The Future of tech and our society: Environment (Pt. 3)

In this article, we continue with the third pillar of the future technology diagram, which is of vital importance, given the concerning negative state of the planet we are currently experiencing. This situation will continue to worsen if serious measures are not taken. 

With this technology, we refer to the set of tools, techniques, systems, and technological approaches used to address and solve environmental and sustainability-related issues. This pillar of technology focuses on developing innovative solutions that aid in protecting, preserving, and restoring the environment. It also aims to reduce the negative impact of human activities on nature, playing a crucial role in promoting sustainability and mitigating the adverse effects of climate change and environmental degradation. Continuous development and application of this technology are essential to address environmental challenges on our planet, with various ways to implement it. 

This technology offers a range of significant benefits that impact environmental preservation, sustainability, and people's quality of life. Some of the primary benefits of this technology include: 

• Reduction of pollution: It helps reduce air, water, and soil pollution, improving public health and reducing negative impacts on biodiversity and ecosystems. It also contributes to reducing greenhouse gas emissions, aiding in the fight against climate change. 
• Efficient resource management: It helps conserve scarce natural resources, such as water and land, and the production of alternative foods, ensuring food security while reducing pressure on natural resources. 

These are just some of the many advantages within this field, which can be extensive and tailored to different areas. 

Robots have been transforming various industries in our lives, and their influence will further expand, particularly in the environmental sector. Robot automation plays a vital role in nature conservation. Drones and autonomous vehicles are already used for wildlife and flora monitoring, forest fire detection, and plastic waste removal from our oceans. Submersible robots are aiding in the exploration and preservation of oceans and their delicate ecosystems. 

Another related aspect is food production, which is one of the major sources of greenhouse gas emissions. However, technology is changing the way we grow, process, and consume food. Vertical farming, for example, uses indoor cultivation techniques with LED lighting and water recycling systems to produce food efficiently and sustainably. Lab-grown meat, instead of livestock farming, drastically reduces emissions and deforestation. The future technology promises more eco-friendly and efficient agriculture. 

As we know, coral reefs are in danger due to rising water temperatures and ocean acidification. 3D printing is being used to create artificial coral structures that can help restore these valuable and crucial ecosystems. These structures provide a substrate for real corals to grow and develop, essential for marine biodiversity and protecting coastlines from extreme climate events. 

The increase in atmospheric carbon dioxide (CO2) levels is one of the primary drivers of climate change. CarbFix is an innovative technology that aims to address this issue by capturing CO2 and converting it into underground stone. This process helps reduce CO2 concentration in the atmosphere and securely stores carbon for thousands of years. It's a prominent example of how technology can play a crucial role in climate change mitigation. 

All these variations of this technology are just a few of the main ones that are gradually being developed. Hopefully, in the not-so-distant future, they will be consistently implemented within our society to benefit the planet and gradually reduce existing negative effects. It is essential to utilize these technologies responsibly and work globally to ensure a sustainable future for the next generations and different ecosystems.