Dark Oxygen Discovered in Deep Ocean Environments

by Ayelen Flores Ruiz, age 14

Researchers exploring the Pacific Ocean have discovered what they call “dark oxygen,” created in the absence of sunlight. This discovery, found in deep ocean environments where sunlight cannot reach, raises new questions about how oxygen can be produced without photosynthesis.

Photosynthesis occurs when plants use sunlight, water, and carbon dioxide to create sugars and oxygen. Scientists previously believed photosynthesis was the only way to produce oxygen. However, this discovery challenges that theory. Andrew Sweetman, a professor from the Scottish Association for Marine Science, led the team that found the "dark oxygen." He said, “I think we therefore need to revisit questions like: Where could aerobic life have begun?”

Although it's not yet clear how oxygen is created in deep, dark environments, researchers believe it might be connected to electrically charged minerals on the ocean floor known as polymetallic nodules. These nodules, which can vary in size up to that of a potato, may act like batteries, generating electrical charges that break down seawater and release oxygen. By linking multiple nodules together, researchers hypothesize they could produce higher voltages and increase oxygen levels. Tests conducted on the ocean floor have shown oxygen levels rising near these nodules. [Read More]

Robots and Ethics, Teaching AI to Make the Right Choices

by Will DeFour, age 14

In some nursing homes, robots help people with medications and health issues. In other scenarios, robots learn to distinguish between what is dangerous and what is not, such as grabbing a sharp knife or similar tool.

Robots have extraordinary abilities, allowing them to perform advanced tasks and work tirelessly. However, humans have many advantages over robots. One of those is the ability to make ethical choices. Engineers and philosophers are now working together to teach robots how to make the right decisions in different situations.

People make ethical choices daily; they don’t even think about it. They consider what will happen and the cost of changing their decision before deciding. These choices are easy for the brain because the human mind is an advanced organ that evolved over billions of years. Robots, on the other hand, are just complex algorithms that can’t make ethical choices. [Read More]

The World’s Population is Now 8 billion

by Jonah Smith, age 13

If you looked up on Google how many people were on Earth, the answer would be 7.8 billion people. But according to a recent United Nations report, in late 2022 our population finally hit 8 billion. The population is still rising, but the rate of growth has slowed. The rate the U.N. based their last predictions on was the rate of growth from 2017. At that time, the U.N. predicted that the world’s population could reach 11.2 billion people by the year 2100. With this new data, the population is now expected to peak during the 2080s at 10.4 billion people. Once it peaks, the numbers will plateau until 2100.

This new information also highlights the challenges linked with population growth, said Maria-Francesca Spatolisano of the U.N. during a news conference on July 11th, 2022. These challenges include meeting people's social and economic needs (food, water, shelter, etc.), as well as how people use Earth’s resources and alter the environment.

The population will grow differently across various areas. For example, high-income countries, which have low birth rates, will grow due to more people moving there, a U.N. report predicts. In low-income countries, populations will rise as there are more births than deaths. This report also states that in 61 countries, populations are expected to drop by one percent or more between now and 2050. The net effect is that overall, populations are still expected to rise. [Read More]

Scientists Study Sleep-Deprived Mosquitoes to Prevent the Spread of Deadly Diseases

by Emily Rodriguez Lima, age 13

Humans and mosquitoes are more alike than you may want to believe; new research suggests mosquitoes prefer sleep over food when sleep-deprived.

As we all know, mosquitoes can be deadly, carrying diseases like Zika, Dengue, and Malaria. These diseases can cause death upon adults and even young children. Since most mosquitoes are active at night, people place nets over their beds for protection. Researchers are interested in mosquito sleep cycles, as awareness of sleep cycles can help predict diseases.

The presence of food can rouse a relaxing mosquito. It can be difficult sometimes to tell when they are asleep because they look similar to when they are simply relaxed. To better understand it, scientists track their behavior. Mosquitoes that have a long rests are more likely to land on people than mosquitoes that barely get any sleep. Oluwasuen Ajayi was part of a research team on mosquitos from the University of Ohio-Cincinnati. [Read More]

Scientists Discover the Largest Snake Lurking in the Amazon Rainforest

by Elim Eyobed, age 13

The northern green anaconda is a species that has been recently discovered in the Amazon rainforest. The anaconda is also known as the giant anaconda, emerald anaconda, common water boa, or southern green anaconda.

