During Earth's last glacial period, temperatures on the planet periodically spiked dramatically and rapidly. A new article suggests that mathematics from information theory could offer a powerful tool for analyzing and understanding these mysterious events.
Read moreRecent archaeological investigations in the Tollense Valley by a research team has unearthed a collection of 31 unusual objects. Researchers believe this is the equipment of a Bronze Age warrior who died on the battlefield 3,300 years ago. This unique find was discovered by a diving team. It may have been protected in the river from the looting after the fighting.
Read moreWhat does the presence of 1,000 year old water mean for the future of water supplies under the desert regions of Saudi Arabia, Iraq, Jordan, Oman, Yemen and the United Arab Emirates? New research has sought to identify how much good water is available in the Arabian Peninsula, where water is stored in what are known as 'fossil aquifers.'
Read moreSome corals can recover after massive mortality episodes caused by the water temperature rise. This survival mechanism in the marine environment — known as rejuvenation — had only been described in some fossil corals so far. A new study reveals the first scientific evidence of the rejuvenation phenomenon in vivo in Cladocora caespitosa coral colonies, in the marine reserve in Columbrets, in the coast of Castellón.
Read moreUsing innovative new methods researchers have built a new index that uses data from books and newspaper to track levels of national happiness from 1820. Their research could help governments to make better decisions about policy priorities.
Read moreArchaeogenetic analyses provide new insights into social inequality 4,000 years ago: nuclear families lived together with foreign women and individuals from lower social classes in the same household.
Read moreNew research into the chemistry of the oceans during ice ages is helping to solve a puzzle that has engaged scientists for more than two decades. At issue is how much of the CO2 that entered the ocean during ice ages can be attributed to the 'biological pump', where atmospheric carbon is absorbed by phytoplankton and sequestered to the seafloor as organisms die and sink.
Read moreExamining the position occupied by tombs in their landscape in Prepalatial Crete gives us new insights into the role played by burial sites, mortuary practices and the deceased in the living society.
Read moreWorking with the ice core ReCap, drilled close to the coast in East Greenland, researchers wondered why the dust particles from the interglacial period — the warmer period of time between the ice ages — were several times bigger than the dust particles from the ice age. The research led to the invention of a method able to map the advancement of the glaciers in cold periods and the melting in warmer periods.
Read moreUnderstanding the causes and consequences of Late Quaternary megafaunal extinctions is increasingly important in a world of growing human populations and climate change. A review highlights the role that cutting-edge scientific methods can play in broadening the discussions about megafaunal extinction and enabling insights into ecosystems and species-specific responses to climate change and human activities.
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