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Tag: biodiversity

Surfboards via biomimicry. What if you design a board based on aquatic life shapes?

It might look like this…

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Otherwise known as the Surfph-o-Morph. There’s three designs by Giulio Iacchetti which you can check out here.

Beautiful large scale chalkboard renditions of biodiversity art

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By Philippe Baudelocque, via Colossal.

Check this out. Cyborg creepy crawlies: Machine and entomological or arachnid forms merged as intricate art pieces.

This is breathtaking in a steam punk kind of way…

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“Using the bodies of tarantulas, crabs, winged insects, and more, she adds gears, springs, and other mechanics to their fragile forms.”

By Gaby Wormann, text and h/t via My Modern Met.

Beautiful artistic and 3D predator images by Maxim Shkret

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By Maxim Shkret, via Joe’s Daily.

WHOA… Slow Life: Who needs timelapse sunsets and night skies when you have timelapse invertebrate awesomeness?!

I recommend watching this on full screen in HD mode, preferably in a dark place with head phones. It’ll feel so intimate, you’ll blush…

Slow Life from Daniel Stoupin on Vimeo.

By Daniel Stoupin, via Colossal

Who wants to design a genetics themed card game? Summer positions for UBC students available at my lab.

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So, first things first – you have to be a UBC student (undergrad or grad) to be eligible for these (two) positions. As well, I’d be keen to extend the positions beyond the 20 hours per week to a more full time scenario if that works for the successful candidates.

Anyway, the link you need (and you’ll also need to enter via UBC’s CWL system) is:

https://ubc-csm.symplicity.com/students/index.php/pid769753?mode=form&id=5b964ac2898a190c783f3620e9547784&s=jobs&ss=jobs

Full details are as follows:

Title: WL (Work Learn) S14 Science Literacy Lab Assistant

Salary/Wage: $16.10 per hour. Minimum 20 hours per week. Approximately 15 weeks during summer months.

Anticipated Start Date: May 5th, 2014

Contact Details/Employer: Dr. David Ng, Michael Smith Labs – more details about his lab at http://bioteach.ubc.ca

Apply by: Appointment paperwork needs to go in by April 19th, and I’ll definitely want to be interviewing the best candidates – so maybe by around April 11th is best.

Description: The AMBL science education facility within the Michael Smith Laboratories is looking to hire a senior undergraduate student or junior graduate student who is both passionate about biodiversity research and science education. In short, this student will be part of a team tasked to design an educational card game that focuses on a variety of learning objectives aimed to explore the science and genetics of model organisms (i.e. e. coli, yeast, drosophila, xenopus, zebrafish ,mouse).

This will be built around existing trading card culture mechanics from the PHYLO project (http://phylogame.org), and slated to be offered as both a freely accessible online resource, as well as stand alone product for physical printing and distribution within educational contexts.

For this stage of the project, the student hired will have a significant role in both the design, and the play testing of the final card game, which is slated for a late 2015/early 2016 launch.

Qualifications: Life science background (particularly in molecular genetics) is a plus, though not necessary. Interest in societal and historical issues that encompass science and technology topics is beneficial. Given that the project uses a variety of digital avenues for card design and production, comfort around various blogging platforms and graphic design software is also beneficial. Interest in game development, and general engagement with “games” is also a plus.

Learning Outcomes: Students will receive a variety of training on science literacy advocacy, game development, science pedagogy, as well as skills related to use of online tools, and some graphic design.

Students will be asked to work in both collaborative and independent contexts, with frequent meetings to assess needs and progress. Mentorship would likely involve contact with relevant experts in both the science education sector, as well as those in model organism research (many of which can be found at the Michael Smith Laboratories). One of the learning objectives examined in the project, will be to see if these cards can be used in both public school setting (high school in particular), but also whether this resource can play a role in undergraduate teaching as well.

In terms of expanding networks, the Phylo card game project has a number of collaborations in the mix (including those with major natural history museums, such as the American Museum of Natural History, and London’s Natural History Museum). This particular model organism deck will be aligned with the Genetics Society of America.

For further details, please feel free to email me at db at mail dot ubc dot ca. You can also apply via this route (I’ll need your CV and a cover letter).

Game on!

cheers
dave

Excellent TED talk by @edyong209 on the wonder that is the parasite host relationship (yes, I used the word “wonder.”)

I think this explains the weird relationship we have with LOL cats… (just watch the video)

By Ed Yong, via TED.

Microscopic view of butterfly and moth wings. So insanely beautiful.

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By Linden Gledhill, via Colossal

These insects might look lifelike but they’re made out of thread, not made out of cells.

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By Claire Moynihan, via Colossal.

Wow… Vintage anatomical plus vintage biodiversity art forms make for a gorgeous combination.

Wow…

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By Travis Bedal, via Visual News

This is so awesome: Cross-stitched microbiology

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By Alicia Watkins, via Colossal (h/t to Ben Cohen)

Whoa… LIFE SIZE elephant origami.

Next step?  Dinosaurs?

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By Sipho Mabona, photos by Philipp Schmidli, via Colossal

Stunning portrait of Darwin by @davidrevoy, as composed by a myriad of organisms

Wow. Very cool… How many organisms can you spot?

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By David Revoy, via Fresh Photons.

Surreal biodiversity inspired images by Redmer Hoekstra

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By Redmer Hoekstra, via Colossal.

Entomology via bent objects

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By Terry Border, via Sweet Station.

This: with the science. How to Make a Hairless Wookiee.

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And in case, you’re wondering what a hairless wookiee looks like…

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Full details (including full text and/or pdf of the scientific paper) can be found at The Science Creative Quarterly.

Not flower arrangement, but DIATOM arrangement. Yes, it’s a thing.

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Microscope slides by (from top to bottom) A.L. Brigger, W.M. Grant, W.M. Grant., and R.F. Behan, via Colossal. More here.

First scientifically authentic (albeit fabricated) paper on #wookiee genetics. #chewbaccaFTW

In which we compare the common Wookiee with a newly discovered cave dwelling (pseudo albino) Wookiee species, and note a number of interesting gene expression differences.

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From the Journal of Praetachoral Mechanics/Science Creative Quarterly. Link to full text and full pdf article here.

Yarn art or botanical samples? You be the judge.

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By Ruth Marshall (top image) and Tatyana Yanishevsky (bottom 2), via My Modern Met. Hat tip to Emily Jenkins.

Mechanical bug blueprints that you can geek out to.

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By Márton Borzák, via Thinx

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