However, I did hear interesting things. First, I could ID the mourning dove. And I heard such a ruckus down the way, that I risked my life around boggy water to get closer to it. I think it was a bunch of frogs, but I couldn't identify them either. They were so loud that I had to cover my ears. I did have the bright idea of using my cell phone to capture the sounds on my home answering machine, but I was not able to figure it out.
Later, after being bitten by something, I decided to head back from the meadow I was standing in and I took a rest on the only manmade object in the forest. I think it was some sort of water manhole thing. I dunno. So, I sat there waiting for the stupid birds to show up. But then I heard the call of a Great Horned Owl (and then the predictable caws of the crows who were looking for it to mob). I jumped up and ran over to the area where I heard it. Okay, it took me a few minutes to climb through the brush but I thought that since the trees were still bare, I might have a chance of finding it. Though nocturnal hunters, these big owls (nearly two feet tall) roost during the day and you can see it just like one would see the one below --

I didn't see it anywhere, and I waited a long time to see if it would hoot again. Of course, it was probably a foot above me, wondering what I was doing. I even looked at the base of trees for coughed up fur and bones. Nature is so wonderful at hiding these guys. If only they didn't blend in to the tree trunk so well. I gave up. But maybe I will see one there again.
So, I went home and did a little research. According the Cornell U. site "All About Birds"
"The Great Horned Owl is the only animal that regularly eats skunks."
In a completely unrelated tidbit, but still on the topic of birds, did you know that bluebirds are not really blue? It's air pockets in the feathers that refract the light. Also from the Cornell site:
Tiny air pockets in the barbs of feathers can scatter incoming light, resulting in a specific, non-iridescent color. Blue colors in feathers are almost always produced in this manner. Examples include the blue feathers of bluebirds, Indigo Buntings, Blue Jay's and Steller's Jays. If you find the feather of a Blue Jay or Steller's Jay you can see for yourself how this works. First, observe the feather in normal lighting conditions and you will see the expected blue color. Next, try back-lighting the feather. When light is transmitted through the feather it will look brown. The blues are lost because the light is no longer being reflected back and the brown shows up because of the melanin in the feathers.
No bluebird of happiness for you.
This beautiful picture is from the site "Images of Colorado." It's Mountain Bluebird and you won't find it in Connecticut so don't even try.
This beautiful picture is from the site "Images of Colorado." It's Mountain Bluebird and you won't find it in Connecticut so don't even try.