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The difference? It was about 15 months :).
On the left is Loki when I visited him at the breeder - I think he was about 8 weeks old then. On the right is him at home about 15-16 months later, when he was approaching the age of a year and a half.
Both the original photos are already uploaded in the album of photos of him, but I thought it interesting to see the comparison as I'd captured two similar angles. The photo on the right has been taken with a wider angle though so it's not the most accurate of comparisons!
The difference of a year in age can make a striking change in the color patterns of a bald eagle.
The bird up top is a 3 year old and the lower bird is a 4 year old.
From left to right: Tod Lending, Director and Producer of All The Difference, and Melissa Sterne, Editor of All the Difference.
Credit: POV / The American Documentary Inc.
I was up at my "Photo-A-Week" spot today, and while viewing all the new greenery sprouting out, seemed to remember that last year, Spring was much slower in arriving.
Looking through my photos proved that .... the photo on the left was taken April 20, 2009. The one on the right --- April 18, 2010!
1. Different blocks in a bucket 2. Shape, color 3. pattern, variety
4. color change, shadow fix 5. infinite 6. south
Day III - 8:46 am
Being different is being part of it...
Being different is being apart...
Being yourself is being different...
Being different is being yourself...
Same picture but without a flash and just my sewing lights. She looks more of a yellow lab here than in the other shot.
She really does like being with me. It's a comfort having her around.
For my experiment, I chose to observe the differences in how water reacted with two very different items, a brand new sponge and a rubber duck. I first dropped the rubber duck into the water an immediately noticed that the water had a bouncy effect. The water surrounded the duck and prevented it from going too far below the surface. The duck, however, kept tipping over and would not stay upright. I then filled the duck with water and the weight of the water inside held it upright but the water was no longer able to keep it afloat. It went to the bottom of the bowl where it remained still. The water moved slightly but eventually settled. When I added the sponge to a separate bowl I only put half of it in. I noticed that the water that was being absorbed was moving upwards through the sponge. I dipped the sponge further into the water and more water moved upwards. In both cases, the water moved around the objects initially. With the unfilled rubber duck, it was constantly moving around where the duck was floating. It was almost as if the duck was pushing the water away from it as it floated around. When the duck was filled with water and sank to the bottom the water did not move around it anymore but instead encompassed it and became still. After the sponge was filled it floated on top and the water exhibited some of the same behaviors as when the empty duck was floating. Water was pushing itself away from the object as it floated. I had a few preconceived notions before the start of the experiment mostly in regards to how the items would react in the water. I expected the duck to float and the sponge to absorb water. What was unexpected was how the duck would only balance upright when filled with water. I attempted to fill it with varying amounts of water but it would not float upright. I also found it interesting that the sponge floated when filled with water. I had imagined that it might perhaps get saturated enough that it would move further below the surface.
A complete and working rendition of Charles Babbage's Difference Engine at the Computer History Museum.