These Robots with Thermal Sensors are Taking on Climate ChangeDecember 22, 2016
Remotely piloted aircraft systems. Autonomous sailing drones. Underwater robots. No, I’m not describing the cast of characters in the next Star Trek movie. In fact, these robots with thermal cameras are humanity’s next line of defense in tracking and addressing the devastating effects of climate change, and they all use thermal sensors to get the job done.
So lets take a look at the new bad boys fighting climate change:
Unmanned Aerial Vehicles
Drones have been on the scene for a while now, with applications for everything from tracking firefighters’ efforts, to delivering pizza. Is it any wonder then, that drones have a multitude of environmental uses as well?
One such use is more effective monitoring of planned burns (burning dry areas under controlled conditions to reduce the spread of brushfires). The same drones are also being used for tracking endangered species, identifying poachers, and monitoring coastal erosion.
Autonomous Sailing Drones
An autonomous sail boat collects ocean data in the Dutch Harbor, AK. (Image: Saildrone)
These Autonomous Sailing Drones are being used to monitor temperatures and pH levels of ocean water, measuring ocean water acidification to determine how much CO2 is being absorbed. Scientists have discovered that acidification harms many of the oceans creatures and their habitats, dissolving corals reefs and the hard outer shells of many invertebrates. They also monitor fish populations to determine where overfishing has occurred, this data can then be used to effect policy changes regarding fishing quotas.
Autonomous underwater vehicles ID and kill invasive starfish at the Great Barrier Reef in Australia. (Image: QUT)
Underwater Robots are being used to restore biodiversity in oceans by hunting invasive species like Lionfish and Crown-Of-Thorns Starfish, many of which have experienced population explosions due to warmer water conditions and overfishing of predatory species.
It is now believed by many, that human industrial activity has had the single most devastating effect on our planets ecosystem since the meteor that wiped out the dinosaurs. I think it’s safe to say that the number one concern on our minds today is fighting climate change, and finding ways to optimize our resources, while reducing and even reversing damage to the environment. Tech industry leaders like Opgal are working tirelessly to that end, combining state of the art thermal sensors with some of the coolest bots to join the robot wars since Google’s award winning humanoid robot, “SCHAFT” hit the scene, with decidedly hopeful results.
brushfires climate change drone environment poaching robot sensor Thermal cameras
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- Intro to IR (Part 5): Lens
- Intro to IR (Part 4): Optics
- Intro to IR (Part 3): Sensitivity, resolution and frame rate
- Intro to IR (Part 2): Cooled vs. uncooled cameras, sensitivity, resolution, frame rate
- Could thermal cameras help prevent the next fatal autonomous vehicle crash?
- Introduction to IR (Part 1): The physics behind thermal imaging
- THE FUTURE: Embracing Thermal Cameras
- PERIMETER SECURITY LAYOUT DESIGN – A REAL PROJECT
Defense (3) Environment (3) Fire Detection (4) Gas Leak Detection (5) General (1) Handheld Thermal Cameras (5) Industrial (1) Law Enforcement (5) Mobile (3) Multi-Camera PTZ Systems (0) Oil and Gas (5) Opgal (1) Personal Vision Systems (2) Safe City (5) Search and Rescue (3) Security (5) Thermal Cameras (5) Thermography (3)