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Tackling Climate Change: Some Success Stories You Must Know



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With rising sea levels and temperatures, melting glaciers, and extreme weather conditions afflicting the world, there is no question that the climate crisis is here. But there is good news — everyday people are standing up and tackling climate change, fighting this impending disaster.

These days it’s exceedingly hard to keep a smile on when hearing news about recent measures taken toward tackling climate change. The imminent calamity is not letting up, showing us what it’s capable of by warning us by warming of our climate, potentially jeopardizing the water supply of millions. But hope is not lost.

This reality is being recognized worldwide with advocates in global, national, and local communities banding together to fight fiercely against this looming threat, change the narrative, and mitigate the worst impacts of climate change. By working together, we change the course we’re on right now. We can pave the path towards a world reliant on renewable energy, a world safe from the dangerous impacts of climate change. So here are a few of the countless success stories against climate change. 

China stepping up 

China holds the title of the world’s largest carbon emitter. Or at least, it held the title. In 2015, the country responsible for 23% of the world’s carbon emissions pledged to expand its total energy consumption of renewable energy to 20% by 2030. 

Since 2006, China has been the world’s largest carbon emitter, which is why making this commitment to reduce greenhouse gas emissions and use more clean energy is a significant breakthrough for the world. 

Saying no to fossil fuels 

Over 700 organizations globally have divested themselves of fossil fuels, declining to invest in oil, coal, and gas companies. 

Moreover, almost half of the largest companies in the US now recognize that it is everyone’s job to save humanity, a feat achievable only if we all work together. 

There is also a growing movement within the private sector to address and combat the risks of climate change, the dangers this threat poses. 

US Coal Consumption 

Americans are starting to consume less and less coal, despite the efforts of the Trump administration to revive the dying coal industry. 

A report by the U.S. Energy Information Administration in 2018 shows the lowest U.S. coal consumption since 1979, as well as the second-greatest number on record of power plants using coal shutting down.

Ethiopia’s tree planting initiative

1… 2… 3… How long do you think it will take me to reach 350 million? That’s right. Ethiopia might as well have set a world record by planting 350 million trees in one day. One day! 

These plantings were a small part of a bigger plan to restore the country’s tree coverage. Its final goal is to plant over 4 billion native tree species in order to recover the damage as a result of the ever-growing industry, agricultural expansion, and climate change. 

This is one of many successful efforts in reducing the impact of climate change.

Tigers in India

In the early 1900s, more than 100,000 tigers roamed India’s wild. By the time 2010 rolled around, heavy hunting, poaching, and clashes with humans caused the population to reach its all-time low at 1,706. 

The good news, though, is that in recent years, the number of wild tigers has increased exponentially, a whopping 35% up than 2010 at 2,967. 

Emissions dropping 

The C40 is a group founded in 2005 and consists of 96 countries that have pledged to reduce their environmental impact. This group recently announced that 30 cities have now diminished their carbon emission by at least 10% since 1991. On average, the cities deducted their emissions by 22%. 

Out of these cities, Copenhagen stands at the top, diminishing its carbon emission by a staggering 61% since 1991. Other big cities, such as London, have reduced their emissions by almost 30%, a remarkable feat for a city of that size. 

Upcycling at UC Davis

Advancements in science and technology can be very… helpful, although the means maybe a little gross. 

In recent news, researchers at UC Davis are developing a new method in which they take food waste and feed fly larvae with it. Then, the larvae are turned into protein powder, animal feed, and sometimes even oil or lubricant for cars! 

This process of taking waste and turning it into a new product is known as upcycling. Soon, instead of climate change, we’ll be battling a bug problem soon. 

Closing the hole in the ozone layer 

Do you remember when the news of the gaping hole in the ozone layer first dropped? How worried everyone was? Well, those days are behind us now. 

In September 2019, the United Nations Environmental Protection (UNEP) agency announced that, within our lifetime, the hole would be completely closed. This proves that collectively working, taking action together, does work and has paid off. 

All in all, tackling climate change and actually making a change is no longer an unattainable dream. Now that’s something you can actually smile about.

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Climate Change: How the Thawing Arctic Permafrost is Driving Climate Change



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Permafrost, or permanent frost, is defined as ground that is totally frozen. The ground temperature has to reach 32°F (0°C) or colder for at least two years in a row before it is known as permafrost. Traditionally, these permanently frozen grounds are most common in regions with high mountains as well as near the earth’s North and South Poles. However, climate change is causing this frozen soil to melt, resulting in disastrous consequences as seen below.

“I’ve starred in a lot of science fiction movies and, let me tell you something, climate change is not science fiction. This is a battle in the real world, it is impacting us right now.” – Arnold Schwarzenegger, Actor & Former Governor of California

Climate Change: What is permafrost?

