High-quality randomized controlled trials are also meaningful and feasible in rare diseases. —> Read More Here
No-till farming appears to hold promise for boosting crop yields only in dry regions, not in the cool, moist areas of the world, this study found. —> Read More Here
University of Southampton scientists have designed a new experiment to test the foundations of quantum mechanics at the large scale. —> Read More Here
In its dossier, the drug manufacturer presented no suitable data for the therapeutic indication Crohn’s disease or for ulcerative colitis. —> Read More Here
It’s pumpkin mania up in here (and by here, we mean America). And while everyone is decorating their homes with Jack O’Lanterns and other Halloween pumpkin regalia, what about all the other pumpkins that want to shine beyond October 31st?
Pumpkins can be a beautiful accent to any home during fall and they don’t have to look scary. Here are 21 Pinterest-inspired pumpkins you can make to carry you all the way through Thanksgiving.
Gregg Treinish and his team at Adventurers and Scientists for Conservation bring us stories from around the world about adventuring with purpose. Here, ASC’s Alex Hamilton compiled our favorite 10 camera trap videos. Watch prairie dogs wrestle, an elk lick the camera lens, and ASC volunteers photo bomb the camera.
By Alex Hamilton
ASC collects a lot of video which won’t ever be edited or published. For projects like Landmark and our Olympic National Forest Pine Marten Survey, we work with a diligent team of videographers. They stay immobile, day and night, recording at the slightest hint of movement.
Our team receives little recognition and no credit when their film is actually watched. They don’t mind, though—they aren’t human.
The last decade has seen an increase in the use of automated camera traps in ecology and conservation biology. Camera traps are motion-activated, either firing off photos or recording a certain length of video when movement enters their frame. Sometimes they’re set off by nothing but wind rustling through the grass; other times it’s an entire herd of bison.
ASC crews regularly check camera traps and sort through what sometimes amounts to hours —> Read More Here
Frustrated scientists argued Wednesday that making nasty viruses even worse in the lab provides crucial insight into preventing pandemics. Others say it just ups the risk a lab germ will start one.
(Phys.org) —It’s been ten years since the bones of Homo floresiensis, aka, the “hobbit” were uncovered in Liang Bua, a cave, on the island of Flores in Indonesia, and scientists still can’t agree on the diminutive hominin’s origins. This month, the journal Nature has printed a comment piece by Chris Stringer of the Natural History Museum in London and two pieces by Ewen Callaway, one a retrospective with interviews with the central players, and the other a podcast with the four principle scientists involved in the find—Bert Roberts, Thomas Sutikna, Dean Falk, and Stringer. —> Read More Here
Since the start of the Ebola outbreak, we’ve noticed a lot of questions floating around out there about exactly what the disease is, how it spreads and how the world is responding to it. To set people’s minds at ease, we decided to tackle a few of the most commonly asked questions about the Ebola virus.
Ebola in existance since 1976, why no cure?
— mohammed Zahid Khan (@abu_ghazi123) October 20, 2014
The answer: Before this current outbreak, there have only been 2,418 documented Ebola patients with varying strains of the disease, which is far too few patients for scientists to learn from and treat with experimental drugs. Also, the relatively small amount of people who would have benefited from an Ebola cure (previous outbreaks are contained after several hundred are sickened) might mean that big pharmaceutical companies don’t have enough of a financial incentive to pursue expensive drug research.
Then there’s the “10-year-slide” in research funding for the National Institutes of Health, which doles out money for research projects around the nation. Dr. Francis Collins, head of the NIH, told HuffPost’s Sam Stein that his institute has been working on a vaccine for Ebola since 2001 —> Read More Here
It’s been said that early birds get the worm, but night owls also reap a whole lot of benefits just by being who they are. And it’s time they got some praise.
Please don’t get us wrong: We are definitely sleep advocates. And it is very important for you to make sure that you get the right amount of sleep (seven to nine hours for the average adult) every single day in order to stay healthy. This is not permission to stay up late and skimp on sleep. But if your lifestyle can allow for a later wake time, you might feel inclined to stay up a bit later, too.
While there has been a lot of praise for being a morning person (those health benefits are real and very good), there hasn’t been much to tout the perks of being someone who works best at night. Behold — an ode to those who love to burn the midnight oil.
1. Night owls might have a higher IQ.
Satoshi Kanazawa, an evolutionary scientist at the London School of Economics and Political Science, found a connection between intelligence and adaptive behaviors that are “evolutionarily novel” — meaning they deviate from what —> Read More Here