Jesus's fish miracle is explained by scientists for the first time
A recent study suggests a natural phenomenon may explain the miraculous catch of fish attributed to Jesus.
Video: Dolphins bound about amid bioluminescence off California coast
Bioluminescent red tides near San Diego showcase ecological interactions and the beauty of marine life through the stunning footage of dolphins captured on October 17.
Scientists Will Engineer the Ocean to Absorb More Carbon Dioxide
The revival of controversial iron fertilization trials aims to combat climate change by enhancing oceanic CO2 sequestration through increased phytoplankton growth.
How to Cool the World Without Blocking the Sun
Microbes, specifically phytoplankton, may play a crucial role in combating climate change through geoengineering methods like ocean fertilization with iron.
Scientists plan to pack Pacific Ocean with iron to stop climate change
Ocean iron fertilization could significantly reduce atmospheric CO2 by stimulating phytoplankton growth.
Critics raise concerns about potential negative impacts on marine ecosystems.
NASA launches a billion-dollar Earth science mission Trump tried to cancel
NASA's PACE mission has been launched to observe Earth's oceans and atmosphere from space.
The mission will study phytoplankton and aerosols to understand climate change.
NASA's New PACE Observatory Searches for Clues to Humanity's Future
Aerosols and phytoplankton are two influential factors in the world that have been difficult to study and understand. NASA's PACE mission aims to unravel their mysteries.
Phytoplankton and aerosols play a crucial role in climate dynamics and the health of ecosystems. Understanding their behavior is key to predicting how the world will change as it warms.
Scientists Will Engineer the Ocean to Absorb More Carbon Dioxide
The revival of controversial iron fertilization trials aims to combat climate change by enhancing oceanic CO2 sequestration through increased phytoplankton growth.
How to Cool the World Without Blocking the Sun
Microbes, specifically phytoplankton, may play a crucial role in combating climate change through geoengineering methods like ocean fertilization with iron.
Scientists plan to pack Pacific Ocean with iron to stop climate change
Ocean iron fertilization could significantly reduce atmospheric CO2 by stimulating phytoplankton growth.
Critics raise concerns about potential negative impacts on marine ecosystems.
NASA launches a billion-dollar Earth science mission Trump tried to cancel
NASA's PACE mission has been launched to observe Earth's oceans and atmosphere from space.
The mission will study phytoplankton and aerosols to understand climate change.
NASA's New PACE Observatory Searches for Clues to Humanity's Future
Aerosols and phytoplankton are two influential factors in the world that have been difficult to study and understand. NASA's PACE mission aims to unravel their mysteries.
Phytoplankton and aerosols play a crucial role in climate dynamics and the health of ecosystems. Understanding their behavior is key to predicting how the world will change as it warms.