The soil, rocks, and sand are bonded together by ice which is why it stays frozen all year round.  Statistics show that almost 25% of the earth’s surface in the Northern Hemisphere is frozen or has permafrost underneath its top layers.

It’s vital to note that the ground does not have to be covered with snow for it to be frozen. And, the top layer, or the active layer, of soil does not stay frozen twelve months of the year. It’s just the lower layers that remain frozen. The active layer defrosts during the summer months and refreezes again in the autumn or fall when the temperatures start dropping.

Finally, the depth of the active layer versus the permafrost layer is dependent on how warm the summer months are.

Climate change versus Permafrost: The long-term effects on each other 

The Arctic permafrost is melting as a consequence of global warming. Well, strictly speaking, it is the ice inside the soil, rocks, and sand that is melting, resulting in wet soil or a combination of water, soil, and rocks. There are several negative consequences of this, namely,

Increase in greenhouse gasses

Renee Cho, in her article titled, “Why Thawing Permafrost Matters,” states that the permafrost can be anything from 3 feet to 4 900 feet thick. “It stores the carbon-based remains of plants and animals that froze before they could decompose.” And, scientists believe that the world’s permafrost “holds 1,500 billion tons of carbon, almost double the amount of carbon that is currently in the atmosphere.”

When the ground is frozen, the organic material in the soil cannot decompose. This is known as organic carbon. And, as the ground defrosts, this material starts breaking down, carbon dioxide and methane are released into the air; thereby, increasing the greenhouse gasses.

Destroys urban settlement areas

A sizeable number of the villages in the Arctic Circle like Bethel, Alaska are built on permafrost. And, the melting permafrost is causing houses and other urban structures like roads and bridges to collapse. In other villages, cemeteries are sinking into a watery quagmire, which are preventing Alaskan residents from burying their dead.

Releases ancient bacteria and viruses

The permafrost contains bacteria and viruses that are mixed in with the organic carbon material that did not decompose before the earth’s far northern surface areas froze. The melting of these areas is releasing these bacteria and viruses; thereby, increasing the chances of making people and animals very sick because they have no immunity against these ancient microbes.

Laura Geggel, from NBC news describes the following scenario:

For the past 15,000 years, a glacier on the northwestern Tibetan Plateau of China has hosted a party for some unusual guests: an ensemble of frozen viruses, many of them unknown to modern science.”

Scientists studying these viruses took two ice core samples from the glacier and discovered thirty-three groups of virus genera, of which 28 have never been seen before.

This glacier is melting, and, in a worst-case situation, these viruses could be released into the environment, contaminating water sources and food sources; thereby, risking human and animal lives.

Final thoughts

The consequences of the loss of the Northern Arctic permafrost are serious. The more the permafrost melts, the more greenhouse gasses are released into the atmosphere, the more the permafrost melts, and so on. Finally, it is clear that something radical must be done to prevent this cycle from continuing.

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Climate Change: The Relationship Between the Earth and the Sun



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“Climate change is real. It is happening right now, it is the most urgent threat facing our entire species, and we need to work collectively together and stop procrastinating.” – Leonardo Di Caprio, Actor & Environmentalist

Have you ever wondered what the relationship between the earth and the sun is? And, has this relationship changed in recent history? And, if this relationship has changed, has it been caused by global warming? And, finally, is the changed relationship between the earth and the sun responsible for climate change?

There are valid questions that demand a considered answer. Thus, let’s look at the following points as a way of answering these questions:

The relationship between the earth and the sun

Nationalgeographic.org states that”it is the earth’s relationship to the sun, and the amount of light it receives, that is responsible for the seasons and biodiversity.”

The tilt of the earth’s axis is responsible for the amount of sun a particular part of the earth receives at any given moment. The distance of the earth from the sun does not make any difference to the earth’s daylight hours.

The earth is also divided into two hemispheres or halves by the equator. The northern hemisphere experiences summer in June, July, and August because it is tilted towards the sun and is exposed to the sun for the majority of the 24-hour period.

Countries on or closest to the equator have circa 12-hours daylight and 12-hours night irrespective of whether they are in the northern or southern hemisphere. And, the further north the countries are, the longer the daylight hours are, and the shorter the night is in the summer months.

The countries north of the Arctic Circle, and within Antarctica, experience a phenomenon known as the Midnight Sun. Essentially, the sun does not set around the Summer Solstice, 21 June in the north and 21 December in the south. Countries south of the equator experience their seasons in juxtaposition to the Northern Hemisphere.

