Advocacy

Rocks show the moment when oxygen permanently altered the planet.
Two basic issues are addressed by several events in Earth's distant past: How did we get here? And where are we going? These pivotal moments demonstrate how life adjusts to shifting environmental conditions.
By Francis Dami8 months ago in Earth
Loneliness associated with poverty creates actual mental and physical suffering.
In many parts of Europe, poverty and loneliness create unrelenting pain, both emotionally and physically. New research suggests that poverty is the primary reason why these conflicts persist.
By Francis Dami8 months ago in Earth
Life in Extreme Places
Life in Extreme Places: Microorganisms Living in Earth's Harshest Environments When we picture life on Earth, we often think of lush forests, deep blue oceans, or bustling cities. But beyond these familiar landscapes lies an astonishing truth: life has conquered even the most inhospitable corners of our planet. From boiling volcanic springs to the crushing depths of the ocean, microorganisms—tiny, often invisible forms of life—thrive where no other life dares to venture. Welcome to the world of extremophiles: Earth's ultimate survivors.
By Jeno Treshan 8 months ago in Earth
"Amazon: A Treasure Trove of Biodiversity and a Sanctuary for Species"
Introduction: The Lungs of the Earth and Life’s Greatest Sanctuary Spanning over 5.5 million square kilometers across nine South American countries, the Amazon Rainforest is an extraordinary ecosystem that has long been known as the “lungs of the Earth.” This vast forest absorbs around 2 billion tons of carbon dioxide annually and produces approximately 20% of the world’s oxygen, playing an irreplaceable role in global climate regulation. However, the Amazon is much more than a vital carbon sink; it is a biodiversity hotspot unmatched anywhere else on Earth.
By Shamshair Khan Hasan Zai8 months ago in Earth
"The Amazon Rainforest: Earth’s Lungs and Guardian of Climate Balance"
Introduction: The Breath of Our Planet Often referred to as “the lungs of the Earth,” the Amazon Rainforest plays a vital role in maintaining our planet’s climate balance. Covering more than 5.5 million square kilometers across nine South American countries, the Amazon is more than just a vast green canopy—it’s a living system that sustains biodiversity, regulates atmospheric carbon, and safeguards global climate stability.
By Shamshair Khan Hasan Zai8 months ago in Earth
Letters to a Burned Forest
t Letters to a Burned Forest The first time Maya stood at the edge of the burned forest, she couldn’t breathe. The air, heavy with ash even months after the fire, felt too thick for her lungs. Blackened trees stretched like skeletons into the sky, their charred limbs twisted in frozen agony. She clutched her old, worn notebook to her chest — the one she used to bring on hikes to sketch leaves or write little poems about the wind — and tried not to cry.
By Pranay G8 months ago in Earth
Darkening oceans are shrinking vital marine habitats
Imagine standing by the shore, watching sunlight sparkle across the waves, the ocean glowing with life and clarity. Now imagine that light fading slowly, the water turning murkier each year, until the vibrant underwater world becomes a shadow of what it once was. This is not a distant possibility; it is already happening. Across the globe, the oceans are gradually darkening—and as they do, vital marine habitats are shrinking. In reality, what appears to be a subtle color shift in the water is a sign of deep ecological distress that threatens the sea's foundation. The ability of sunlight to penetrate seawater, particularly in the upper layers known as the euphotic zone, has decreased, resulting in oceans becoming darker. This zone is where photosynthesis happens—the fundamental process that supports nearly all marine life. When less light reaches these depths, fewer photosynthetic organisms like phytoplankton and seagrass can survive. This is a direct blow to the entire food web—from tiny zooplankton to massive whales, coral reefs to the fish that feed over a billion people worldwide—not just a loss of plant life. This growing darkness in our oceans is largely driven by human activity. Agricultural runoff, carrying excess fertilizers and pesticides, finds its way into rivers and eventually into the sea. Algal blooms, or explosive growths of algae caused by these nutrients, reduce water clarity and block sunlight. Some blooms are toxic, causing hypoxic "dead zones" where oxygen levels are too low to support most organisms and resulting in the death of marine life. Meanwhile, climate change is accelerating the problem. As polar ice melts, it releases vast amounts of freshwater into the ocean. This freshwater is not only less dense than seawater, which disrupts ocean mixing, but it also carries organic particles and sediments that further reduce water transparency. Melting permafrost and glacier-fed rivers deliver dark-colored organic matter that stains coastal waters, adding to the decline in light penetration. Soil erosion is exacerbated on land by rapid coastal development and deforestation. When forests and wetlands are cleared, rainfall washes more sediment into rivers, which is then deposited