"What could you possibly have in common with a mushroom, or a dinosaur, or even a bacterium? More than you might think. In this Lab, you’ll puzzle out the evolutionary relationships linking together a spectacular array of species. Explore the tree of life and get a front row seat to what some have called the greatest show on Earth. That show is evolution." Evolution Lab is a educational game created by the Life on Earth Project and NOVA Labs
Are you interested in plants? The Royal Botanic Gardens at Kew aren’t just a tourist attraction -- they also run one of the world's leading botanical research institutes. To show off how important and fascinating modern plant science can be, they've commissioned a series of snazzy short videos to showcase their work. Start with the award-winning Forgotten Home of Coffee (6:00) (based on this worrying Kew study from 2012), then come back for the rest. [more inside]
"... a series of curated, open access books about life — with life understood both philosophically and biologically — which provide a bridge between the humanities and the sciences." Although they offer "frozen PDFs," these books—on topics like biosemiotics, animal experience, and air—are curated collections of links to open access science articles, reviews, interviews, podcasts, sometimes with embedded sounds and videos. They have ISBN numbers and editors vetted by the Open Humanities Press, which is generally a gold mine of interesting books and journals. They feel perfectly at home on the open internet, evoking hope and nostalgia for a flourishing academic world wide web, without paywalls and login screens. [more inside]
The short life of the male marsupial known as antechinus, which always ends due to his body crashing after a multi week testosterone fueled breeding season.
Post-operative Check: "It's okay that you don't remember me. My name is Shara, and I'm part of the surgical team. I'm checking to see how you're doing after your surgery. Do you know where you are right now?" [more inside]
The Course of Their Lives. While much in medicine has changed over the last century, the defining course of a first year medical student's education is still 'Gross Anatomy.' This is their hands-on tour of a donated cadaver -- an actual human body -- and is an experience which cannot be replicated by computer models. When Milwaukee Journal Sentinel reporter Mark Johnson came up with the idea of following a med school gross anatomy class for a feature story, his editor challenged him to make it different. So he chose to intertwine the students' stories with that of Geraldine 'Nana' Fotsch, a living future donor, as sort of a stand-in for the cadaver. (Via. This four-part series contains descriptions of a human dissection. Some may find it disturbing.) [more inside]
The Olympus Microscopy Resource Center digital video gallery, with: live cells, pond life and more, crystals and more.
Defense contractor takes break from F-35 JSF, finds a way to eliminate 99% of the energy cost of desalination. Lockheed-Martin has developed a way to craft sheets of carbon a single atom thick, which can filter the salt (and just about anything else) from water with a tiny fraction of the energy required by current processes. "Lockheed officials see other applications for Perforene as well, from dialysis in healthcare to cleaning chemicals from the water used in hydraulic fracturing, or "fracking," of oil and gas wells." Previously.
In 2005, the Discovery Channel aired Alien Worlds, a fictional documentary based on Wayne Douglas Barlowe's graphic novel, Expedition: Being an Account in Words and Artwork of the 2358 A.D. Voyage to Darwin IV." Depicting mankind's first robotic mission to an extrasolar planet that could support life, the show drew from NASA's Origins Program, the NASA/JPL PlanetQuest Mission, and ESA's Darwin Project. It was primarily presented through CGI, but included interviews from a variety of NASA scientists and other experts, including Stephen Hawking, Michio Kaku, John Craig Venter and Jack Horner. Oh, and George Lucas, too. Official site. Previously on MeFi. [more inside]
Nature constantly engineers new and creative solutions to all sorts of problems—turning our stereotypes about sex upside-down along the way.
Could the three established domains of life - eukaryotes, bacteria and archaea - be joined by a fourth?
