Buzz
The natural world is always in flux, and we're merely spectators to its wonders. While we’re not steering the ship just yet, we can still make small ripples. Imagine we're passengers in the backseat, shouting directions and occasionally tugging at the driver’s ear.
These next tales underscore the astonishing ways nature is evolving, with some offering hope for human intervention and others that challenge our influence.
10. The Mysterious 'Fire-Ice' Is Starting to Erupt from the Ocean
The deep ocean hides some of the strangest wonders, like a bizarre substance that’s both frozen and flammable. Known as 'fire-ice,' this substance is a natural combination of methane and water, and vast deposits of it lie beneath the ocean around the continents.
Marine methane hydrates have the potential to thaw and release significant amounts of this powerful greenhouse gas into the oceans and, possibly, the atmosphere. Research suggests that these hydrates may contain more carbon than all the Earth's combined oil and gas reserves.
Methane release from beneath the ocean floor has been a natural occurrence throughout Earth's history, often linked to the planet's most severe climate change events. With the current climate crisis, global warming could accelerate the melting of this relatively shallow hydrate found near the continents.
9. Death Valley Has a Lake
Describing Death Valley as hot and dry is an understatement. Sitting more than 280 feet (85 meters) below sea level, the Badwater Basin is the lowest point in North America. It also holds the title of the hottest and driest place, forming an extreme trifecta of harsh conditions.
Thousands of years ago, this arid basin was Lake Manly. Today, it’s a salt flat—except after heavy rains in California, when the valley briefly transforms into a temporary lake, around 12 inches (30 cm) deep and stretching up to 6 miles (9.7 km) in length. This temporary flooding has occurred multiple times in recent decades.
This lake is actually the refilling of a slightly larger ephemeral lake (7 miles long, 2 feet deep or 11.2 meters deep, 0.6 meters deep) that filled up due to the rainfall from Hurricane Hilary in August 2023. Unfortunately, this year's storms caused by atmospheric rivers have put 37 million people at risk of flooding.
8. Bee Populations Aren’t Doing That Great (but Also Not That Terrible)
Bees are in danger, and it’s clear why that’s a major concern: These tiny pollinators are responsible for fertilizing more than 100 crops we rely on, including nuts, vegetables, berries, citrus fruits, and melons. Quite a tasty variety, wouldn't you agree?
Many factors are contributing to bee population decline, including pesticide use, climate change, parasitic mites, and a lack of nutrition. While this is troubling, surprisingly, PBS reports that commercial beekeepers have managed to maintain stable colony populations. How? By splitting and restocking their hives, sourcing new queens, or even purchasing starter packs for colonies.
The situation isn’t worsening, but it’s also not improving in many cases. So, bees are not currently facing an “apocalypse.” That’s a relief, especially when considering how many of our beloved foods depend on them. However, the ongoing efforts to keep things stable are taxing for both bees and beekeepers alike.
7. An Explosive Hurricane Season Will Accost Us
As the planet warms, the consequences will only multiply. Some of these are already happening, as evidenced by the dangerous effects of heat, such as droughts and dangerously high temperature waves spreading across the globe.
In addition, it looks like we’re headed for an ‘explosive hurricane season.’ Oceanic data explains why: By February 2024, the global sea surface temperature reached an all-time high of 69.9°F (21.02°C). The rise in temperature isn’t uniform across the globe, with some regions, including the Arctic, warming faster than others.
Worryingly, forecasts suggest that by the 2030s, only a quarter of the Arctic’s current ice coverage will remain. Coupled with La Niña effects (which cause winds to blow away from the Americas, bringing cold water to the surface), this warming trend will unleash disastrous hurricane seasons.
6. Termites Are Set to Grow Hungrier
Termites often get a bad reputation as destroyers of homes, but in reality, only around 4% of them are the house-damaging type.
However, rising temperatures might push these insects into overdrive. For instance, at 86°F (30°C), termites will consume wood seven times faster than they would at a cooler 68°F (20°C). As global temperatures rise, termites will expand their reach, devouring even more wood.
This is concerning because wood is excellent at trapping carbon. The longer that carbon stays locked in plant life, the better it is for controlling harmful emissions that warm the Earth. But when deadwood is quickly consumed or broken down, that carbon is released back into the atmosphere, tipping the balance.