Most countries across the globe, except those on the equator, experience four seasons in a calendar year: spring, summer, autumn or fall, and winter. The countries that straddle the equator have what is known as an equatorial climate and they only experience two seasons: a wet and a dry season.

Can the sun cause global warming?

The global climate change website, climate.nasa.gov states that, while the sun can influence the earth’s climate, it is not responsible for the “warming trend we have seen over the past few decades.” Succinctly stated, “the sun is the giver of life.” And, its main function is to keep the earth warm enough human existence.

Minute changes in the earth’s orbit around the sun are responsible for the historical ice ages that have come and gone. However, “the warming we’ve seen over the last few decades is too rapid to be linked to changes in the earth’s orbit.”

Can climate change affect the natural relationship between the sun and the earth?

We know that global warming is fundamentally caused by the increase of greenhouse gasses, which absorbs heat and traps it in the earth’s atmosphere. The burning of fossil fuels primarily produces these greenhouse gasses. Thus, the more fossil fuels that are burned the higher the potential for global warming.

As an aside, it is also important to note that about 30% of the sun’s rays that are directed towards the earth are reflected out towards the sun. The remaining 70% is absorbed by the earth’s surface and the atmosphere. This heat is then released back out through the earth’s atmosphere, thereby keeping the earth’s temperature constant and suitable for human habitation.

However, the increase in greenhouse gasses trap the heat that is supposed to released back out through the earth’s atmosphere; thereby, adding to the increase in the earth’s surface temperature.

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Climate Change: What, Why, How?



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Much has been written about climate change and its impact on the world as we know it. Some of it is on the side of what is commonly termed “fake news,” while other writings are based on reliable, evidence-based scientific facts.

Therefore, the questions that must be asked and answered are as follows:

  • What do scientists say about climate change?
  • How is climate change changing the world’s weather systems?
  • And, what can we do to mitigate or reduce the negative impact of climate change on the world’s ecosystems?

At this juncture, it is vital to note that many studies published in academic peer-review journals indicate that 97% of all climate scientists agree on the definition of climate change as well as the consequences and causes of climate change.

Thus, by way of answering these questions, let’s consider each of these questions individually.

Climate change: A comprehensive definition

The climate.nasa.gov website notes that the phrases “climate change” and “global warming” are used interchangeably. However, there are distinct differences in the meanings.

Global warming is the “long-term heating of Earth’s climate system observed since the pre-industrial period (between 1850 and 1900) due to human activities, primarily fossil fuel burning, which increases heat-trapping greenhouse gas levels in Earth’s atmosphere.”

Climate change, on the other hand, is the “long-term change in the average weather patterns that have come to define Earth’s local, regional and global climates.”

Global warming is one of the fundamental causes of climate change. However, climate change is not responsible for global warming.

What is the impact of climate change on the world’s weather systems? 

As the definition mentioned above states, climate change is a shift in the world’s current climate or long-term weather patterns. The uncontrolled burning of fossil fuels is a primary causative of global warming.

2019 statistics show that the earth’s surface temperature was the third warmest in history at 0.65 degrees Celsius. The earth’s surface temperature heated up by 0.86 degrees Celsius in 2016, the highest in recorded history.

This increase in the earth’s surface temperate, albeit seemingly small, has had, and will continue to have, devastating consequences including a rise in global air temperatures, which in turn causes severe weather events like heatwaves, droughts, hurricanes, tornados, and tropical storms.

A current example of the rising temperatures is the melting of the sea ice in Nome, Alaska. Dog teams racing in the Iditarod, one of the world’s premier long-distance races, have been stranded for a couple of days about 123 miles from the finish line. This is due to the unseasonably warm weather, heavy snow, and the fact that heavy winds blew waves up onto the sea ice, causing the dangerous overflow. Overflow is where water flows over the frozen ice causing it to crack and melt. When people and animals try and move through the overflow, the underlying ice breaks further, resulting in hazardous conditions.

As an aside, three mushers and dog teams were rescued by the Alaskan National Guard because they ran into deep water on the sea ice just 22 miles from the finish line. The mushers were hypothermic and had crawled into their sleeping bags when they were picked up. The dogs were all healthy and were collected and taken separately to Nome, the town where the finish line is.

What can we do to reduce global warming?

This question has been asked and continues to be asked, and the concise answer is that we need to reduce greenhouse gas levels by preventing the burning of fossil fuels. However, there seems to be a lack of political will by some of the world’s biggest countries, such as the USA and China.

Final thoughts

Until the world chooses to pay attention to and work hard at, the reduction of greenhouse gasses, we seem to be set on the current trajectory facing the consequences of rising temperatures and severe weather events that are linked to global warming. 

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