#maskelynite — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #maskelynite, aggregated by home.social.
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#KnowledgeBit: #Lonar #Crater or Lonar Lake is a meteorite impact crater in India's Deccan Plateau. The crater is about 500 ft deep, 1.8 km in diameter.
The impact created a shock wave that melted and shattered the basalt, producing a glassy material called #Maskelynite.
A 2019 study found that the minerals in the lake soil are very similar to the minerals found in Moon rocks brought back during the Apollo Program.
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#KnowledgeBit: #Lonar #Crater or Lonar Lake is a meteorite impact crater in India's Deccan Plateau. The crater is about 500 ft deep, 1.8 km in diameter.
The impact created a shock wave that melted and shattered the basalt, producing a glassy material called #Maskelynite.
A 2019 study found that the minerals in the lake soil are very similar to the minerals found in Moon rocks brought back during the Apollo Program.
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#KnowledgeBit: #Lonar #Crater or Lonar Lake is a meteorite impact crater in India's Deccan Plateau. The crater is about 500 ft deep, 1.8 km in diameter.
The impact created a shock wave that melted and shattered the basalt, producing a glassy material called #Maskelynite.
A 2019 study found that the minerals in the lake soil are very similar to the minerals found in Moon rocks brought back during the Apollo Program.
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#KnowledgeBit: #Lonar #Crater or Lonar Lake is a meteorite impact crater in India's Deccan Plateau. The crater is about 500 ft deep, 1.8 km in diameter.
The impact created a shock wave that melted and shattered the basalt, producing a glassy material called #Maskelynite.
A 2019 study found that the minerals in the lake soil are very similar to the minerals found in Moon rocks brought back during the Apollo Program.
-
#KnowledgeBit: #Lonar #Crater or Lonar Lake is a meteorite impact crater in India's Deccan Plateau. The crater is about 500 ft deep, 1.8 km in diameter.
The impact created a shock wave that melted and shattered the basalt, producing a glassy material called #Maskelynite.
A 2019 study found that the minerals in the lake soil are very similar to the minerals found in Moon rocks brought back during the Apollo Program.
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#DidYouKnow: #Lonar #Crater or Lonar Lake is a meteorite impact crater in India's Deccan Plateau. The crater is about 500 ft deep, 1.8 km in diameter.
The impact created a shock wave that melted and shattered the basalt, producing a glassy material called #Maskelynite.
A 2019 study found that the minerals in the lake soil are very similar to the minerals found in Moon rocks brought back during the Apollo Program.
-
#DidYouKnow: #Lonar #Crater or Lonar Lake is a meteorite impact crater in India's Deccan Plateau. The crater is about 500 ft deep, 1.8 km in diameter.
The impact created a shock wave that melted and shattered the basalt, producing a glassy material called #Maskelynite.
A 2019 study found that the minerals in the lake soil are very similar to the minerals found in Moon rocks brought back during the Apollo Program.
-
#DidYouKnow: #Lonar #Crater or Lonar Lake is a meteorite impact crater in India's Deccan Plateau. The crater is about 500 ft deep, 1.8 km in diameter.
The impact created a shock wave that melted and shattered the basalt, producing a glassy material called #Maskelynite.
A 2019 study found that the minerals in the lake soil are very similar to the minerals found in Moon rocks brought back during the Apollo Program.
-
#DidYouKnow: #Lonar #Crater or Lonar Lake is a meteorite impact crater in India's Deccan Plateau. The crater is about 500 ft deep, 1.8 km in diameter.
The impact created a shock wave that melted and shattered the basalt, producing a glassy material called #Maskelynite.
A 2019 study found that the minerals in the lake soil are very similar to the minerals found in Moon rocks brought back during the Apollo Program.
-
#DidYouKnow: #Lonar #Crater or Lonar Lake is a meteorite impact crater in India's Deccan Plateau. The crater is about 500 ft deep, 1.8 km in diameter.
The impact created a shock wave that melted and shattered the basalt, producing a glassy material called #Maskelynite.
A 2019 study found that the minerals in the lake soil are very similar to the minerals found in Moon rocks brought back during the Apollo Program.
-
#DidYouKnow: #Lonar #Crater or Lonar Lake is a meteorite impact crater in India's Deccan Plateau. The crater is about 500 ft deep, 1.8 km in diameter.
The impact created a shock wave that melted and shattered the basalt, producing a glassy material called #Maskelynite.
A 2019 study found that the minerals in the lake soil are very similar to the minerals found in Moon rocks brought back during the Apollo Program.
-
#DidYouKnow: #Lonar #Crater or Lonar Lake is a meteorite impact crater in India's Deccan Plateau. The crater is about 500 ft deep, 1.8 km in diameter.
The impact created a shock wave that melted and shattered the basalt, producing a glassy material called #Maskelynite.
A 2019 study found that the minerals in the lake soil are very similar to the minerals found in Moon rocks brought back during the Apollo Program.
-
#DidYouKnow: #Lonar #Crater or Lonar Lake is a meteorite impact crater in India's Deccan Plateau. The crater is about 500 ft deep, 1.8 km in diameter.
The impact created a shock wave that melted and shattered the basalt, producing a glassy material called #Maskelynite.
A 2019 study found that the minerals in the lake soil are very similar to the minerals found in Moon rocks brought back during the Apollo Program.
-
#DidYouKnow: #Lonar #Crater or Lonar Lake is a meteorite impact crater in India's Deccan Plateau. The crater is about 500 ft deep, 1.8 km in diameter.
The impact created a shock wave that melted and shattered the basalt, producing a glassy material called #Maskelynite.
A 2019 study found that the minerals in the lake soil are very similar to the minerals found in Moon rocks brought back during the Apollo Program.
-
#DidYouKnow: #Lonar #Crater or Lonar Lake is a meteorite impact crater in India's Deccan Plateau. The crater is about 500 ft deep, 1.8 km in diameter.
The impact created a shock wave that melted and shattered the basalt, producing a glassy material called #Maskelynite.
A 2019 study found that the minerals in the lake soil are very similar to the minerals found in Moon rocks brought back during the Apollo Program.