Many people thought there was only one kind of green anaconda, however, the scientific journal “Diversity” recently wrote that the “northern green anaconda” is a new species. The anaconda, as well as other big snakes, are considered “indicator species'' because they mostly signal the health of a whole ecosystem.

The green anaconda can reach up to 30 feet in length and weigh up to 550 pounds. Female anacondas are much larger than their male counterparts. Anacondas are usually dark green or brown on the outside, with darker spots going down their backs. The average lifespan of these snakes in the wild is about 10 years, but they can live twice as long in captivity. [Read More]

Doctors Transplant Pig Heart in Human Recipient

by Dayanara Flores, age 16

In a groundbreaking medical achievement, surgeons performed the second-ever pig heart transplant into a human. This remarkable surgery took place on September 20, 2023, at the University of Maryland Medical Center and was carried out by the same team responsible for the initial pig-to-human heart transplant.

The recipient of this pioneering procedure was Lawrence Faucette, a 58-year-old man facing a life-threatening heart disease and internal bleeding, which disqualified him from a standard heart transplant. Following the surgery, doctors reported that Faucette was able to breathe independently without requiring any external support.

This type of transplant is known as a xenotransplant, a procedure involving the transfer, implantation, or infusion of organs or tissues from non-human or animal sources into a human recipient. It's typically considered a last-resort option when a patient's condition is severe or life-threatening, leaving relatively untested treatments as the only alternative. [Read More]

100 Foot Jump Breaks World Record

by Moore Vang, age 13

What can jump as high as the eyes of the Statue of Liberty? Well, the jumping robot can! The robot was designed by Elliot Hawkes, a mechanical engineer from University of California, Santa Barbara. With the ability to jump three times higher than any other jumping robot, it can also out-jump any living animal.

Hawkes has been working on the robot for seven years. “It started out as a stick with weights and rubber bands,” he said. Nobody would’ve called it a robot at the start of its creation because it didn’t have anything electronic or any motors on it, he recalls. This got him and his colleagues determined to find out, “Just how high can it go?” After many years of work, the robot reached heights as high as 100 feet. Hawkes and his team recorded this on the website Nature on April 23, 2022.

Various researchers studied how different types of animals jump. Hawkes didn’t want to copy any of the animals so instead, his team learned the types of features of certain animal jumpers and how to find ways around it. Muscles in the body of many animals including humans provide energy for jumping. These muscles pull on stretchy hamstrings that react just like a spring, launching the body high into the air. A muscle can only tense up and release once per jump. Weight is also a factor due to large muscles making the animal or human heavier. Typically, the heavier the animal, the harder it is to move against the force of gravity. [Read More]

The International Space Station Is Retiring, What Does this Mean for Space Exploration?

by Theodore Morrison, age 14

The International Space Station is considered a constant symbol of humanity's achievements in the fields of space science and diplomacy. Many will be shocked to learn that the National Aeronautics and Space Administration (NASA) has plans to retire and crash the station straight into the ocean in 2031.

According to The International Space Station Report, NASA is aiming to crash the ISS into the Pacific Ocean at a location called Point Nemo, the farthest point at sea from any landmass. To put the distance in perspective, it is 2,000 miles North of Antarctica and 3,000 miles East of New Zealand. The ISS will, probably, rest forever at a point known as the spacecraft graveyard.

This retirement isn’t without merit, though, as NASA confirms that they intend to use the ISS as an “analog for a Mars transit mission,” according to a NASA report. The ISS was a point for which science could advance, which has included 3D printing an item on the orbiting station, producing the fifth state of matter, growing organic food in space, and sequencing DNA. [Read More]

There’s a Chance the Black Hole at the Center of Our Galaxy Is Actually a Wormhole

by Allison Torres, age 14

Writers that love science fiction like the idea of wormholes. Go in a wormhole, and it might transfer you to another place in time.

Physicists have taken the time to study and talk about what it might actually look like inside a black hole. There could be a wormhole in the middle of our galaxy. One way scientists are able to confirm that wormholes exist would be to go through a black hole and see if there is a hidden bridge. Although, this would be a rare occurrence, since the Milky Way is more of a door than a dead end. They could also probably figure out if there is any presence of existing life on the other side.

