Have you ever looked at a flower and thought, "I wonder what these
colors would look like to a bee"? Perhaps not, but in any case, you can
now find out using your own camera and computer. That's because
scientists from the University of Exeter have developed the
Multispectral Image Calibration and Analysis Toolbox, a piece of free
software that lets you see the colors in photos the way that various
animals would see them.
It wasn't long ago that we heard about an effort to create synthetic rhino horn,
the low price of which could be used to put suppliers of real horn out
of business. Now, however, the Protect project is aiming at catching
poachers in the act. Amongst other things, it would involve putting
video cameras in the horns of living rhinos.
A team of scientists, led by the University of Washinton's Dr Chuck Murray, has successfully crowdfunded a project to sequence the genome of the black rhinoceros – a species that's been poached to near extinction. The effort is an important step in the conservation of the species, of which there are barely more than five thousand remaining.
When asked to name an endangered species, rhinos are probably one of the
first animals to come to most peoples' minds. In both Africa and Asia,
poaching is causing populations to plummet, due mainly to demand for
rhino horn as an ingredient in traditional Asian medicine – whether or
not it actually has any medicinal value is another question
altogether. In any case, San Francisco-based biotech startup Pembient is
developing what it hopes could be a solution: inexpensive bioengineered
rhino horn, which could out-compete the genuine item.