Water, clean air, and healthy ecosystems are the pillars of human civilization. Unfortunately, air pollution, water contamination, and endangered species pose a threat to our comfortable existence by interfering with its basis and risking our future. Since 1974, the world has commemorated Environment Day on June 5 to raise awareness about these environmental concerns. The day serves as a reminder to humans about environmental issues, and it encourages people to improve their habits and behavior while focusing on what’s needed right now. Many people, however, are attempting to reverse these trends, and computer science is one of the solutions. It’s time to learn how coding may help you protect nature and biodiversity ⏤ the focus of this year’s World Environment Day.
Table of Contents
1. The Internet and IoT
Technology enables you to work remotely while reducing city air pollution. It also helps to save office space. Video conferencing apps such as Zoom, Teams, and Hangouts eliminate the need to commute for meetings, resulting in decreased gasoline consumption. Furthermore, adopting email and messenger solutions implies that you will use less paper, which will automatically reduce paper manufacture. That is why the EU is developing laws to enhance recycling techniques, energy usage, and device service life.
2. Coding Can Help Reduce Ocean Pollution
For years, the issue of ocean plastic pollution has been a major concern. However, the problem has gotten so bad that organizations like LADBible have started initiatives to have “Trash Isles” recognized by the UN as a new nation.
Plastic Adrift, for example, has created statistical models to track these islands of plastic debris and finally trace their source.
Coding can help youngsters learn about the consequences of plastic pollution while also encouraging them to live a considerate lifestyle. End Plastic Pollution is a project from Vidcode that teaches kids about coding and raises environmental awareness.
3. Supply of Freshwater
Freshwater is a vital yet limited resource, especially in certain areas of the world. So U.N. Environment, Google, and the European Commission have launched a data platform to keep track of the planet’s freshwater bodies. All countries can use the application to keep track of their water supply.
4. Thriving Forests
Nothing compares to strolling through a forest and breathing in the fresh air. On the other hand, forests are threatened by a variety of factors, including climate change, drought, and temperature shifts. Scientists employ geographic information systems (GIS) to gather and analyze relevant data.
“Some people are afraid of working with cyberinfrastructure due to their concerns about learning how to code,” explains Tyson Swetnam, a scientist and informatician who recently directed a study on forest biomass data. However, to have a positive impact on the environment, it’s important to have the ability to code from an early age.
5. Coding to Preserve Wildlife
Every day, the human population and our expanding territories force wild animals to flee for new homes. Creating wildlife corridors ⏤ areas of preserved land where animals are protected ⏤ is one approach to minimize the effects of urbanization. To create models of animal-inhabited regions, scientists must therefore collect enormous amounts of data. They can now create pathways of equal length and several curves in any direction. Each route will have a distinct design from the previous one, allowing for more flexibility. This method allows them to forecast locations and build the corridors using a computational approach.
6. Protection of Habitats
The Jane Goodall Institute has developed coding solutions to protect primates and their habitats through computer science and coding. When large forests are cleared to establish human infrastructure, small forest patches on the left may not be sufficient to support larger populations. That’s when remote sensing technologies come in handy. They allow the use of data from satellites to observe chimpanzee habitats. The findings will assist the organization in safeguarding great ape habitats in various countries. In addition, researchers and scientists can utilize big data to study and analyze issues like climate change and water pollution thanks to computer science. People may also contribute to the environment through this research.
Conclusion
Using code to create more efficient systems can minimize the amount of energy and resources required, resulting in less waste and more sustainability. Furthermore, code can also be used to promote responsible consumption habits and conservation practices, which can aid in the preservation of the earth’s valuable resources for future generations. So, if you want to leave your imprint on the world, try using your coding skills to help rescue the environment. The world needs all the help it can get. And when it comes to environmental activism, coders have a lot of clouts. So, if you’re concerned about the future of our world, have a look at BYJU’S FutureSchool blog and learn more about coding to assist your children to become future-ready to help save the environment.
Reference links used:
http://plasticadrift.org/index.html
https://www.vidcode.com/project/end-plastic-pollution
https://www.sdg661.app/
https://sciencenode.org/feature/riding-the-jetstream-to-the-treetops.php
https://scratch.mit.edu/search/projects?q=wildlife
https://www.janegoodall.org/uncategorized/earth-observation/
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