Researchers have found that orbits of stars, such as S2, have been orbiting a giant black hole for years. Scientists say that if this star or other stars feel existence on the other side of a black hole then the star would perform a peculiar dance. [Read More]

Webb Space Telescope Sends New Images to Scientists on Planet Earth

by Ashley Mercado, age 13

NASA has finally revealed the first set of beautiful images taken from a new space telescope, the James Webb Space Telescope. The first picture from the Space Telescope was a plethora of distant galaxies that go deeper than scientists have ever seen. NASA says the new Webb Telescope will eventually replace the Hubble Telescope. Some of Webb’s images show areas of the universe Hubble has already studied, and some show areas Hubble could not reach.

Webb used infrared light which allowed scientists to obtain a clearer images and show places they have not yet studied. NASA administrator Bill Nelson said, “Every image is a new discovery and each will give humanity a view of the universe that we’ve never seen before.” In the new images, astronomers are looking for two nebulae: the Southern Ring Nebula and the Carina Nebula. They are also looking for five galaxies, known as Stephan’s Quintet, as well as the recently discovered gas planet called WASP-96b. 0[Read More]

Unmasking the Age of Fingerprints: Unlocking Forensic Mysteries with Chemical Analysis

by Emily Rodriguez Lima, age 14

When you are done doing something involving your hands, they tend to get sweaty. Sweat is actually an oily chemical that is constantly being produced by your hands. This chemical helps forensic teams to identify peoples’ fingerprints during crime scene investigations. Scientists are using the chemical in these fingerprints left at crime scenes to reveal the age of the prints, but there is still an issue: scientists can't tell how old the prints are.

The oily chemical that fingerprints produce reacts with oxygen in the air. Examining the changes and degradation of the chemical after oxygen exposure helps scientists calculate the age of a fingerprint.

When researchers analyze prints, they use something called mass spectrometry. This technique is used to identify atoms and molecules in fingerprints by their mass. The chemical from each print changes differently, from one day to the next. Some even show changes within seven days. [Read More]

NASA's Osiris-REx Returns with Asteroid Samples to Avert Future Earth Collisions

by Valeria Moreno Lopez, age 17

A NASA spacecraft unleashed its sample findings that could help prevent a collision on Earth. After a seven-year expedition of observing the asteroid Bennu, a sample container landed in a Utah desert this past September. The sample is predicted to contain 250 grams of high-carbon dust and rocks from the asteroid.

In 2016, Osiris-REx, NASA’s third deep-space robotic mission, departed into space, costing over $1 billion. After two years of searching, the spacecraft landed on Bennu to gather material that has been dated back to 4.5 million years ago. Researchers will use this new data to improve the understanding of planet and life formation. To acquire the material, Osiris-REx inserted a stick vacuum connected to a container into the asteroid. However, much more dust and rocks were gathered than expected. This damaged the spacecraft’s container and lost a significant quantity of material. More than 100 grams were collected from extra material that was stuck on the outside of the container, bypassing the original goal of 60 grams.

From more than 500,000 asteroids that orbit our solar system, Bennu was chosen for the mission because of its elements. Its length is equal to one-third of a mile and it weighs nearly 172 billion pounds. The asteroid is 50 million miles away from Earth, but scientists found a concerning possibility that Bennu could hit Earth by 2182. They hope to use the sample data to prevent pocket collisions on our planet. One way is to change the trajectory using kinetic impactors. Dante Lauretta, the mission’s leader from the University of Arizona, said, “With each revelation from Bennu, we draw closer to unraveling the mysteries of our cosmic heritage.” [Read More]

From Moon to Mars: NASA's Ambitious Artemis Mission Set to Propel Human Exploration

by Will DeFour, age 13

Over 50 years ago, Neil Armstrong became the first man to walk on the moon. Now, half a century later, another explorer will leave Earth's orbit and take another adventure, our first encounter with our closest friend, Mars. NASA plans to use the Artemis mission to return to the moon and reach Mars, some 140 million miles away, for the first time. To get there safely, first, it plans to use the moon to test new life support and spacecraft for the Mars mission.

Artemis II is a mission designed to orbit the moon, and then return. However, nobody is stepping on the moon again until the next mission, Artemis III. Those will be the first woman and first person of color to walk on the moon. Artemis II is going to be the first flight of Orion, the spacecraft designed to get astronauts to Mars. But how does a single spacecraft go that far? The answer is the Gateway.