When scientists conducted various tests to measure deadwood consumption, the results weren’t encouraging. For every 10°C increase, termites ramped up their wood-eating by a factor of seven. Climate change may not be detrimental to every species—at least termites will thrive.
5. Parts of the Atlantic Turn to Brown Goo Every Summer
Every spring and summer, the tropical Atlantic becomes clouded with a mass of brown, murky algae. This bloom, known as Sargassum, has been occurring annually for over ten years and transforms the region into a floating, brownish sea of plant life.
The sheer size and presence of these algae mats have become so significant that they are now tracked by satellites. One notable formation is the 'Great Atlantic Sargassum Belt,' which develops along the equator where northern and southern winds converge.
At times, massive clumps of these algae drift away from their usual currents and wash up on beaches in tropical areas like the Caribbean and Florida. Their presence often leads to blocked beach access and foul-smelling piles of decaying algae. These mats can also be dangerous, containing high levels of heavy metals such as arsenic.
4. Microbes Are Growing More Resilient
Antimicrobial resistance (AMR) is increasingly becoming a global concern. According to the World Health Organization (WHO), AMR is responsible for nearly five million deaths every year. It is one of the most significant emerging threats to global health, particularly affecting low-income nations. AMR occurs when bacteria, viruses, fungi, and parasites evolve over time to become resistant to existing treatments, making it an inevitable challenge to some extent.
Recent studies suggest that strategically deploying both current and emerging vaccines across large populations could prevent a significant number of deaths. It’s estimated that such efforts could save up to 1.7 million lives annually—half a million in “key populations” and another 1.2 million in “broader populations.” This could also result in a reduction of 37 million disability-adjusted life-years (DALYs), a metric that accounts for both premature death and disability.
3. A New Star Will Light Up Our Skies
In addition to the vast expanses of the seas, air, and land, our skies will be graced by an extraordinary phenomenon this year: a ‘new star.’ Late in the year, we will witness an awe-inspiring celestial display that has not been seen for 80 years. T Coronae Borealis, also known as T CrB, will dramatically flare up. Or, more accurately, it will experience a partial demise.
T CrB is a binary star system located 3,000 light years away. One of the stars is a white dwarf, which is the remnant of what our Sun will eventually become. The white dwarf’s powerful gravity is pulling matter from its companion star, a massive, aging red giant.
When the white dwarf accumulates enough material and reaches a critical threshold, its outer layers will explode in a nova event (a partial supernova). This cycle will continue, setting the stage for another nova in about 80 years. If you were captivated by the earlier eclipse this year, this cosmic spectacle should be equally mesmerizing.
2. Winds Are Spreading Microplastics from Fertilizers
Treated sewage sludge, which is used as a natural fertilizer, boosts crop growth and enriches fields. At first glance, it sounds like a win-win: less waste and more food! However, as is often the case with seemingly beneficial solutions, a hidden downside has been uncovered. Research published in Environmental Science & Technology Letters by the ACS (American Chemical Society) reveals that these fertilizers contain an unwelcome ingredient: microplastics.
These microplastics are so minuscule that they can be carried by even the faintest breeze, whereas a similarly sized dust particle would typically remain grounded. Because these plastics lack any 'stickiness,' they aren’t trapped in the soil and can easily be dispersed by a gentle wind.
What’s more troubling is that some of these microplastics might harbor contaminants from wastewater, making them potentially even more dangerous than regular microplastics. These tiny particles are already being found inside human bodies and virtually everywhere else, even in clouds. On a larger scale, it appears that microplastics could be released from barren agricultural fields during nearly two and a half times as many wind events as previously thought.
1. Modern Sandstorms Are More Like Dunes
For many, dust storms are a phenomenon experienced only through watching Dune or documentaries about the Sahara Desert. However, for millions residing in desert regions, dust storms are a real, frightening, and potentially deadly threat.
The situation is becoming even more dire as dust storms are increasing in frequency, fueled by worsening climate change. The UN Environment Programme reports that 330 million people globally are impacted, with this number steadily rising. As the world continues to heat up, semi-arid lands lose their vegetation and turn into arid deserts, intensifying the frequency and ferocity of these hot, dust-laden storms.
The economic and health impacts of dust storms are staggering. These storms cause billions of dollars in damage and contribute to enormous health costs, including an estimated 400,000 premature deaths linked to exposure to dust particles.
