if you are looking to a model detecting wolves try this one:

DeepFaune (cnrs.fr)

At Ol Pejeta, through the Kifaru Rising project, we have 19 FLIR thermal cameras that we use to address poaching as a conservation challenge.

The cameras have been deployed along a key fence line and are monitored 24/7 by a dedicated team.

The cameras have inbuilt analytics capabilities which allow us to design virtual fences/boundaries. 

An Alert is  generated whenever a human or vehicles crosses the virtual fence. Following an alert, appropriate ranger action is undertaken depending on the video content recorded with each alert.

I think the Alert feature available with these cameras could be leveraged to monitor the wildlife visitor interaction, seeing as a video clip is recorded with each alert, the thermal video clips could be reviewed to assess the wildlife-human interaction effects.

Hello,

Thanks a lot for putting together this survey!

Just introducing our company, Nix, french based and most recent on the market as we conceived and produced IoT biologging trackers working on GPS/LTE-M/LPWAN networks with super high autonomy and lightweight for terrestrial animals. Already working on a nanosat version for next year, to cover territories without network at all.

Our trackers have been used primarily in the EU to study species behavior in mixed enclosures and for land use management at the animal park of Auvergne, home to 65 endangered species.

Take a look at the video and let me know if you'd like to discuss your own needs!

Hi,

This is rakesh kalva from India. I have been working on human-elephant conflict in the state of Andhra Pradesh for the past 5 years. This is a cool idea. I have used camera traps to identify movement and individual elephants for demographic data. 

Some field based observations of using camera traps for elephants:

1. I usually place the camera traps on forest paths and many of the images we captured wernt of the complete elephant. Its just the legs and trunk. Wont that effect the detection by the software as to wether its an elephant or not?

2. In case of flash cameras , quite a lot of our cameras got damaged by elephants. So we were going for IR cameras. WIll it work for IR cameras as well?

3. Another issue is with the cameras being stolen by locals or poachers.

4. So we gave up all this and are using a simple trip technology with a switch attached to a door bell attached to a rope placed at a height of 7-8 feet. In this landscape no other animal is at this heigh so when the alarm is triggered we know its an elephant.

5. Elephants operate in a large territor, so will it be feasable to use this technology? 

But there are some interesting research questions that can be answered with this technology you are developing. Kindly let me know if i can be of any help on field.

Regards,

Rakesh Kalva

Wildlife Biologist

Hi Neil,

I am a project manager for Zoological Society of London's Thailand Programme. We work in the southern Western Forest Complex of Thailand, which is a large landscape of relatively contiguous forest surrounded by development and agriculture and thus rife with human-elephant conflict. We are currently looking to co-develop or pilot low-cost cameras or acoustic sensors for real-time detection of elephants at HEC hotspots within the landscape. Current issues we've been facing are high rates of non-target stimuli triggers which clog up the cloud (so the automated classification of elephants would be useful to limit notifications) and the high cost of conventional cellular camera systems. I am curious to know the current status of your Elephant AI system. The most recent update I've found on your hackaday is of the combination with a deterrence system, which is very promising. Feel free to email me at [email protected] or reply to this message.

Cheers,

Juliana