The Gateway will be a manned station that orbits the moon. It has multiple purposes, such as refueling spacecraft, testing equipment, and researching how zero gravity affects people over long periods. The Habitation and Logistics Outpost also referred to as HALO, not only is a living quarters, but also a laboratory, which enables them to conduct experiments without returning to Earth. [Read More]

Revolutionizing Data Transmission: Researchers Achieve Unprecedented Speeds Using Microcombs

by Daniel Li, age 15

A team of Danish researchers and physicists recently discovered a way to transfer almost 1.84 petabits of data per second - which is equivalent to nearly 100 million Netflix movies playing simultaneously - using only one small chip. In recent years, achieving this would have required more power and more chips, even though the previous record for the highest data transmission rate using one chip was only set in 2020.

The team used a relatively discovery as the basis for their development. In 2005, the Nobel Prize in physics was awarded to a team of researchers who discovered a way to convert laser light into a special type of rainbow, called an optical frequency comb. To accomplish this, a laser is shined through a special chamber, which produces a rainbow with all of its colors spread out evenly. However, this process involved massive machines, larger than a standard refrigerator. Two years later, another team built on this discovery, and was able to achieve a similar effect, but with much smaller chips, dubbed “microcombs.”

Microcombs can be used in various fields to detect diseases, provide information about unknown planets, build more accurate clocks, and even efficiently transmit data. Compared to conventional fiber optic cables, microcombs are far better at transmitting large amounts of data at once. [Read More]

Search for the Origins of Life Takes Scientists to the Ocean Floor

by Shalmat Shalom, age 14

There is an oil drilling ship that has been drilling near the Earth's mantle for decades in order to discover new information about how our planet has evolved. Scientists and engineers are excited about what they may discover. Many different scientists such as geologists and microbiologists plan to sail this ship in April from Portugal.

The oil drill ship is a machine that can dig deep into the Earth specifically below sea. It has helped scientists discover what is inside the Earth for many years. This machine helped dig a 6,750 foot hole 20 years ago in the Atlantic Ocean.

Scientists discovered a 14,000 foot underwater mountain. The mountain could have evolved by tectonic plates spreading apart. This will push close to the mantle, and “plump deeper layers of ocean crust that have not been reached before.” If they succeed, they could be the first in history. [Read More]

Secrets of the Ice: Archaeologists Discover Ancient Arrowhead inside a Melting Glacier

by Camila Cruz, age 15

As glaciers begin to melt, archaeologists in Scandinavia are discovering artifacts that help them learn more about the past. Recently, researchers found a well-preserved 1,500-year-old arrow, in what they believe is an ancient hunting ground.

The archaeologists who discovered the arrow are part of “Secrets Of The Ice”, a group of scientists and glacial archaeologists in Norway who explore and pinpoint glaciers. This arrow is not just any arrow. Not only is it believed to be older than the Vikings that inhabited the land from roughly 800-1100 AD, but it is also extremely well preserved.

The arrow was found between two rocks in Norway in an area where ancient people likely hunted reindeer. The archeologists think that the arrow was lost in the snow when one of the hunters missed a shot. Archaeologists believe the arrow was frozen into a glacier, and when the glacier melted it made its way down to where it was found. The fletching which helps stabilize the arrow while it’s flying is gone, but the arrowhead is still attached to the shaft, which is a unique discovery. [Read More]

Unveiling the Dangers of Light Pollution

by Valeria Moreno Lopez, age 16

Human activity has been a continuous danger to the environment and all living things. Right now, mounting research has put the spotlight on light pollution – the unrestrained and unnecessary use of artificial light. This type of pollution affects more than 80% of the world's population, with Singapore taking the lead.

Scientists have reported four main types of light pollution: sky glow, clutter, light trespass, and glare. Sky glow is the excessive brightness of the urban night sky caused by streetlamps, car lights, and factories. Living with high levels of this type of pollution makes it difficult to see stars at night, as it redirects their light and can obstruct the views of stars for astronomers and observers. Clutter is the unnatural grouping of lights, which are normally bright billboards and flashy tourist attractions. Since moonlight leads animals to their migration patterns, this often confuses animals and causes them to stray from their normal patterns. Light trespassing is light that reaches into an undesired space; such as light from a streetlamp seeping into a bedroom window. Lastly, glare is light that can cause discomfort and annoyance while driving, walking, or doing other daily tasks.

