lucipherous:

didyou-know:

Source
Called “Prototaxites,” the giant fossil was first thought to be a tree or some kind of algae. According to C. Kevin Boyce, a University of Chicago professor, a fungus was the last thing to be expected because “A 20-foot fungus doesn’t make any sense… but here’s the fossil.” Fungi are actually more closely related to animals than plants, but still have their own biological kingdom, as they are considered neither. 
This particular giant mushroom has now been found all over the world from 420 to 350 million years ago- when nothing but bugs and worms had made it onto land yet. What’s even more interesting is that the tallest trees at the time were typically only three to four feet high, meaning this giant mushroom was most likely the largest living thing on land at the time. 
Though it would be really cool to see one of these in our time, Boyce says, “It’s hard to imagine these things surviving in the modern world.” 

“Fungi are actually more closely related to animals than plants..” Mushrooms are fuckin’ cool. 

lucipherous:

didyou-know:

Source

Called “Prototaxites,” the giant fossil was first thought to be a tree or some kind of algae. According to C. Kevin Boyce, a University of Chicago professor, a fungus was the last thing to be expected because “A 20-foot fungus doesn’t make any sense… but here’s the fossil.” Fungi are actually more closely related to animals than plants, but still have their own biological kingdom, as they are considered neither. 

This particular giant mushroom has now been found all over the world from 420 to 350 million years ago- when nothing but bugs and worms had made it onto land yet. What’s even more interesting is that the tallest trees at the time were typically only three to four feet high, meaning this giant mushroom was most likely the largest living thing on land at the time. 

Though it would be really cool to see one of these in our time, Boyce says, “It’s hard to imagine these things surviving in the modern world.” 

“Fungi are actually more closely related to animals than plants..” 
Mushrooms are fuckin’ cool. 

crystalsyeah:

Apatite on Feldspar (fluorescent) from Pakistan

crystalsyeah:

Apatite on Feldspar (fluorescent) from Pakistan

milesian:

A donor heart beating in a mechanical system which keeps it warm, oxygenated, with nutrient enriched blood pumping through.

milesian:

A donor heart beating in a mechanical system which keeps it warm, oxygenated, with nutrient enriched blood pumping through.

theancientworld:

Table’s pedestal (Trapezophoros) with two griffins wolfing a deer. Polychrome marble carving (4th century Before Christ) belonging to a Dauni’s citizen high society grave. Recovered in Ascoli Satriano (Foggia, Italy), the work is considered as a masterpiece with no pre-existing equals. .

theancientworld:

Table’s pedestal (Trapezophoros) with two griffins wolfing a deer. Polychrome marble carving (4th century Before Christ) belonging to a Dauni’s citizen high society grave. Recovered in Ascoli Satriano (Foggia, Italy), the work is considered as a masterpiece with no pre-existing equals. .

(via loupgarou)


Cassiopeia A
Cassiopeia A is the remnant of a supernova explosion that occured over 300 years ago in our Galaxy, at a distance of about 11,000 light years from us. Its name is derived from the constellation in which it is seen: Cassiopeia, the Queen. A supernova is the explosion that occurs at the end of a massive star’s life; and Cassiopeia A is the expanding shell of material that remains from such an explosion. This radio image of Cassiopeia A was created with the National Science Foundation’s Very Large Array telescope in New Mexico. This image was made at 3 different frequencies: 1.4 GHz (L band), 5.0 GHz (C band), and 8.4 GHz (X band). Cassiopeia A is one of the brightest radio sources in the sky, and has been a popular target of study for radio astronomers for decades. The material that was ejected from the supernova explosion can be seen in this image as bright filaments.
Credit: NRAO/AUI

Cassiopeia A

Cassiopeia A is the remnant of a supernova explosion that occured over 300 years ago in our Galaxy, at a distance of about 11,000 light years from us. Its name is derived from the constellation in which it is seen: Cassiopeia, the Queen. A supernova is the explosion that occurs at the end of a massive star’s life; and Cassiopeia A is the expanding shell of material that remains from such an explosion. This radio image of Cassiopeia A was created with the National Science Foundation’s Very Large Array telescope in New Mexico. This image was made at 3 different frequencies: 1.4 GHz (L band), 5.0 GHz (C band), and 8.4 GHz (X band). Cassiopeia A is one of the brightest radio sources in the sky, and has been a popular target of study for radio astronomers for decades. The material that was ejected from the supernova explosion can be seen in this image as bright filaments.

Credit: NRAO/AUI

(Source: ikenbot)



At first glance it seems this boat has been blasted into space and its crew is floating amongst the stars.
But this picture was actually taken 150ft underground - in a pitch-black cave illuminated by glow-worms.
The breathtaking limestone caves in Waitomo, New Zealand, are home to hundreds of thousands of the beetles - which light up the caverns like bright blue stars.

At first glance it seems this boat has been blasted into space and its crew is floating amongst the stars.

But this picture was actually taken 150ft underground - in a pitch-black cave illuminated by glow-worms.

The breathtaking limestone caves in Waitomo, New Zealand, are home to hundreds of thousands of the beetles - which light up the caverns like bright blue stars.

(via loupgarou)

serial-killers-101:

Amputation Knife (1700s)Knives used for amputations during the 18th century were typically curved, because surgeons tended to make a circular cut through the skin and muscle before the bone was cut with a saw. By the 1800s, straight knives became more popular because they made it easier to leave a flap of skin that could be used to cover the exposed stump.

serial-killers-101:

Amputation Knife (1700s)
Knives used for amputations during the 18th century were typically curved, because surgeons tended to make a circular cut through the skin and muscle before the bone was cut with a saw. By the 1800s, straight knives became more popular because they made it easier to leave a flap of skin that could be used to cover the exposed stump.

(Source: serial-killers-101)

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