Disarmonía

Disarmonía

[a-dreamers-universe]

SPOILER

Those eyes. Those EYES I’M DYING

#damn #it #dan #stevens #why #you #look #so #good

[katiedtellez]

Of course I came back. I’ll never leave you again.

[pvffskein]

Dark witch aesthetics - Hufflepuff

Gryffindor | Slytherin | Ravenclaw

[tamper]

[lost-adventures]

[deadchicksarecool]

www.deadchicksarecool.com

Check out our other social networks! www.facebook.com/DeadChicksAreCool www.ello.co/deadchicksarecool www.twitter.com/DeadChicks1 www.deadchicksarecool.tumblr.com/ www.pinterest.com/deadchicks/

#alternative #altmodels #altmodeling #alternativemodeling #altgirls #creepygirls #babesofhorror #goth #gothgirls #morticia #morticiaaddams #theaddamsfamily #youcantsitwithus #barbie #squaredroid #deadchick #deadchicksarecool #dcac

[katay-reka]

[allthingseurope]

France (by Michel Schmid)

[art-tension]

Dying Roses Installation by Anya Gallacio

Lights on a superb installation entitled “Red on Green” by London-based artist Anya Gallacio who specializes in site-specific  using organic materials as her medium. She pulled the heads off of 10,000 roses that she arranged in a tight space and let to die so that the viewers could observe the process od decay. A passionate celebration of death.

[homofideoracle-deactivated20130]

[ugly-sick-girl-deactivated20141]

[earthstory]

Hair Ice

If you’ve ever had the chance to hike into a boreal forest on a midwinter morning, you might have seen these glistening, filamentous strands in clumps on the forest floor or wrapped round woody branches. These cotton candy-like fibers are “hair ice” — delicate strands of ice that grow from the insides of rotting tree branches. Hair ice is incredibly fine — just 0.01 millimeters in diameter — and forms from water caught inside plant stems as surrounding temperatures fall below freezing point. Because water expands when frozen, the ice crystals are squeezed through the microscopic orifices of its stemmed container, forming the threadlike fibers as seen in the photos below.

Hair ice was first studied by Alfred Wegener (the same Alfred Wegener who proposed the theory of continental drift), and he observed that the ice formed when the mycelium of a fungus was present. The mycelium is the roots of a fungus that wraps around rotting wood in a cocoon-like structure to absorb nutrients. Only recently have researchers have ascertained that the mycelium of certain fungi helps keep the hair ice in place as it grows, and the next step would be to determine the mechanics between the presence of fungi and their influence on hair ice formation.

-DC

Photo credits: http://bit.ly/1E477cH More reading: http://bit.ly/1OJIXJT http://bit.ly/1JGEdpd http://bit.ly/1K0hPmo Watch a time-lapse video of hair ice growing from dead wood: http://bit.ly/1JATNOA

Original sources: http://www.biogeosciences.net/12/4261/2015/bg-12-4261-2015.html http://bit.ly/1LwxCPI

[marydog896]

Mist on Flickr.

[nothereanymorefeelfreetounfollo]

[faerybites]

The Others (2001)

[crunchypumpkins]

[so-pale-girl]

[p-e-r-p-e-t-u-a-l]