Beyond everyday tasks, light pollution is detrimental to human health and behavior. Light trespass, in particular, can disturb sleep and melatonin production, which requires surroundings to be fully dark to work properly. If not, many health issues develop, including fatigue, anxiety, stress, and sleep deprivation. Blue light, found in cell phones, computers, and even in popular LED light bulbs, also exposes people to the same damaging threats. Furthermore, studies reveal lower melatonin production is linked to cancer. As a result of this study, the American Medical Association advocates to control light pollution and discover the additional risks of nocturnal light. [Read More]

Why it's Important to Brush Your Teeth

by Jonah Smith, age 14

Your dentist will always tell you to brush your teeth. But why? Not brushing your teeth can cause tooth decay, an infectious disease caused by sugar-loving microbes that live in the mouth. A new study, however, might want to make you brush your teeth even more. Researchers have found that these tiny mouth microbes can combine to cause more damage than expected.

Damage from dental plaques causes cavities. Plaque coats the teeth in acid which breaks down the tooth’s hard enamel covering. Dental plaques are a type of biofilm and many types of microbes can form biofilms in the mouth. Young children who have severe tooth decay have a specific type of biofilm: the bacterium Streptococcus mutants and the fungus Candida Albicans. This fungus is a type of yeast that can cause infection in the human body.

To gather some more information, researchers collected 44 saliva and dental plaque samples from young children. Fourteen had healthy teeth and thirty had severe tooth decay. The scientists studied these samples to see what kind of germs lived in their mouths. The children with healthy teeth had bacteria, but no yeast, and children with tooth decay had both. [Read More]

Mars Rover Microphone Captures Sound from the Red Planet

by Sedona Afeworki, age 14

On September 27, 2021, a NASA rover detected a rumbling sound and forceful winds on Mars, later discovering that it was a dust devil.

A dust devil is a small vortex that swirls dust, debris and sand to great heights. The whirlwind on Mars was around 400 feet tall and about 80 feet wide, going fast at 16 feet per second. Its rumbling gusts went 25 miles per hour for around 10 seconds.

The sound of the dust devil on Mars is quite similar to how it sounds on Earth. However, the sounds are more quiet due to Mars’ thin atmosphere, which also makes the winds sound weaker. Last year, a dust devil went right over the range rover Perseverance currently on Mars. Scientist German Martinez, a co-author at the Lunar and Planetary Institute in Houston stated, “it was fully caught red-handed by Persy.” [Read More]

The Mighty Sun, Stellar Powerhouse Illuminating the Solar System and Nurturing Life on Earth

by Daileni Cruz, age 10

The Sun was born nearly five billion years ago and still has quite a long time to live. The diameter of the sun is about 864,950 miles making the sun 109 times bigger than Earth. It also is 333,000 times heavier than our planet.

The sun has multiple layers that serve different purposes. The Sun's core is the source of its energy and is extremely hot. The surface of the sun is named the photosphere, which produces light and heat for planets. The corona is the largest outer layer and has solar winds that reach Earth. However, these solar winds are blocked because of Earth’s magnetic field.

The surface of the Sun can develop dark spots. Violent and rapid solar flares can cause eruptions near sunspots; these flares release magnetic energy. Another feature of the sun is the red loops around the atmosphere called prominences. These are large clouds of gas that extend outward around the Sun's atmosphere. Geomagnetic storms are caused by solar flares that can damage satellites and radio transmissions. [Read More]

Rising Tide of Colon Cancer: Younger Patients at Risk and Seeking Answers

by Sandy Flores-Ruiz, age 17

Colon cancer, the second deadliest type of cancer in the United States, has seen a rise in diagnosis in younger patients under 50. While doctors are not exactly sure of the reason for this increase, they might know contributing factors.

Colorectal cancer, also known as colon cancer, is a disease in the digestive system. This cancer usually begins with a growth of tissue called a polyp, which is caused due to abnormal production of cells. Removing this tissue in the early stages could prevent cancer, but many of the symptoms may not appear at first. Some of those symptoms could include changes in bowel movements, bleeding, abdominal pain, fatigue, and weight loss.

According to the National Cancer Institute, in 2020, over 147,950 people were diagnosed with colon cancer, and an estimated 53,200 people died–which is still just 8.8% of all cancer-related deaths. In 2019, 20% of the newly diagnosed patients were under the age of fifty. In comparison, only 11% under the age of fifty were diagnosed in 1995. [Read More]

Understanding the Health Impacts and Controversies Surrounding Daylight Saving Time

by Ayelen Flores Ruiz, age 13

Although daylight saving time is very popular with many people, it may have negative health effects for humans, according to some scientists.

