Super interesting! I registered immediately.

Perhaps good to know is that if one registers, it is not only to apply for the upcoming symposium but also for future ones. So even if the coming symposium is not a perfect fit, one may register anyways.

Why would you want to avoid alerting the rangers ?

You don't need high tech for this; elephants leave very obvious tracks and sign. 

Hi Tyler,

Would like to introduce you to Ceres Tags products

• Ceres Tags products come in boxes of 5, 10 and 24. 
• There are some software partners such as Earthranger, Mapipedia and possibly CiboLabs that would be able to assist you with your mapping vegetation requirements
• Ceres Tag does not require any towers, base stations and infrastructure. This allows you to see any movements from the heard outside of their normal herd (boundary alerts), and you will not be disturbing any of the flora and fauna with infrastructure set up. 
• For the timing you are looking at, Ceres Wild pings directly to satellite 24 times a day. For Ceres Trace and Ceres Ranch there are 4 within 24 hours. Taking into consideration, when you set up alert areas, you will get them directly to your phone/laptop via your software of choice
• Ceres Ranch is a reusable tag that has just been launched. Use it on this project, remove the tag and then use the tag on your next project
• The software you choose will assist with the history of your animal movements. Ceres Tag is integrated with 11 software partners and in-development with 18 software partners https://cerestag.com/pages/software-partners
• Understanding it is a short-term project, you would be able to use Ceres Tags products without the additional expense of setting up and removing infrastructure- towers, gateways
• With Ceres Tag, you are purchasing the box of tags and picking a suitable software to deliver the information you require. On average, a box of 10 Ceres Trace Tags, is the same as 1 LoRaWAN tower. 

I just came across this interesting paper in which seismic monotoring of animals like elephants was mentioned. 

This is the study refered to:

Seismic savanna: machine learning for classifying wildlife and behaviours using ground‐based vibration field recordings

Our planet is facing its sixth mass extinction, with hundreds of species disappearing largely because of human activity. To mitigate this existential threat of biodiversity loss, we must monitor and ...

ZSL Publications

Cheers,

Lars

Hey Sol, 

The only way for you to collect information from a GPS tag attached to a FAD is if that tag transmits that data to the drone. Unfortunately most receiver packages are a bit too large for hobbyist-style drones (from what I've seen). 

Depending on the range/distance from shore, you might be able to have a shore-based receiver system?  

Hi Roland,

This is really amazing, great to hear about your set-up! I'm just wondering what the overall cost was to set up this system? Just thinking in terms of setting up something similar in other parks and what they should expect with regard to price. Would also be great to hear about the overall effort, e.g., hours/team members required. It would be great to have this act as a blueprint for other organizations/research stations wishing to deploy a similar system within their respective national parks/areas/etc.! 

Hi Rolland,

Interested too, but why did you choose SigFox (a private network) rather than LoRa (open network)? 

Sigfox currently has some financial troubles that, don't know what it will become in the long term.

Forever sensors are certainly possible. So many concepts out there. Just need a few to make it to market. Between conventional/quantum chips dramatically reducing in power consumption and novel power options. Rovers are already powered with radioactive materials. Perhaps something like diamond batteries could make that safe for human use. I've also read a paper on using glucose to power devices. Could maybe just tap a tree and add a sensor. There's always a way. Humans are so clever.

Hello Isobel, 

This is still on-going (developing open-source tag tech) 

I'd be ecstatic if a nest box or natural tree hollow (or burrow) monitoring device could be developed. Infrared images/video and sound recording, either triggered by motion detection or time schedule. File download/transfer without having to physically access the device and connection via standalone Wi-Fi or Bluetooth well away from any networks. I want to monitor inside nest boxes and have been trying domestic security cameras, but these usually require a wifi network to connect and can be too large for inside nest boxes. I have recently purchased a different model to test, but It's still not ideal (the camera is JUST small enough for a nest box)