
Mars Clay Deposits: Ancient Lakes and Climate Clues
Study reveals Martian clay deposits near ancient lakes, formed 3.7 billion years ago. Lack of tectonic activity impacts CO2 levels and past warmer, wetter climate on Mars. Clay traps chemicals.
Study reveals Martian clay deposits near ancient lakes, formed 3.7 billion years ago. Lack of tectonic activity impacts CO2 levels and past warmer, wetter climate on Mars. Clay traps chemicals.
The Atlantic Meridional Overturning Circulation (AMOC) is weakening, creating a cold area south of Greenland. Scientists study its impact on climate and European weather patterns. AMOC's patterns of last century were tracked with temperature and salinity data.
Study finds winter jet stream waviness isn't increasing despite climate change's role in intensifying storms and causing extreme weather. Long-term data reveals natural variability.
UK Met Office warns of increasing heatwave risk. Climate change raises likelihood of 40°C+ summers. Prepare for extreme heat, potential impacts on health and infrastructure.
There are two possibilities here: either they are wrong, as scientific evidence suggests, and pointless legislation is now being cut and pasted across the world, or they are right and have now alerted their adversaries that this is a number worth paying attention to.