Daylight saving time is when clocks move an hour forward in the spring and return to standard time in the fall. This makes people lose an hour of sleep, causing scientists to question if this is healthy. Kenneth Wright, an expert on sleep and body clocks, says that daylight saving time is the wrong name for this procedure. He says that humans are only changing the way they live concerning the sun, making their bodies out of sync. The action of changing the clocks creates a problem with the human body’s circadian rhythm as it resets.

Wright and other scientists advocate for permanent standard time instead of switching twice a year. The U.S. Senate voted for daylight saving to become permanent in March 2022, but without a vote from the House, it has not become law. Something similar happened in Congress in the 1970s, however, it was not passed as people feared the shift could cause fear or depression among adolescents and others. [Read More]

How Seismic Waves are Studied to Peer Inside the Earth

by Alejandro Berrueta, age 11

Scientists continue to get more advanced as their knowledge of seismology increases. These advancements are helping citizens all around the world to take shelter before any disaster strikes, regardless if it is natural or manmade.

As we know, movements on Earth are caused by platonic plates moving under the ground. These extremely fast movements can cause earthquakes, volcanic eruptions, and tsunamis, which can be deadly. Humans can also cause movements on the planet by the use of explosions. For example, testing atomic bombs, and other heavy explosions as well as mining can also cause earthquakes.

With more advanced technology becoming available, scientists will continue to study movements in or on Earth. With the correct measurements, big impacts can be avoided and save lives. [Read More]

Scientists Discover Fish are Self-Aware

by Jonah Smith, age 14

Humans can recognize their faces in mirrors and photos almost automatically. Ongoing research at Metropolitan University in Japan suggests that fish have the same ability. Being able to recognize your reflection or being self-aware, is an ability usually tied to intelligent animals, such as chimpanzees or humans. Finding this ability in fish suggests that self-awareness might be more common than scientists previously thought. [Read More]

Brain Wave Technology Could Help Assess Concussion Severity

by Kevin Chen, age 15

Researchers in Texas have discovered a new technology that could use brain waves to detect the severity of a concussion and compare injuries in a standardized way. Known as magnetoencephalography (MEG), this technology may offer a way for doctors to evaluate and quantify the seriousness of concussions by measuring brain waves, potentially indicating the healing progress of a concussion.

Primarily employed in planning epilepsy surgeries, MEG scans the brain for various frequencies of waves, including delta waves with a frequency of one to four hertz. Typically, a person's brain frequency falls within the range of 13 to 30 hertz, known as beta waves. Researchers observed that individuals with concussions exhibited unusual delta waves, leading them to consider MEG as a new avenue for concussion detection.

Currently, doctors use brain scanners like electroencephalogram (EEG) to record neuron activity. However, EEG cannot detect weak electromagnetic signals deep within the brain, whereas MEG can receive signals from any part of the brain's folds and grooves. The resulting MEG images provide significantly more detailed data on brain activity compared to EEG, offering more accurate insights into a patient's condition [Read More]

Himalayan Glaciers Face up to 80% Ice Loss by 2100 Amid Rising Temperatures

By Valeria Moreno Lopez, age 16

Scientists believe that nearly a quarter of the world's population could face severe natural disasters by 2100 due to the alarming rate at which the Himalayan glaciers are melting. The International Centre for Integrated Mountain Development (ICIMOD), based in Nepal, has warned that the glaciers could lose up to 80% of their volume if worldwide temperatures increase by 3 degrees Celsius or more.

ICIMOD, which aims to preserve life and biodiversity in mountain and downstream populations, has reported that one-third of the glaciers from Afghanistan to Myanmar could disappear even in the best-case scenario. However, over the years, the calculations have changed. If worldwide temperatures rise between 1.5 to 2 degrees Celsius, less than half of the volume will be lost by 2100. Moreover, these temperatures could also exacerbate global droughts, wildfires, extreme floods, and food shortages. Professor Saleemul Huq, director of the International Centre for Climate Change and Development, has stated, "In all three pillars of climate action - mitigation, adaptation, and loss and damage - we are at a standstill or going the wrong way, while the consequences of inaction are accelerating by the day."

