Climate change and their impact on our planet

Scientists Identify Missing Link in Earth's Carbon Cycle—Could Global Warming Trigger the Next Ice Age? By Fasi Uddin , 26 September 2025 In a breakthrough discovery that could reshape how we climate change, researchers at the University of California, Riverside (UCR) have uncovered a missing factor in Earth's carbon cycle models . Their study suggests that the same warming crisis gripping the planet today might eventually tip the climate into a new ice age , underscoring the delicate balance between human-driven carbon emissions and natural planetary processes. How Rock Weathering Became Earth's Natural Thermostat For decades, scientists believed that rock weathering acted as the planet's thermostat. Rainfall absorbs carbon dioxide (CO ₂ ) from the atmosphere, trickles onto silicate-rich rocks such as granite and gradually breaks them down. The dissolved minerals then flow into rivers and oceans, where they react with calcium to form seashells and limestone reefs...

Shocked Quartz Discovery Strengthens Comet Explosion Theory Behind Ancient Mass Extinction A remarkable new study sheds light on one of Earth's most mysterious ancient extinction events. Researchers from the University of California, Santa Barbara (UCSB) have unveiled compelling new evidence supporting the theory that a fragmented comet exploded above Earth nearly 13,000 years ago , playing a major role in the extinction of mammoths , mastodons and most large animals, as well as wiping out the Clovis culture from North America's archaeological record. For in-depth coverage of cutting-edge science breakthroughs, visit our ongoing reports on FSNews365 , where technology and discoveries shape our understanding of the natural world. The Younger Dryas Impact Hypothesis Gains New Momentum Published in PLOS ONE , the study led by Emeritus Professor James Kennett of UCSB reveals the discovery of shocked quartz grains  - sand grains permanently deformed by intense pressure and temper...

AMOC Collapse Warning: Scientists Predict Climate Chaos by 2025 Understanding the AMOC: The Atlantic's Climate Engine The Atlantic Meridional Overturning Circulation (AMOC) is a vast and complex system of ocean currents that transports warm waters from the tropics northward while returning cooler waters southward. Often described as a giant conveyor belt, the AMOC play a critical role in regulating global climate patterns , influencing everything from rainfall in Africa to winters in Europe. If this essential circulation were to collapse , the consequences could be catastrophic: prolonged droughts in parts of Africa, harsher winters in Northwestern Europe, rising sea levels along the U.S. eastern seaboard and intensified storms across the Atlantic. The AMOC is, in effect, one of the planet's climate stabilizers--its failure could tip ecosystems and societies into turmoil. New Research Signals an Urgent Threat For decades, scientists have monitored the AMOC, noting signs of gr...

Satellite Data Reveals Ocean Mass and Ice Melt Driving Accelerating Global Sea-Level Rise A Clear Signal of Climate Change Global mean sea level (GMSL) has long been recognized as one of the most crucial indicators of climate change. For decades, scientists have warned that warming oceans and melting ice are reshaping coastlines worldwide. Now, a groundbreaking study from The Hong Kong Polytechnic University (PolyU) has delivered the first accurate 30-year record (1993-2022) of global ocean mass change , providing unprecedented clarity on the pace and drivers of sea-level rise. The research, published in the Proceedings of the National Academy of Sciences (PNAS) , confirms that GMSL has been increasing at an average of 3.3 mm per year , with a significant acceleration in recent decades. This trend underscores the escalating consequences of climate warming, particularly the rapid loss of land ice. Why Sea-Level Rise Matters Two Key Drivers of Rising Seas According to climate science, ...