Global warming is becoming a bigger threat to the entire human race. Many daily tasks and activities currently contribute to an increase in the emissions of polar greenhouse gases, which in turn raises the earth’s surface temperature. Do you know that there are approximately 3 500 million smartphone users worldwide and that their production and energy use have significant environmental effects?
According to the International Meteorological Organization (OMM), there was a new record for GEI emissions from 2017 to 2018: CO2 reached 407.8 parts per million (ppm) in 2018. (1). Despite the fact that the majority of GEI emissions do not necessarily result from our daily actions, it is crucial to be aware of these effects in order to take appropriate action. To that end, we will discuss what carbon dioxide emissions are, why they are important, and how we can easily measure and control them using a fantastic carbon calculator API.
In 2016, South Korea’s fossil CO2 emissions were 604,043,830 tons.
In comparison to 2015, when CO2 emissions were 601,322,450 tons, there was an increase in CO2 emissions of 0.45%, or 2,721,380 tons. Based on a population of 50,983,457 in 2016, the Republic of Korea had 11.85 tons of CO2 emissions per person, which is an increase of 0.02 over the 11.83 tons per person recorded in 2015 and a rise of 0.1% in CO2 emissions per capita.
The carbon dioxide (CO2) molecule is currently, without a doubt, the one with the greatest impact among the variety of winter-effect gases since it spends the longest amount of time in the atmosphere and above all in the oceans. The main cause of the carbon dioxide cloud is CO2, so decreasing its emissions has been a top environmental priority for many years.
But what is the carbon Footprint? The good news, this is an environmental metric that determines the overall amount of GEI emissions produced by individuals, groups, large businesses, and even services, both directly and indirectly.
How does it mid? The carbon footprint is measured in CO2 equivalent mass. This is due to the fact that the most dangerous and abundant gas is used as a benchmark at that time, as we mentioned earlier. It is crucial to be able to measure carbon dioxide concentrations since doing so will allow us to determine how much we are contaminating the environment and how to prevent and minimize damage in order to slow down global warming. There are amazing carbon calculator APIs that automatically calculate this as a result.
How Does It Works An Carbon API?
What does API stand for? Application Programming Interface is referred to as API. One definition is an interface that facilitates communication between two dissimilar systems or platforms, enabling the addition of various functions to websites and applications.
Understanding how an API function requires understanding that it is not a standalone piece of software but rather an extension that needs a system, application, or platform to be integrated into. To work, APIs must be integrated into a system. The Carboon API functions in the same way; learn more about its characteristics to use this wonderful API to calculate the carbon dioxide equivalent in South Korea.
Carbon API
To determine your carbon footprint and begin the transition to net-zero emissions, use CarbonAPI. We are introducing the best API to calculate the carbon footprint of any country and prevent the acceleration of climate change in any nation or industry worldwide.
Either directly through the website or through the API, you can transmit footprint data. You can include details about things like energy use, package shipment, freight & logistics, flights, cars, and more. Determine the carbon emissions from land, sea, and air travel. This API supports several programming languages, so you can include it in any website application you choose and start using it right away.