Further research suggests that nearly 2 million square miles surrounding the highest mountain chain already show dramatic impacts. Due to the isolated location of Himalayan communities, immediate disaster response is challenging. Glacial water benefits crops and medicinal plants in nearby farmlands, but rapid melting will overwhelm them. The risk of constant floods, landslides, and avalanches soars, followed by a series of drought phases as the water dries up. Stretching from tropical rainforests to cold deserts in Asia, numerous rare species are in danger due to the region's shifting conditions. In particular, about 14 butterfly species are extinct in the Murree Hills of Pakistan, and other animals face breeding and developmental issues. [Read More]

Small Killers, Big Impact: A Creative Approach to Controlling Deadly Snail Parasites

by Camila Cruz, age 16

When we think of deadly creatures, our minds often gravitate toward large predators. However, the most lethal killers in the natural world happen to be quite small.

Snail parasites are responsible for thousands of deaths annually, having infected nearly 250 million people, primarily in regions across Asia, Africa, and South America. This parasitic disease is known as schistosomiasis, and despite its ease of transmission, it remains relatively unknown. The parasite resides in freshwater environments worldwide, primarily latching onto snails, and waiting for other organisms to enter the water. Once it detects a potential host, it attaches to the skin and burrows into the host's blood vessels, where it can reproduce and live for decades.

Interestingly, it's not the parasite itself but its eggs that cause the infection. These eggs possess sharp barbs that pierce through the host's body, allowing them to return to the water, where they seek out a snail to complete their life cycle. [Read More]

Bursting into Bloom: The Life Cycle of Flowers

by Abigail Gezae, age 11

There are many steps for a flower to blossom. A key factor to making plants grow is the resource of light. This is what makes flowers bloom and causes leaves on a tree to change.

Regardless of the type of plant, light and water are essential components for a plant to survive. In fact, some plants have adapted to be able to rotate or turn themselves to face the sun. If a plant is in the shade it will most likely die because there is no sun.

In the winter, seeds start germinating. This is the beginning of the life cycle of plants. Plants grow rapidly, with only shallow roots in spring. Summer is when flowers open and are pollinated by insects. For example, bees take pollen from a flower and bring it back to the hive. In the fall, plants die and the wind spreads the seeds, birds are a big help in scattering seeds. These are the ways in which plants or flowers grow according to various seasons. For some of plants, these processes happens over one year – these plants are called annuals. An example of an annual plant is the common poppy, which takes one year to germinate, scatter seeds, and then dies. [Read More]

Volcanic Eruptions Cause Birth of a New Island in the Pacific Ocean

by Kaleab Afeworki, age 11

The Hunga Tonga-Hunga Ha’apai volcano had one of the most powerful underwater explosions and still holds unbreakable records. This volcano has erupted several times in the last decade and scientists continue to study its activity.

It erupted in 2014 near the South Pacific Island Kingdom of Tonga. The cause of the eruption was due to a submarine volcano, an underwater vent where magma erupts and explodes. It left vast amounts of ash, rock, and mist in the air, settling into a tiny island with a 400-foot summit.

The volcano remained active until its recent eruption in 2022, which produced a tsunami so great that it touched the coasts of Japan and South America. This eruption was so intense that it injected water vapor that managed to touch space – a feat that has never been observed with any other volcanoes on Earth. Additionally, the event created the greatest concentration of lightning and energy strong enough to damage undersea fiber optic communication cables. [Read More]

Lone Star Ticks and the Allergic Reaction to Red Meat

by Valeria Moreno Lopez, age 17

Tick bites are a common nuisance in the U.S., but in the last 13 years, certain ticks have caused a severe and puzzling food allergy. Lone star ticks, commonly found in the Southeastern U.S., can transmit alpha-gal, a sugar that triggers an allergic reaction to red meat and mammal products like dairy and gelatin.

While alpha-gal syndrome is not typically fatal, it has affected an estimated 450,000 Americans, leading to intense reactions. Symptoms may not be immediately apparent, taking hours to manifest after consuming mammal products. Some common symptoms include hives, breathing difficulties, severe stomach pain, nausea, dizziness, and facial swelling. It's possible to experience any one of these symptoms, and if they occur, it's essential to seek testing. Certain factors, such as exercise, alcohol consumption, and the use of anti-inflammatory drugs like aspirin and ibuprofen, can make individuals more susceptible to the allergy after a tick bite. Those concerned about their sensitivity to red meat can undergo yearly blood tests to check antibody levels against the sugar.

