Botanists have long puzzled over a peculiarity of ancient plants called cycads: they have huge, bright, fleshy seeds displayed in enormous cones.
The number of exhibits combining science and art in some capacity has grown steadily since I began blogging about them in 2011. With exhibits in galleries and museums across the country, there’s something for everyone.
People who lack the gardening bug often regard flowers like fashion models: pretty but boring. Jens Petersen, the man who gave us the groundbreaking photographs of fungi in “The Kingdom of Fungi”, which I reviewed here in March, has a new book of photographs (still available only in Danish, unfortunately, and called Blomsterliv — “Flower [...]
Last year I blogged about the surprising discovery that mosses released after 400 years of frozen glacial ensquashment had managed to survive and sprout new growth, a finding that radically altered our ideas about regrowth during the retreat of ice ages.
A few months ago, scientists revealed that some plucky mosses in Canada managed to do something long thought impossible: survive a 400-year close encounter with the business end of a glacier, and live to sprout another day.
A biological clock choreographs the plants' daily pursuit of sunlight
The second edition of the You Should Know #AfricanSTEM series that highlights innovators from the continent of Africa.
Scientists knew neochrome was odd before they started rooting around in its family tree. A union of independent proteins — red-sensing phytochrome and blue-sensing phototropin — the super-protein combines two already-great pieces into one fantastic whole that helps plants grow toward dim, filtered light.
As I write this, the Brooklyn Botanic Gardens is preparing an exhibit showcasing the work of Dick Rauh, a botanical illustrator who has distinguished himself as a master of botanical illustration since he picked up a pen and paper in his retirement.
The tropical plant Genlisea is a tiny, homely rosette of simple green leaves. If you dig up its roots, you will find what look like an unremarkable bunch long, pale underground roots.
It defies belief, but a 180 million year old fern fossil unearthed in Sweden is so exquisitely preserved that it is possible to see its cells dividing.
Author's note: This is the latest post in the Wonderful Things series. You can read more about this series here. One of the more under-appreciated and ingenious machines evolved by plants is the cavitation catapult of leptosporangiate ferns.
“Amborella trichopoda (3173820625)-2” by Amborella_trichopoda_(3173820625).jpg: Scott Zona from USA derivative work: Bff – Amborella_trichopoda_(3173820625).jpg.
Botanical art has some conventions that have helped the practice remain accurate and disciplined: portions of the plants painted in isolation on white backgrounds; often 1:1 in size with the real plant; typically in watercolour for the range of colours (Opera Pink, anyone?) and known factors in preservation.
Do you know the story of the birds and the bees and the flowers and the trees? Yes, there’s that one. But there’s also a more literal one that involves creation, specifically, how the world’s greatest alcoholic beverages came to be.
So much good scienceart on display… where to begin!? EXHIBITS: NORTHEAST REGION LIFE: Magnified June – November 2014 Gateway Gallery Between Concourse C and the AeroTrain C-Gates station Washington Dulles International Airport Washington, D.C.
In spite of their sedentary reputations (putting down roots being, perhaps, the ultimate symbol of stability), plants are capable of a surprising range of movements, and not just the Venus flytraps of the world.
When you take a sip of red wine or black tea, you’re swallowing a stiff swig of tannins. These astringent plant chemicals give the beverages their characteristic pucker.
Summer may be coming to a close, but there are buckets of good science art exhibitions opening at venues near YOU! EXHIBITS: NORTHEAST REGION SENSING CHANGE July 1, 2013 – May 2, 2014 Chemical Heritage Foundation Gallery 315 Chestnut Street Philadelphia, PA Sensing Change, an initiative of the Chemical Heritage Foundation, invites us to explore [...]
Growing up, I felt certain that grass and most trees did not have flowers. They just had leaves and seeds — that was all I could see, anyway.