As the world works toward a greener future, new tools are needed to study the impact humans have on the environment. For most urban areas, the annual carbon footprint of a single city can range from “40 to 80 metric tons of carbon dioxide” according to Business Insider. Fortunately, environmental sensor technologies have greatly improved in recent years, and we now are able to study our carbon footprint and impact in ways we could only dream of a decade ago. Leveraging the Internet of Things to connect sensors across a city or geographic region to a single network could mean even more information for scientists, meteorologists, and ecologists everywhere.
Overfishing, ever-increasing consumer demand, pollution/climate change, and a host of other factors are threatening the world’s seafood supply. One solution that has proven effective is aquaculture, or fish farming, although it is not without controversy. While farmed seafood from many (primarily western) countries is safe, stock from unregulated or poorly regulated countries has left consumers wondering if the non-wild fish they are eating is healthy. Lab testing and investigations have uncovered cancerous chemicals, as well as human and other animal waste, in the water. On top of that, some of the fish farms were engaged in activities considered illegal in most countries.
This is where IoT technology can offer tremendous benefits. It can optimize any aquaculture operation, plus ensure everything grown and harvested meets accepted standards.
Pyrotechnic displays can be amazing to watch but, as with any explosion, there are many safety concerns and potential hindrances to watch out for. In 2016 alone, 11,000 fireworks injuries were reported in the U.S. according to the Insurance Journal. While most of these injuries resulted from misuse and user failure in backyards across the nation, even fireworks professionals are not exempt from risk.