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Are You Prepped To Adapt To Climate Change?

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If you live in a developing country, you’ve noticed the consequences of climate change. Droughts, excessive rainfall and even cyclones and tsunamis have become all too frequent. And hate to be a pessimist, but considering how badly the global effort to fight climate change is going (thanks, President Trump), we’d better prepare for the worst.

Here’s what we can do…

If our homes are flooding

Spoiler Alert: It’s not about fighting the water, it’s living with the water.

Frequent floods and rise in sea levels are an inevitable consequence of climate change. As incidents like these increase in frequency, cities need to be planned accordingly. In a bid to save the population, scientists have come up with the floating homes and farms, designed to adapt the rising and falling water levels. The houses stay on the ground during the dry season but rise with the sea level during floods. With the changing geography of the world (See: Prime Property After The Flood),  innovations like these will save millions from leaving their homes and migrating to other cities.

If our crops are scorched

Irregular rains, extreme heat and pest influxes hit crops and the agricultural activities in a big way. The immediate solution is developing technology to make crops resilient to harsh and extreme weather, but scientists are innovating different ways other ways to protect our food too.

For instance, one of them is the Fungal Symbionts, which is exposing vulnerable crop species to fungi that makes them more stress tolerant to changing weather. This technology works best for drought-prone areas. This technology was successfully experimented on watermelon and tomato seeds – roots which died at 38°C, now survived at 50°C to 70°C. So if all else fails, at least we can survive on tomatoes and watermelons, no mass extinction.

If our roads develop cracks 

Climate change would directly affect the reliability and performance of transportation infrastructure. While ports, railways and airports are vulnerable to high sea level rise, the extreme temperature has an impact on road surface material. Material like asphalt used for roads, expand under excess heat causing damages like rutting and deforestation. Thus, to make the roads more climate resilient, experts are thinking of ways to change the surface mix material. Newly developed pavement mixtures like Warm-Mix Asphalt, Engineered cementitious composite etc have higher heat resistance and are ideal for both warmer and colder climates. While these technologies have been adopted in many parts of Europe, other nations have just started using this technology.

If aquatic life nears extinction 

Today, the water bodies are warming at a faster rate with the oceans absorbing the highest percent of the climate change heat. This increased ocean acidification is a great threat to the coral reefs. With at least 93 percent of the Great Barrier Reef damaged due to coral bleaching, there is an urgent need to save the depleting coral reefs. So that’s where Bio Rocks come as a savior. Bio rocks are steel frames which run at a low voltage current. This electricity interacts with the minerals in water and this chemical reaction produces limestone. This limestone provides a good substrate for the corals to grow on. This technology provides coral reefs with energy to grow faster and resist to environmental threats. As per studies, coral reefs grow 8 times faster on a Bio Rock, recover 20 times faster from damage and are 50 times more resistant to the climate change.

If regular trees are just not enough 

Lastly, all these climate change events can be linked to increase in emission of carbon into the atmosphere. Technology and science is already playing a significant role in carbon absorption and storage. For example, artificial trees which can suck CO2 thousand times faster than the natural ones. These trees are an amalgamation of thin plastic leaves with resins which help to suck the carbon. As per experts, these trees can absorb up to one tonne of CO2 per day.

Are You Prepped To Adapt To Climate Change? was last modified: by
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