Saturday 20 June 2026
FTSE 100 10,363.27 -1.38%S&P 500 7,500.58 -0.14%Nasdaq 26,517.93 +0.54%Dow 51,564.70 -0.84%Nikkei 225 71,250.06 +0.28%Gold $4,172.90 -4.27%Silver 64.91 -8.18%Brent Crude Oil $80.59 +1.31%Dollar Index 100.85 +0.76%GBP/USD 1.3237 -0.48%GBP/EUR 1.1533 -0.22%GBP/AUD 1.8870 -0.43%Bitcoin (USD) $63,700 +0.25%Ethereum (USD) 1,726.33 +0.90%FTSE 100 10,363.27 -1.38%S&P 500 7,500.58 -0.14%Nasdaq 26,517.93 +0.54%Dow 51,564.70 -0.84%Nikkei 225 71,250.06 +0.28%Gold $4,172.90 -4.27%Silver 64.91 -8.18%Brent Crude Oil $80.59 +1.31%Dollar Index 100.85 +0.76%GBP/USD 1.3237 -0.48%GBP/EUR 1.1533 -0.22%GBP/AUD 1.8870 -0.43%Bitcoin (USD) $63,700 +0.25%Ethereum (USD) 1,726.33 +0.90%
Advertisement
Follow News in 60 on Facebook
UK Weather
London 22°C Partly cloudyBirmingham 19°C Partly cloudyManchester 19°C Partly cloudyNewcastle 17°C Partly cloudyBristol 20°C Partly cloudyCardiff 17°C Partly cloudyEdinburgh 17°C Partly cloudyBelfast 16°C Partly cloudy

Drilling for Insights: Spain’s Meteorite Crater and Mars

Advertisement
Follow News in 60 on Facebook

Scientists in southern Spain are delving deep into the country’s only internationally recognised meteorite crater, located in Almería province. This ambitious project involves drilling 500 metres into the crater, which was formed by a meteorite impact approximately 8 million years ago. The aim is to extract core samples that will provide insights into how such impacts alter geological structures and the subsequent processes that shape them over time.

One of the key focuses of this research is the search for “shocked quartz,” a mineral that forms under the intense energy released during a meteorite impact. Discovering this mineral could not only enhance our understanding of the local geological history but also offer valuable comparisons to similar processes observed on Mars and the Moon.

The implications of this research extend beyond Earth, as findings could inform scientists about the geological history of Mars, potentially revealing how impacts have shaped its surface. This could lead to a better understanding of planetary evolution and the conditions that might support life.

As researchers continue their work, they hope to uncover details about one of the most significant natural events in the region’s history, which could reshape our understanding of both Earth and its celestial neighbours.

Source: Euronews

Read more Science news →

News Category: Science Tags: geology, mars, meteorite, research, spain

Leave a comment

Your email address will not be published. Required fields are marked *