Dr. Scott Commins, a researcher at the University of North Carolina, who has written about alpha-gal syndrome for the Centers for Disease Control and Prevention, has suggested that it could be the 10th most common food allergy in the U.S. While the allergy can subside in one-fifth of those affected, it's crucial to avoid tick bites, as reinfection can prolong the syndrome. Alongside tick avoidance, experts recommend dietary adjustments and carrying epinephrine, a hormone that treats severe allergic reactions. It's important to note that not everyone bitten by ticks will develop alpha-gal syndrome, but studies indicate a higher likelihood of development if the bite is scratched. [Read More]

Do Dolphins Use 'Baby Talk'? Examining Whistle Communication in Bottlenose Dolphins

by Dulce Vazquez, age 15

Typically, when adults speak to babies they use a high-pitched baby voice. Did you know dolphins do the same?

Bottlenose dolphin moms modify their whistles when their newborns are nearby. Similarly, baby bottlenose dolphins also start creating a unique tune or whistle in their first few weeks and can continue doing so for up to a couple of months. “Dolphins shout their names in water as a way to keep track of each other,” marine biologist Laela Sayigh from Massachusetts said.

Sayigh and her students published a large study in 2009 that examined 40 unique whistles from 19 female dolphins. The researchers discovered that mom dolphins appear to adjust their tune when their calves are present. Calves stay with their moms from three to six years, creating mother-baby bonds. [Read More]

How Humans Harnessed Fire

by Sedona Afeworki, age 14

Fire, a chemical reaction, is the burning of a combustible substance with oxygen, fuel, and heat. The reaction radiates heat and light. There are various uses for fire such as to cook food, to keep warm, and to light a candle. However, how did early humans use fire to their advantage?

The first proof of fire dates to around 440 million years ago, before human existence. Millions of years later, the ancestors of early humans called “hominins” discovered how fire could be used once they moved to the african savannas. However hominins were not the first to discover fire; in reality, no one did. Instead, there were chemical reactions that kept happening in the grasslands, which resulted in many wildfires. Instead of trying to invent it, hominins tried to control fire and some archeologists believe that the hominins learned to do so and maintain flame around 2.5 million years ago. But there was no apparent evidence to prove this theory. While stone tools can still be found by archaeologists many years later, the presence of fire cannot be tracked in early history.

By observing the behavior of animals today, researchers have attempted to explain how hominins first used fire. For example, different types of birds and even chimpanzees in the savanna take advantage of the newly mobilized and visible prey. [Read More]

Scientists "Rediscover" the Jambato Harlequin Frog in Ecuador

by Shalom Shalmat, age 14

Is it possible for an animal that has been extinct to make a comeback? Across Central and South America there is a group of bejeweled frogs that is doing just that. The group is called the Harlequin frogs, which is a category of 100 different colored frogs.

After several researchers reported in the December Biological conservation that “roughly one third of harlequin frogs presumed to have gone extinct since the 1950s has been rediscovered,” Klye Jaynes, a conservation biologist at Michigan State University believes this is a glimmer of hope. When Jaynes heard about the jambato harlequin frog, he was motivated to begin researching how many harlequin frogs have returned from extinction.

A fungus caused the frog to fully disappear from 1988 to 1989. People searched for this frog for years. Scientists ran extreme research and pastors even offered rewards to their congregations if anyone found one. After being missing for decades, in 2016 a boy discovered a small population of Jambato frogs in a mountain valley in Ecuador. [Read More]

Algae Is Vital to Marine Ecosystems

by Dayanis Torres, age 13

Algae is a type of seaweed in lakes and other bodies of water. There are different types of algae like green, brown, gold and red. Most serve the same type of purpose for different locations.

Green algae is the most commonly known algae as there are around 8,000 species. It is a key link of the food chain for aquatic organisms and marine life. It’s located in lakes, ponds, and streams. Green algae also serves a purpose for providing aquatic organisms with oxygen. This comes from a cycle of photosynthesis, where a plant is exposed in sunlight to produce energy.

Brown algae is more rare to find since there are only 1,500 species around the world. Brown algae is mainly used as fertilizer. It is also contained in many Asian snacks, specifically it is most popularly used in the seaweed found in sushi. [Read More]