share things you do with your kids
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Tbickle wrote:We often have him help us cook and count out measurements when we can.
Rohm wrote:Read:
1. How to Raise a Brighter Child by Joan Beck (with a chapter on Montessori strategies)
a. contends that IQ can be enhanced/elevated until age 6; then, IQ plateaus
b. maximize crawling stage before walking; part of the child's brain processing crawling related to reading skills
c. maximize all the senses all the time (toy: colorful-visual stimulation; makes sound-auditory; soft-kinesthetic; has good odor-smell)
d. play classical music in he background 24/7 (Mozart effect)
e. there is an optimum age where a second language should be taught
there seems to be so much emphasis on doing extra-curricular activities... What about just letting her play with her friends?
ChasM wrote:Okay, got a few more pix and some tentative identifications. Again - Cali & GfL - thanks for the help.
A) appears to be Stylonychia (or possibly Euplotes) - it has a flat dorsal side and scurries around the food using its ventral cilia (cirri?) like a ladybug on a leaf. The specimen on the lower right is a side view.
B) I'm still not sure about, and I can't find a comparable picture online.
The best match I could find for C) was Vorticella [a Peritrich ciliate].
D) is that organism which I said looked like a shrimp or trilobite - more at a horseshoe crab on closer inspection, with a curved back and a sharp tail. They do a nice spin move as they glide through the water. From the side it does indeed look like some of the Daphnids I've seen online.
Side view:
Top view of D), with E) a worm-like organism that would attach itself to a strand using two "graspers" at the tip of its tail (see last pic), and extend/compress itself while moving around.
Calilasseia wrote:Taking a peek at your shots, here's my suggestions:
Specimen A : Looks a fair amount like Euplotes or another Hypotrich. Identifying it to species level is going to take an expert though.
Specimen B : My first thought was that it might be an Ostracod, but if it is, it's an extremely small one. Many Ostracods are naked eye visible - I once had these turn up in my aquarium, where they provided my Lemon Tetras with many hours of amusement as they tried to eat them, only to discover that the animals could withdraw completely into the hard shells, which were impossible for the fishes to crack open, leading to the fishes eventually spitting the Ostracods out after a minute or so trying to chew them. Ostracods like to have surfaces to cling to, and I first discovered them moving about on a piece of bogwood I had in the aquarium. Many have a characteristic bean-shaped shell, and your specimen does remind me of these, though usually, Ostracods are a LOT bigger than this - the ones that turned up in my aquarium were 2mm across.
Specimen C : I agree, looks like Vorticella.
Specimen D : Looks like another Cladoceran (water flea) to me ... though you have a LOT of species to choose from even in freshwater!
Specimen E : I'd say, at first glance, that what you're dealing with there is something called a Gastrotrich. These are pretty abundant in freshwater habitats, and are usually among the top five Protist groupings in terms of abundance in any typical small pond that is free from large vertebrate activity. The method of locomotion is rather interesting: the organisms possess glands at the tail end, one produces an adhesive that cements the animal temporarily, whilst the other produces a solvent that releases the animal from adhesion. Apparently the animal cements its tail end to a spot, whilst in a longitudinally compressed state, then extends itself forward, grasps the substrate at the forward end, releases the glue cementing the tail end, and brings the tail end forwards. Rinse, repeat, etc.
Every now and then, a book comes along that's almost impossible to categorize, like Hoke's beautifully illustrated gem, a strange marriage of alchemical lore and psychology, science and "wonder." Hoke, an artist and a senior exhibition designer at California's Monterey Bay Aquarium, writes that the eclectic museums and curiosity cabinets of the 1600s inspired him, and that he wants to return us to a time before "science became a belief system unto itself," a time when artist-alchemist-scientists were able to search for inner truth via mystical experiences and experiments without being ridiculed. Guided by the Greek muses and lured by his lovely color illustrations, readers are beckoned into seven "exhibition halls," named for the stages of alchemical transformation from base matter to divinely inspired knowledge. Each exhibit also includes a pull-out interactive paper model, such as a "Do-It-Yourself Model of the Universe" in chapter one, where Hoke playfully addresses various creation myths. The chapter on dream states, visions and hypnosis is particularly fascinating. This is a book to linger over; it gradually reveals itself as a sly philosophical meditation on human consciousness, bringing in concepts from Tibetan Buddhism and quantum physics.
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