What 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 moreA new study explores the chemistry as well as the complicated and alarming history of DFDT, a fast-acting insecticide.
Read moreThe Neolithic Agricultural Revolution is one of the most thoroughly-studied episodes in prehistory. But a new article shows that most explanations for it don't agree with the evidence, and offers a new interpretation.
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 moreBefore life, there was RNA: Scientists show how the four different letters of this genetic alphabet could be created from simple precursor molecules on early Earth — under the same environmental conditions.
Read moreScientists have combined archaeological, genetic and stable isotope data to understand the demographic processes associated with the iconic Battle Axe Culture and its introduction in Scandinavia.
Read moreA new study offers an explanation for how ''protocells'' could have emerged on early Earth, eventually leading to the cells we know today. The work suggests that molecules called cyclophospholipids may have been the ingredient necessary for protocells to form important internal structures called vesicles, which likely kicked off the evolutionary process.
Read moreFossils preserved in Dominican amber reveal a new family, genus and species of microinvertebrate from the mid-Tertiary period, a discovery that shows unique lineages of the tiny creatures were living 30 million years ago.
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