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@lupyuen it's time like these when I'm grateful for the Internet. 🙂

@mishari @lupyuen I wouldn't know... You can probably look up attenuation numbers for various types of foliage and figure out an estimated reach. OR, do what I did; test it. Put up a gateway, and drop N sensors (of any type) in "nature" at height where you expect them to be later, and monitor for a few days, possibly move them around a lot and plot the RSSI and SNR at each of these locations.

Anyone knows how far a Base Station can cover ... In the tropical forests of Thailand? 🙏

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@mishari Wow that's super interesting! About LoRa Coverage in forests: One of my friends in the Nordic countries said that the coverage is good in forested areas. I'm assuming flat land, no rolling hills, no metal structures. Lakes are OK.

@niclas @lupyuen working on a system to detect elephants to reduce surprise encounters in the wild. Feel free to star and contribute github.com/elephant-detection/

@lupyuen Sure, but students should get the school to invest $150-250 (Dragino LG308 for instance) in a LoraWAN gateway. And hobbyist could then possibly rely on schools.

@niclas Yep I'm thinking maybe hobbyists and students could tap on the free The Things Network 🤔

@lupyuen I work quite a lot with LoraWAN, to read room temperature data. It should be understood that if you need coverage, you install gateways yourself... Otherwise, your devices/users may be without coverage without notice.

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