The Blog Post Share Project – Share the Love

I was thinking yesterday, I’m usually giving blog posts I like a comment and a like. I get plenty of those myself on this blog. But there are other ways to show your appreciation to blogs and bloggers.

So, how about this? Whenever you see a blog post you like, don’t just like it. Leave a comment if there’s something you want to say, of course. But why not use social media to help get the word out to others about that post? At the bottom of each post in a blog, there should be buttons you can click on for various social media. Twitter is great, if you use it. Why not pin it on Pinterest? Or how about share it with your friends on Facebook? Or even Google+? If you think the post is really, really good, you could even share it on Reddit.

So, this is what I’m going to do from now on. When I read a blog post I think should be shared with everyone, I will not only like and comment, but I will share on social media. Who’s with me on this idea? Let’s share our love for great blog posts!

And while you’re at it, share this post on social media.

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Ever Watch the Moon Pass In Front of the Earth? Incredible

I saw this earlier. This animation is from several still images of the moon passing in front of the Earth. The images were taken from the DISCOVR spacecraft about 1.6 million km away from the Earth. It’s a quick video, so it won’t take much of your time.

I don’t think there’s ever been a video or set of images like this before.

Just a note about the moon. You may notice that the leading edge is green. This is not because it’s a photoshopped fake. It’s because they take three images in different colours: red, blue, and green.  The green image just happened to be the last one taken, and the moon had already moved a bit, so that’s why it has a green fringe on the leading edge. There’s an argument on Facebook about this, and some people are claiming it’s a conspiracy. Those people just don’t understand how images are made from spacecraft. They don’t just take a colour photo, they take three monochrome photos at three different wavelengths that correspond to red, blue, and green. Then they combine the images to give a true colour image. Since there is a thirty second delay between the three images, this green offset is the result.

Anyway, incredible set of images!