into the ocean. These fine particles cloud the water and settle onto coral reefs and seagrass beds, choking them out and destroying the habitats they provide. Even microplastics and other pollutants are altering the ocean's optical qualities, scattering light and introducing chemicals that affect marine species’ health and reproduction. The consequences are far-reaching and devastating. Coral reefs, already threatened by bleaching and ocean acidification, rely heavily on sunlight to survive. Light is necessary for the symbiotic algae that live inside corals to carry out photosynthesis; without it, corals lose their color, become weaker, and eventually die. Coral reefs are home to roughly a quarter of all marine species. Their collapse would mean a catastrophic loss of biodiversity. Seagrass meadows and kelp forests, some of the most productive and important coastal ecosystems, are also vanishing in darker waters. These underwater plant communities provide nursery grounds for fish, stabilize sediment, and absorb carbon dioxide. Their disappearance has cascading effects on both human communities and marine environments. Phytoplankton, although microscopic, are no less crucial. They are the foundation of the oceanic food chain and generate approximately half of Earth's oxygen. Reduced light means fewer phytoplankton, which results in less oxygen production and fewer resources for the species that rely on them—ultimately affecting fisheries, marine mammals, and even migratory birds. As habitats shrink and biodiversity declines, the impact reaches far beyond the water. Fisheries around the world are seeing reduced yields. Many coastal communities depend entirely on the ocean for food, jobs, and cultural identity. When these ecosystems falter, so do the people who live alongside them. Darkening waters also threaten tourism industries, particularly in tropical regions where clear water and coral reefs attract millions of visitors each year. Despite the bleak outlook, this is not an irreversible process. Change is still possible—if we act swiftly and decisively. Reducing agricultural runoff through better land management and eco-friendly farming techniques can significantly decrease nutrient pollution. Restoring coastal ecosystems like mangroves and wetlands will help filter sediments and protect shorelines from erosion. To tackle the root cause, we must confront climate change. Drastically cutting greenhouse gas emissions is essential to slow ice melt, reduce sea-level rise, and stabilize ocean temperatures. Efforts to reduce plastic waste, improve wastewater treatment, and monitor industrial discharges can also limit the flow of pollutants into marine environments. Advanced satellite technology and underwater sensors now allow scientists to track changes in ocean clarity and light levels with increasing precision. By combining science with policy, and global cooperation with local action, we can protect what remains—and begin to restore what’s been lost. The ocean’s light is more than just a physical phenomenon. It is a representation of life, connection, and equilibrium. Its fading signals more than environmental change—it reflects the cost of neglecting nature's limits. But just as darkness has spread slowly and quietly, so too can restoration begin, with awareness, commitment, and the collective will to preserve the living heart of our blue planet. Let us not wait until our oceans fall completely silent and dim. Let us act while there is still light left to save.
By Istiak 8 months ago in Earth
Greta Thunberg's Message of Hope
by Futoshi Tachino Meta Description: Discover how Greta Thunberg's unwavering commitment to climate activism has inspired a global movement, emphasizing the power of youth leadership and collective action in addressing environmental challenges.
By Futoshi Tachino8 months ago in Earth
What If We Get It Right?
by Futoshi Tachino Meta Description: What If We Get It Right? by Ayana Elizabeth Johnson is a hopeful call to action for climate justice, blending science, storytelling, and joy. Discover how we can all help shape a better future.
By Futoshi Tachino8 months ago in Earth
Fresh Feasts & Green Plates: How Cornstarch Tableware Is Reshaping America’s Summer Dining Culture
A New Flavor to Summer: Healthier, Greener, and More Conscious Summertime in the United States isn’t just about ice cream trucks and county fairs anymore. As health awareness, environmental responsibility, and modern lifestyles collide, a fresh take on food culture is emerging—especially around major summer events like July 4th, Labor Day, and weekend food festivals.
By J Z9 months ago in Earth
A crisis of child exploitation is being exacerbated by climate disasters.
Climate change is often observed by temperature charts, sea level increases, or increased Co₂ values. But behind these graphics, there are kids, especially in places like Kenya. This is the real consequence of the world of global warming.
By Francis Dami9 months ago in Earth
NASA MISSION 2026
NASA Missions & Plans for 2025: 1. Artemis III (Planned for September 2026, but could face delays) o NASA aims to land astronauts (including the first woman and next man) on the Moon's South Pole.
By Rabeya 9 months ago in Earth