Technological Strategies That Could Help Fight Climate Change

Applied Tech Review | Friday, July 22, 2022

In order to save the environment, reduce global warming's impact, aid climate change adaptation, clean up contaminated places, and protect human health, research and scientific and technological innovation are essential.

Fremont, CA: As humans are living during a moment that is crucial not only for humanity but also for the entire world, it is absolutely essential to both protect the environment and look for ways to engage with it that are more environmentally friendly. Technology has the potential to be an integral component in the effort to combat the severe effects of climate change.

Strategies that could help save the environment

Agriculture, biofuels, and energy

The technology that is now deployed in agricultural contexts is an outstanding example of this. The creation of improved crops, which has been boosted in recent decades by sufficient scientific data demonstrating their worth and safety, is an example of how biotechnology can be utilized to produce climate-resilient crops. In addition to initiatives such as vitamin A-enhanced golden rice, scientists have developed further types of rice that are resistant to flooding. This is an important step forward in the profession.

Both electric vehicles and biofuels contribute significantly to the technical advances that can save the environment. The term "green cars" refers to more than simply electric vehicles; it also includes hybrid vehicles and several other automobiles that consume less gasoline to travel the same distance. Because, for example, in the United States alone, automobiles, buses, motorcycles, and trucks travels cover an annual distance equivalent to 13,440 round trips to the Sun, according to the US Environmental Protection Agency, it is crucial that this company adopt a new culture.

Biotechnology

The manufacture of biofuels is an approach that promotes the use of biotechnology for environmental goals. However, it is not unique. The use of microorganisms to remediate oil-contaminated surroundings is known as bioremediation, and bacteria or fungi are used to cleanse city wastewater. These options demonstrate that "alive" technology will be essential for encouraging sustainable growth.

There must also be constant innovation in new materials to maintain sustainability. Some of these, such as biomaterials used to "store" carbon dioxide, can contribute to the reduction of the greenhouse effect and global warming. Others, such as banana blades manufactured in Mexico for construction, enhance the likelihood of removing carcinogenic substances such as asbestos, which has been linked to an increase in cancer risk.

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