In light of a study recently released by the Intergovernmental Panel on Climate Change, the database administration needs of public agencies and organizations are expected to expand significantly. As it was industrialization and innovation that incited this worldwide issue, the Internet of Things will continue to be used to identify the detrimental effects climate change has on particular ecosystems and economies of the world.
Patrick Thibodeau, a contributor to Computerworld, claimed that the IPCC's study acknowledged the importance of sensor networks to monitor the shifting global environment. Potentially, these devices could help government officials anticipate droughts, floods and natural disasters caused by rising temperatures. In addition, it is hoped that the mechanisms will identify ways to preserve water and food supplies as well as determine methods for reducing energy consumption.
If public authorities choose to acknowledge the recommendations of the IPCC, the influx of new data derived from the IoT is sure to increase network traffic, requiring the expertise of remote database support to ensure that all analytics programs are running efficiently. As it's somewhat ambiguous as to how these sensors will be deployed, the kinds of avenues through which information flows into networks may pose as a challenge to in-house IT departments.
An example of a new innovation
The types of devices the government and non-profit environmental agencies use are quite variable. Some may track the shifting tides across the Atlantic and the Pacific while others will determine the acidity of farming soil. If all the data collected by these devices is assembled onto a single server, outsourced database experts may be consulted to mitigate it all. It looks as if scientists have already taken the first step.
According to Space Daily, engineers from Europe developed the Sentinel-5 instrument, a mechanism which allows the continent's Copernicus program to monitor air quality around the globe. The article noted that atmospheric pollution is linked to millions of deaths around the world.
"The readings will help to both monitor and differentiate between natural and human-produced emissions, providing new insight on the human impact on climate," noted the news source.
Amassing and translating such an incredible amount of data will most likely necessitate the expertise of remote DBA to ensure that networks don't crash or overload. It's hoped that Copernicus, the world's first operational environmental surveillance system, will provide scientists with specific insight on how the earth's population can reduce emissions.