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Embracing The Role of Technology in Climate Change

Climate change and carbon emissions are one of the most essential things to our survival as a planet. Various efforts have been put in place by the government and other external organizations to help curb the problem. 

One of the most important aspects of our society that contributes greatly towards this charge is technology. 

There have been several advancements in technology that have made it easier to reach carbon emission goals and also contributed greatly in the global effort to combat climate change.

In this article, we’ll take a look at some of the ways technology has helped in the fight against climate change. Let’s get to it, shall we?

1. Remote Work

Due to the Covid-19 epidemic, a surge in distant work relieved great pressure on the environment, resulting in significant reductions in carbon emissions. “Gasoline usage fell by 30% between late March and early June [2020], compared to the same period in 2019,” according to Scientific American, with predictions that use will continue to fall in 2021 and 2022. 

According to the Department of Transportation, air travel in the United States fell by 60% in 2020, and some estimates suggest that corporate travel may not pick up until 2024.

The early benefits we’ve seen have prompted some companies to look for ways to keep workers at home longer. Adobe and Twitter, for example, have declared intentions to shift people to permanent remote or hybrid employment.

The Metropolitan Transportation Commission in San Francisco proposed a regulation requiring large Bay Area firms to keep 60% of their staff working remotely by 2050.

None of these options, however, would be conceivable without the tremendous advancements in remote work technologies that have occurred in recent years. Cloud productivity solutions like Asana and Wrike allow dispersed teams to collaborate effectively while staying on track with their projects.

Face-to-face contact is enabled by Zoom and other video conferencing systems, which also serve to maintain workplace culture. Employee and department communication is aided by dedicated chat platforms such as Slack.

We will witness more efficient use of energy, a sustained reduction in fossil fuels, and an opportunity to slow the warming of our planet if remote work is widely adopted.

2. Artificial Intelligence

Artificial intelligence is being utilized to provide fresh insights into the impact of climate change by anticipating extreme weather occurrences and how they might evolve in the future, despite the fact that it is still in its infancy.

Climate modeling was initially used a century ago when mathematical formulae based on air temperature and atmospheric variables were mapped out on pieces of paper. Climate modeling now has access to significantly more data. 

It uses advanced AI and machine learning techniques to predict how our world might appear in a decade or perhaps several decades. These models can aid in the detection of new weather trends and better preparation for severe weather events before they occur. 

They can also help businesses and other entities determine which regions or portions of land are likely to be harmed the most as a result of increased extreme weather, allowing them to make informed decisions about where to conduct business. 

Businesses typically use this technology, alongside emissions monitoring systems, to clear a birds eye view of their emission compliance. 

Additionally, Artificial intelligence of things (AIoT) technologies also aid in carbon control by making it more efficient, transparent, and successful in areas such as:

  • AIoT – integration into measurement and reporting

With a plethora of databases and systems associated with various carbon-producing assets, the amount of time and effort necessary to simply categorize and organize data from several business units and assets is enormous. AIoT connection enables real-time activity level data and asset inventory data to be sourced from a number of systems in a seamless manner. 

This enables an organization to organize, gather, and turn data into reports for accurate emissions monitoring and measurement, lowering total data collection efforts and improving data quality and report resolution.

  • Abatement intelligence – predictive analytics to simulate emissions over time

The lack of precise metrics for estimating the emissions arising from specific activities makes abatement planning difficult. This problem is addressed by AIoT technology, which generates insights from real-time data in order to better predict process emissions.

 AIoT can improve the performance evaluation of abatement measures and optimize emissions estimates by analyzing and learning from data from numerous operations. This system not only optimizes abatement procedures, but it also lowers total marginal abatement costs.

3. Emergency Communication And Risk Intelligence

We can also employ technology to navigate today’s emergencies. When businesses needed solutions for communicating critical updates about Covid-19 to their employees at the start of the pandemic, interest in emergency communication software skyrocketed, and it can now help businesses ensure the safety of their employees during extreme weather and natural disasters.

Businesses must recognize weather threats not only in their surrounding location but in every region where they have employees, as remote work has become more frequent than ever before.

For example, the pandemic forced thousands of people to relocate to new states. For the first time in state history, California’s population dropped in 2020, while other states such as Texas and Florida had massive population growth–two regions that frequently endure storms that new residents may not be equipped to handle.

Being aware and taking action as soon as it becomes evident that something will affect your people is one of the most critical components of preparing for an increase in severe weather. You must be able to quickly communicate information to your people in order to determine who is safe and who requires assistance.

Parting Gift

Climate change requires a concerted, worldwide effort to reverse its effects. Our objective to adapt to more severe weather and discover innovative solutions for decreasing carbon emissions and limiting their negative repercussions relies heavily on technological innovation. 

The tech industry must take the lead, demonstrating how digital technology can help shield people from the effects of climate changewhile simultaneously advocating for the type of transformational change that all industries will need to confront our new environmental concerns.

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