Drosera capensis
Drosera capensis, commonly known as the Cape sundew, is a small rosette-forming carnivorous species of perennial sundew native to the Cape in South Africa. Because of its size, easy to grow nature, and the copious amounts of seed it produces, it has become one of the most common sundews in cultivation. D. capensis produces strap-like leaves, up to 3.5 cm long (not including the petiole) and 0.5 cm wide, which, as in all sundews, are covered in brightly coloured tentacles which secrete a sticky mucilage that traps arthropods. When insects are first trapped, the leaves roll lengthwise by thigmotropism toward the center. This aids digestion by bringing more digestive glands in contact with the prey. This movement is surprisingly fast, with completion in thirty minutes. The plant has a tendency to retain the dead leaves of previous seasons, and the main stem of the plant can become quite long and woody with time.
(via scinerds)
Nature inspires more creative minds
The more you get away from the stresses of daily life and the more time you spend outdoors, the greater your level of creativity. That’s the conclusion from a new study that found a team of backpackers were 50 percent more creative after they had spent four days on the trail.
(Source: twenthings, via housewifeswag)
Powerhouse Solar Cell Inspired by Leaf Biomimicry
A team of scientists headed up by Princeton University has achieved a whopping 47 percent increase in electricity generation from flexible plastic solar cells, simply by texturing the surface to mimic the wrinkles of a typical leaf.
Full Story: Cleantechnica
via emergentfutures:
1) Biomimicry is amazing. I love that human design is now recognizing that it has so much to learn from natural design. Especially when it can replace eco-questionable solutions with much more eco-friendly solutions - such as simply creating wrinkles on a surface as opposed to something like nano-sprays with unknown side-effects.
2) As the article notes, solar is getting very, very close to the 10-15% efficiency needed to make it competitive with traditional energy sources. And with the various solar innovations coming out, I expect we’ll hit that goal soon… and then surpass it by quite a bit. But of course, this requires research and funding. *cough*fund_science*cough*
(via blamoscience)
(Source: nevernevernevergiveup, via themaxdavis)
