good, thanks @hjayanto !
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discussion

Wishlist for kit in a field-based Research Station or tech testing space?

Hi wildlabbers!A colleague is looking to crowdsource some advice: what would be on your wishlist for kitting out a field based space for research and tech development?...

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Regine Weckauf over on linkedin

'Little to do with research and tech development, but given how hard it is to attract and retain experienced staff to field based positions, I know it makes a difference how nice the space is. Just because it's the "field", shouldn't mean staff living in basic conditions, regardless of how many times we've been told to see it as a badge of honor. If you have the money, put in nice bathrooms, kitchen, living spaces, and private accommodation. Maybe even a nursery? It creates more local employment opportunities and people genuinely want to visit.'

 

Love the idea for in-house gear/supplies! It can be SOO difficult to travel with batteries, electronics parts with airline regs, country policies, etc. and shipping recorders/trail cams/etc. gets VERY (prohibitively) pricey in some countries with customs and taxes. Would be great to have an in-country place to source that kind of equipment. 

Housing educational resources related to that tech (in the form of people, print materials, computer tutorials) in-house would be similarly awesome. Particularly/especially in local languages.   

Having in-country wet labs as well helps the eDNA/genetics folks, since sample import/export permitting can be (always seems to be?!) a nightmare, so if you can even just do PCR and/or extractions in-country that helps a ton. 

In terms of overall field-station-wishlist - honestly, just the promise of continued funding and staff. Every field station I've been to or worked at is in a constant search for enough money to get through the next month/year, because the funding comes in the establish a station but then not to maintain it long-term. It's not sexy for a wishlist per se, but boy is it over-looked and much-needed. 

@hikinghack from Dinalab would probably have lots of good insights on this! 

My suggestion would probably be a 3D printer and Solder Station with a stock of common components. With those two things you can solve most problems.

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What Biologgers are you using?

Hello biologging community!My name is Holly Cormack and I’m the new Conservation Technology Intern in the WILDLABS team. We are researching what different...

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Interesting. interesting. I'm probably jumping the gun here but I'm curious - are you getting any trends on types of biologgers or specific manufacturers people are talking about? Or is everyone using different tags/manufacturers? 

Ah! It's great to find out about your tags - great video, thanks for sharing. We'd love to hear from some of your users about their experiences with your tags! Would you be able to share the poll with your user community? 

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