The fall semester at Smith College is starting up again and with it our research on mangrove protection in Belize using unmanned aerial vehicles (UAVs). I’ll start this blog out with a brief introduction to our research since this is our first post. Our team at Smith College has been researching UAVs such as quadcopters and fixed wing models (see pictures below).
UAVs have been in the news lately as a very controversial military technology. However, research is being done on the possibility of their use in areas as diverse as agriculture, package delivery (see link to Amazon’s ambitious plan for drones: http://www.amazon.com/b?node=8037720011), and search and rescue. Our research is looking into using UAVs for environmental conservation. We are exploring using UAVs to capture low aerial photography in marine environments. Normally, this imagery be obtained by renting a manned aircraft. As you can imagine, using a small quadcopter or fixed wing would be much easier and more cost-effective (not to mention more environmentally friendly). This January, we are planning to bring a few UAVs down to Belize, to establish a baseline survey for environmental planning. This imagery can then be used to test how effective regulations and protected areas are.
This semester, we have started making preparations for the trip. We tentatively plan to go to Belize in January. Currently we are researching regulations on UAVs in Belize. We have a contact with Conservation Drones and intend to adopt their methods. Conservation Drones has done work similar to what we are hoping to do in several countries, including Belize. Additionally, we have been using image processing software to make 3D orthophotos from images captured. The following is an image made from aerial photos of a nearby farm.
This software is very good and would be useful for taking hundreds of images from a flight and converting them into one working image of an area. Over time, we hope to get several of these orthographic images over an extended period of time in Belize. We would then be able to monitor the degradation (or regrowth) of affected environments.
We will have more updates for you soon!
The medical advances being made today with sensors reminds me of when, as a kid, I watched with rapt attention the movie Fantastic Voyage.
Sensors can monitor implants as they heal or detect early signs of organ rejection after a transplant. A sensor in the human brain could even help people control a prosthesis or use assistive technologies such as wheelchairs.
The advantage of being able to constantly collect data about someone’s health would keep hospital costs down by catching diseases early and helping the ill or elderly manage their own health between doctors’ visits.
Who knows? In a decade, we may all be wearing microchips. After all, this microchip technology already exists in many of our pets.
We’re sending students from Smith College to Belize this winter! Using low altitude aerial photography they will collect and analyze data to help conserve and protect the mangrove swamp and reefs in the area. The team will build and modify the unmanned vehicles and then fly them to get the data. We hope to leave behind an accurate and affordable means to help the citizens manage their precious natural resources. Look for updates leading up to the trip in January.