Five years ago this week, the BBC started broadcasting one of the most extraordinary documentaries ever to grace television: Planet Earth. The culmination of five years of field work, it employed the most cutting-edge of techniques in order to capture life in all its forms, from sweeping spaceborne vistas to shockingly intimate close-ups -- including many sights rarely glimpsed by human eyes. Visually spectacular, it showcased footage shot in 204 locations in 62 countries, thoroughly documenting every biome from the snowy peaks of the Himalayas to the lifegiving waters of the Okavango Delta, a rich narrative tapestry backed by a stirring orchestral score from the BBC Concert Orchestra. Unfortunately, the series underwent some editorial changes for rebroadcast overseas. But now fans outside the UK can rejoice -- all eleven chapters of this epic story are available on YouTube in their original form: uncut, in glorious 1080p HD, and with the original narration by renowned naturalist Sir David Attenborough. Click inside for the full listing (and kiss the rest of your week goodbye). [more inside]
Dmitar Sasselov is an astrophysicist, Director of the Origins of Life Initiative at Harvard and a co-investigator of the Kepler space telescope project to find Earth-like planets around the Cygnus constellation and discover extraterrestrial life. But no matter how successful the Kepler project may be, it still won't answer the most fundamental questions of astrobiology: How diverse is life in the universe? If alien life exists, will it have Earthly DNA and proteins? Or will it run on something else? So Dr. Sasselov has decided to collaborate with two synthetic biologists, asking them to create a life form based on mirror-image versions of what we know as the essential building blocks of living things on Earth. [more inside]
Meet three new species of Loricifera, the first multicellular forms of life found that can live entirely without oxygen (figures and full article, PDF). [more inside]
Researchers at MIT and in Korea have developed a new, efficient desalinization nanotechnology that could theoretically lead to small, portable units powered by solar cells or batteries, yet deliver enough potable fresh water from seawater to supply the needs of a family or small village. As an added bonus, the system would simultaneously remove many contaminants, viruses and bacteria. MIT Press Release. Abstract and Supplementary Information from Nature Nanotechnology. (pdf) [more inside]
How much life could you find in one cubic foot? With a 12-inch green metal-framed cube, photographer David Liittschwager (of the Endangered Species Project) surveyed biodiversity in land, water, tropical and temperate environments around the globe for National Geographic. At each locale he set down the cube and started watching, counting, and photographing with the help of his assistant and many biologists. The goal: to represent the creatures that lived in or moved through that space. The team then sorted through their habitat cubes and tallied every inhabitant, down to a size of about a millimeter. [more inside]
The Encyclopedia of Life [previously] is E.O. Wilson's dream become reality. It has been online since February of 2008, aiming to catalog the currently known 1.9 million species on our planet. You can also add text, images, video, comments, and tags. [ FAQ • Video Introduction • Tutorials ]
"In Massachusetts, a young woman makes genetically modified E. coli in a closet she converted into a home lab. A part-time DJ in Berkeley, Calif., works in his attic to cultivate viruses extracted from sewage. In Seattle, a grad-school dropout wants to breed algae in a personal biology lab. These hobbyists represent a growing strain of geekdom known as biohacking, in which do-it-yourselfers tinker with the building blocks of life in the comfort of their own homes." They might be discovering cures for diseases or developing new biofuels, but are their experiments too risky? Via. [more inside]
Sparks of Life. "That the electric 'spark of life' figured prominently in debates over the nature of life in the late eighteenth and early nineteenth centuries is well known. Less well known is the fact that prior to this period, gunpowder was often identified with the substances that were necessary to life, if not as a vitalistic spirit, then as an essential element in the animation of the body. The idea of a spark of life went back to ancient times, likening living beings to the glowing embers of a fire. In the Old Testament, for example, the wise woman of Tekoah begs for the life of her son, pleading 'they will stamp out my last live ember.' But from the sixteenth to the eighteenth century, this vital flame was often equated with gunpowder. There was fire in the blood: not electric, but pyrotechnic fire."
Festooning The Tree Of Life. Carl Zimmer describes new research on lateral gene transfer which makes the Tree of Life look more like a Gordian Knot.
Suspending Life. "If almost every species on Earth was killed some 250 million years ago, how did our ancient ancestors survive and evolve into us?"
The Meaning of Life. "We create life, we search for it, we manipulate and revere it. Is it possible that we haven't yet defined the term (PDF)?" [Via The Loom.]
In Games, an Insight Into the Rules of Evolution. Carl Zimmer writes about Martin Nowak (previously mentioned here), a mathematical biologist who uses games to understand how cooperation evolved. [Via MindHacks.]
The Encyclopedia of Life project will create a compendium of every aspect of the biosphere. It aims to compile data on all of Earth's 1.8 million known species on one Web site, and will include species descriptions, pictures, maps, videos, sound, sightings by amateurs, and links to entire genomes and scientific journal papers. E. O. Wilson is getting his wish. [Via BB.]
Cancer Cure Patented A group of researchers claim that they are patenting a possible cure for cancer involving nothing more than sugar and short-chain fatty acid combination.
Obesity and Diabetes - another free supplement by Nature
Nature has a somewhat technical but free supplement on stem cells (alongwith a podcast and related blog).
The Inequality Taboo - Charles Murray defends his ideas, published in the controversial book The Bell Curve.
"We have [a substance] that extends the life of every species it's given to. We're 50 years ahead of where I thought we would be 10 years ago." While Harvard Medical School rules prevent David Sinclair from recommending product, "I know a number of scientists who think [it] is their best shot. Others satisfy themselves with a glass of red wine," which contains the compound. Too good to be true?
Genesis. "Life" from inorganic mixture. Full PDF paper : Spontaneous Formation of Cellular Chemical System that Sustains Itself far from Thermodynamic Equilibrium.
Play with a virtual ecosphere. [Flash].