Louisa May Opal Sparkles, aka Sparky. Photo by keagiles.
Here’s my pokey little puppy, Sparkles, adopted New Year’s Eve 2016. She’s not a puppy, but she looks and acts like one. I hate to use the term “pokey” in her case, because she can still zip around, but she has some handicaps. It looks to the vet like she was hit by a car sometime in her life, breaking her front right paw and pulling/ripping a bunch of connective tissue to the shoulder and … breaking her pelvis. It hurts my heart to think that someone didn’t take care of her when she needed it. She is often in pain and does have trouble playing normally with other dogs, which is sad. So, that’s not so neato.
Why then is she on my KeaNeato blog? Well, she’s the best thing that ever happened to me in 2016 and 2017 so far!
I couldn’t resist (you know my penchant for bubbles). “Five organisms find home in sea foam,” by Chris Drudge. I also like the way their post cares about your time — listing the number of words and about how long it will take the average reader to read it (600 words, ~3 min.).
Just about this time last year I created a video about my hike to/by/near Lake Isabelle in Colorado. Beautiful. Enjoy this video replay.
The header for this blog is a closeup of Diet Coke bubbles. Nothing like having a digital camera handy when you’re
bored feeling creative and curious.
Now here’s something even neater: Have a look this work by Linda Biba via Bored Panda.
So begins a 5 May 2016 Science News article by Susan Milius highlighting a Proceedings of the National Academy of Sciences (PNAS) article by Timothy J. Brodribb and colleagues titled, “Revealing catastrophic failure of leaf networks under stress.” The PNAS article’s summary begins, “The intricate patterns of veins that adorn the leaves of land plants are among the most important networks in biology. Water flows in these leaf irrigation networks under tension and is vulnerable to embolism-forming cavitations, which cut off water supply, ultimately causing leaf death.” The study notes, “Drying soil leads to an increase in water tension, exposing plants to the problem of breakage of the water column, causing embolisms that cut off water supply, leading to tissue death during drought.”