Ego is a rat on the sinking ship of being.

Mugshot of Mr. WM. Connolly, aka Slops, arrested for pickpocketing in New York - May 2nd, 1888

Mugshot of Mr. WM. Connolly, aka Slops, arrested for pickpocketing in New York - May 2nd, 1888

(Source: victoriasrustyknickers)

‘Yeni Cami au Clair de Lune (The New Mosque by Moonlight)‘  - Photochrom taken in Constantinople (Istanbul), Turkey, and published in the 1890s

via LOC

Yeni Cami au Clair de Lune (The New Mosque by Moonlight)‘  - Photochrom taken in Constantinople (Istanbul), Turkey, and published in the 1890s

via LOC

(Source: victoriasrustyknickers)

Frisian Family posing in Regional Dress at the studio of Wilhelm Müller in Wyk auf Föhr, Germany - late 1800s

Frisian Family posing in Regional Dress at the studio of Wilhelm Müller in Wyk auf Föhr, Germany - late 1800s

(Source: victoriasrustyknickers)

Lion Claw.

Lion paws have an extra joint compared to other cats, and this gives them extra range-of-motion. Thanks to this additional range, lions can sink their claws deeper into prey than any other mammal, and they can hang on through a huge amount thrashing and struggling. Their broad pads that allow for silent movement also provide a huge surface area to back up a swipe with the claws, and combined with the massive forebody muscling, this allows lions to deliver a blow strong enough to break a zebra’s back.
The Hand; its Mechanism and Vital Endowments, as Evincing Design. Sir Charles Bell, 1854.

Lion Claw.

Lion paws have an extra joint compared to other cats, and this gives them extra range-of-motion. Thanks to this additional range, lions can sink their claws deeper into prey than any other mammal, and they can hang on through a huge amount thrashing and struggling. Their broad pads that allow for silent movement also provide a huge surface area to back up a swipe with the claws, and combined with the massive forebody muscling, this allows lions to deliver a blow strong enough to break a zebra’s back.

The Hand; its Mechanism and Vital Endowments, as Evincing Design. Sir Charles Bell, 1854.

(Source: biomedicalephemera)