📷 @miisssmarla 📷

❣ Chile in a Photography ❣
Keni

JVL
"I'm Dorothy Gale from Kansas"
Three Goblin Art

Product Placement
art blog(derogatory)
noise dept.
styofa doing anything
trying on a metaphor

@theartofmadeline
todays bird

tannertan36

祝日 / Permanent Vacation
Cosmic Funnies

Kiana Khansmith
Misplaced Lens Cap
Show & Tell

★
Stranger Things

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@secretgarden9
📷 @miisssmarla 📷
“I travel not to go anywhere, but to go. I travel for travel’s sake. The great affair is to move.”
— Robert Louis Stevenson (via purplebuddhaproject)
“My heart is so lush, and it loves so lavishly. It is a luxury to be loved by me.”
— iammyss (via wnq-writers)
Over the hill and far far away . . . #appalachiantrail #appalachianmountains #mtrogers #highlands #virginia #cows #horsetrail #virginiahighlands #wilderness #naturevibes #naturephotography #nationalgeographic ##greenaesthetic #greenphotography #roadlife #natureaesthetic (at Appalachian Trail) https://www.instagram.com/p/CPLhgv4N4cc/?utm_medium=tumblr
Mood ✨
Lovely
instagram | clangart
Plants communicate, nurture their seedlings, and get stressed.
by Brandon Keim for Nautilus
Consider a forest: One notices the trunks, of course, and the canopy. If a few roots project artfully above the soil and fallen leaves, one notices those too, but with little thought for a matrix that may spread as deep and wide as the branches above. Fungi don’t register at all except for a sprinkling of mushrooms; those are regarded in isolation, rather than as the fruiting tips of a vast underground lattice intertwined with those roots. The world beneath the earth is as rich as the one above.
For the past two decades, Suzanne Simard, a professor in the Department of Forest & Conservation at the University of British Columbia, has studied that unappreciated underworld. Her specialty is mycorrhizae: the symbiotic unions of fungi and root long known to help plants absorb nutrients from soil. Beginning with landmark experiments describing how carbon flowed between paper birch and Douglas fir trees, Simard found that mycorrhizae didn’t just connect trees to the earth, but to each other as well.
Simard went on to show how mycorrhizae-linked trees form networks, with individuals she dubbed Mother Trees at the center of communities that are in turn linked to one another, exchanging nutrients and water in a literally pulsing web that includes not only trees but all of a forest’s life
(Excerpt - Please click title link for complete article)
Life is far more complex and sentient than we understand.