Showing 1 to 12 of 15 results
Comet Impact 12,800 Years Ago Confirmed by Deep-Sea Sediment Analysis
An international research team, including Russian scientist Vladimir Celmovich, discovered evidence of a comet striking Earth 12,800 years ago in deep-sea sediments from the Baffin Sea, confirming the Younger Dryas impact hypothesis and explaining a period of significant global cooling.
Comet Impact 12,800 Years Ago Confirmed by Deep-Sea Sediment Analysis
An international research team, including Russian scientist Vladimir Celmovich, discovered evidence of a comet striking Earth 12,800 years ago in deep-sea sediments from the Baffin Sea, confirming the Younger Dryas impact hypothesis and explaining a period of significant global cooling.
Progress
36% Bias Score
Ancient Ice Core Promises Climate Change Breakthrough
A 1.5-million-year-old ice core, retrieved from Antarctica through a multinational effort, arrived in Britain for analysis, promising to revolutionize climate change understanding by revealing past climate conditions.
Ancient Ice Core Promises Climate Change Breakthrough
A 1.5-million-year-old ice core, retrieved from Antarctica through a multinational effort, arrived in Britain for analysis, promising to revolutionize climate change understanding by revealing past climate conditions.
Progress
16% Bias Score
Early Cretaceous Climate Fluctuations Challenge Greenhouse Warming Narrative
An international team, using 140-million-year-old oyster fossils and climate simulations, discovered significant seasonal temperature variations and periodic glacial melting during the Early Cretaceous greenhouse period, challenging the long-held belief of a uniformly warm climate and offering new p...
Early Cretaceous Climate Fluctuations Challenge Greenhouse Warming Narrative
An international team, using 140-million-year-old oyster fossils and climate simulations, discovered significant seasonal temperature variations and periodic glacial melting during the Early Cretaceous greenhouse period, challenging the long-held belief of a uniformly warm climate and offering new p...
Progress
20% Bias Score
Study Predicts Next Ice Age in 10,000 Years, but Human Activity May Delay It
A new study predicts the next ice age in 10,000 years, but record fossil fuel burning may delay it due to rising temperatures, according to researchers who analyzed 900,000 years of climate data linked to Earth's orbital variations.
Study Predicts Next Ice Age in 10,000 Years, but Human Activity May Delay It
A new study predicts the next ice age in 10,000 years, but record fossil fuel burning may delay it due to rising temperatures, according to researchers who analyzed 900,000 years of climate data linked to Earth's orbital variations.
Progress
28% Bias Score
1.2-Million-Year-Old Antarctic Ice Core Retrieved, Offering Unprecedented Climate Insights
An international team drilled a 2,800-meter-long ice core in Antarctica, dating back 1.2 million years, providing unprecedented insights into Earth's past climate and potential answers to questions about the Mid-Pleistocene Transition.
1.2-Million-Year-Old Antarctic Ice Core Retrieved, Offering Unprecedented Climate Insights
An international team drilled a 2,800-meter-long ice core in Antarctica, dating back 1.2 million years, providing unprecedented insights into Earth's past climate and potential answers to questions about the Mid-Pleistocene Transition.
Progress
16% Bias Score
1.2-Million-Year-Old Antarctic Ice Core Retrieved, Providing Unprecedented Climate Data
A team of scientists retrieved a 1.2-million-year-old ice core from 2.8 kilometers deep in Antarctica's Little Dome C, providing unprecedented data on past climate and atmospheric changes, helping scientists understand the mid-Pleistocene transition and future climate scenarios.
1.2-Million-Year-Old Antarctic Ice Core Retrieved, Providing Unprecedented Climate Data
A team of scientists retrieved a 1.2-million-year-old ice core from 2.8 kilometers deep in Antarctica's Little Dome C, providing unprecedented data on past climate and atmospheric changes, helping scientists understand the mid-Pleistocene transition and future climate scenarios.
Progress
32% Bias Score
Dinosaur Teeth Reveal Late Cretaceous CO2 Levels and Biomass Productivity
Analysis of oxygen isotopes in Late Cretaceous dinosaur teeth from various species suggests atmospheric CO2 concentrations were 2.5 times higher than pre-industrial levels, while organic material production was 20-120% greater than today, according to a study published in PNAS.
Dinosaur Teeth Reveal Late Cretaceous CO2 Levels and Biomass Productivity
Analysis of oxygen isotopes in Late Cretaceous dinosaur teeth from various species suggests atmospheric CO2 concentrations were 2.5 times higher than pre-industrial levels, while organic material production was 20-120% greater than today, according to a study published in PNAS.
Progress
36% Bias Score
Ancient Ice Core to Unlock Climate Change Mysteries
A 1.5-million-year-old ice core, drilled from the Antarctic ice sheet, arrived in the UK for analysis; scientists will melt it to study past climates, potentially revolutionizing our understanding of climate change and the Mid-Pleistocene Transition.
Ancient Ice Core to Unlock Climate Change Mysteries
A 1.5-million-year-old ice core, drilled from the Antarctic ice sheet, arrived in the UK for analysis; scientists will melt it to study past climates, potentially revolutionizing our understanding of climate change and the Mid-Pleistocene Transition.
Progress
16% Bias Score
8-Million-Year-Old Oasis: Saudi Study Reveals Arabian Peninsula's Lush Past
A Saudi Arabian study published in Nature reveals that the Kingdom's land was a green oasis eight million years ago, based on the analysis of 22 cave formations near Riyadh, showing multiple wet phases facilitating animal and human migration between Africa, Asia, and Europe, supporting prior fossil ...
8-Million-Year-Old Oasis: Saudi Study Reveals Arabian Peninsula's Lush Past
A Saudi Arabian study published in Nature reveals that the Kingdom's land was a green oasis eight million years ago, based on the analysis of 22 cave formations near Riyadh, showing multiple wet phases facilitating animal and human migration between Africa, Asia, and Europe, supporting prior fossil ...
Progress
12% Bias Score
Ancient Glaciers' Role in Complex Life's Evolution
A new study reveals that over half a billion years ago, during the Cryogenian period or "Snowball Earth," glaciers transported earth minerals into the ocean, altering its chemistry and potentially influencing the evolution of complex life; this research also highlights the importance of addressing m...
Ancient Glaciers' Role in Complex Life's Evolution
A new study reveals that over half a billion years ago, during the Cryogenian period or "Snowball Earth," glaciers transported earth minerals into the ocean, altering its chemistry and potentially influencing the evolution of complex life; this research also highlights the importance of addressing m...
Progress
16% Bias Score
1.2-Million-Year-Old Antarctic Ice Core Reveals Unprecedented Climate Data
An international team drilled a 2,800-meter-long ice core in Antarctica, dating back 1.2 million years, providing unprecedented data on past climate change, including greenhouse gas concentrations and ice age shifts, and potentially shedding light on the near-extinction event of early human ancestor...
1.2-Million-Year-Old Antarctic Ice Core Reveals Unprecedented Climate Data
An international team drilled a 2,800-meter-long ice core in Antarctica, dating back 1.2 million years, providing unprecedented data on past climate change, including greenhouse gas concentrations and ice age shifts, and potentially shedding light on the near-extinction event of early human ancestor...
Progress
20% Bias Score
1.2-Million-Year-Old Antarctic Ice Core Reveals Past Climate Shifts and Near-Human Extinction
A team of scientists extracted a 2,480-meter-long ice core from Antarctica, providing a 1.2-million-year climate record that will help understand past climate oscillations and their impact on early human populations.
1.2-Million-Year-Old Antarctic Ice Core Reveals Past Climate Shifts and Near-Human Extinction
A team of scientists extracted a 2,480-meter-long ice core from Antarctica, providing a 1.2-million-year climate record that will help understand past climate oscillations and their impact on early human populations.
Progress
32% Bias Score
Showing 1 to 12 of 15 results