On a trip to south-eastern Queensland I noticed some media attention about a bunch of UFO reports. So that’s what made me decide to put this photo online. I too, took this photo in south-east Queensland. I have no idea what it is, and it reminds me a bit of the classic UFO image. But I don't think it’s a good enough photo to draw any conclusions — like most UFO photos! For starters, it’s out of focus. Second, the object is too small in the overall frame to make out what it is. But there are a few things I can state right away.
Well, you’ll just have to take my word on that. I know that’s not going to be enough for some people.
Above: The full (uncropped) photo reduced in size.
Another photo taken with the same camera at the same lookout, about 2 minutes earlier. Nothing odd in this one
That could be significant. Aiming a camera towards the sun can produce artifacts called lens flare. That can create spots which might explain all or part of the object in the photo. Because the camera was aimed close to the sun at one stage during my sequence of shots I did get some lens flare in some of them, so I’ll reproduce one of those lens flare shots below. I’m doing this to be thorough, but you’ll see that the lens flare blobs looked quite different to what was in the ‘UFO’ shot. Still, I can’t rule out lens flare completely.
Above: Taken about ten minutes earlier, this photo (uncropped) clearly shows lens flare across the top-right edge. Notice that the individual blobs of lens flare are formed into the 5-sided shape that matches the 5 aperture blades in the camera lens. This makes them different to the blob of light in the ’UFO‘ pic.
100% resolution crop taken from the photo above, showing some of the 5-sided blobs of lens flare
A detail from the ‘UFO’ photo at full resolution. Apart from cropping the image, sticking my URL at the bottom and optimising it for the web, this image has not been enhanced or altered.
Here’s that same part of the photo with Adobe Photoshop’s auto levels run through it to enhance the contrast. It brings out the ‘bell’ shape and the base more clearly, and the top part looks more like a blob of light that might be lens flare
So that kind of rules out something being stuck to the lens
I can say that with confidence because the dark area underneath the object is darker than the haze would allow if it was more distant than, say, the far edge of the lake. However that doesn’t rule out the possibility that the object is something very small and very close to the lens.
Even if it was a genuine flying craft, it’s not too hard to figure out why I didn’t see it. When I used to take photos with that digital camera my eyes would be focused on the small LCD display on the back of my camera. If something small like the thing in the photo was zooming past it would be almost impossible to see it on such a small display. Therefore I’d miss out on seeing anything that didn’t hang around.
I use Photoshop every working day of my life but I’m no expert in forensic photography. So I’m reluctant to manipulate the image. In other words, I don’t want to change the pixels in the photo.
However one thing I can do without allowing my own bias to get in the way, is to use Photoshop to enhance whatever information is already in the pixels.
To better see what’s going on, I’m showing the image at 500% resolution, which is enough to let you see the individual pixels. I’ll stress that when you show different forms of image enhancement like this, features like light and shadow, concave and convex, can appear to be confused. These images are therefore only helpful to define outlines between different tonal values and you should be careful about interpreting too much more than that.
The original image, shown at 500% resolution
Auto levels applied. This effect enhances the shape of the base but kills off any fine tonal detail.
Blending mode 1: In Adobe Photoshop, you can duplicate a layer and then blend the resulting duplicate with the orginal in different modes such as normal, multiply, difference, and so on. This will not rearrange the pixels or change the shapes, but it will allow subtle changes in tonal values to become apparent. Another good thing about using blending modes is that it is ‘non-destructive’. In other words, the pixels are not altered or rearranged and so the image can be brought back to its exact original state
Blending mode 2: This version helps define the ring-shape at the base.
Blending mode 3
Blending mode 4: A small amount of detail in the base
Blending mode 5: The centre of the base is the only part visible in this blending mode, however it shows some interesting definition.
My best guess is it’s something between half an inch and twenty feet wide, at a distance of anywhere between about a foot and a couple of miles — which doesn’t really narrow it down very much does it? Hey, maybe it’s an alien spacecraft, but unfortunately the odds of that being the case are not great. Sending the pic to a bunch of friends, the suggestions that came back include the following:
The annoying thing about most UFO pictures is that they always seem to be out of focus and distant. Unfortunately, this pic is no exception. Personally I believe in the possibility of alien spacecrafts but I don’t believe this photo proves anything at all. And sure, this could all be one intensive piece of analysis of a photo of an insect blowing past the lens.
However I’d be kidding myself if I said I wasn’t intrigued by the image.
If anyone has any ideas about what this photo is of, I’d love to hear from you. So far, since posting this web page I’ve heard from a few people who claim to have seen UFOs in that same part of Queensland (Sunshine Coast and Sunshine Coast hinterland), a few others in different parts of the world who have seen similar objects in the sky, and a couple of others who thought it was an insect.
Where was it taken? From the lookout on top of Mount Tinbeerwah, near Tewantin in South East Queensland
Time of the day: Approximately 4 pm
Date: April 17, 2005
Direction of photo: Approximately west
Camera shutter speed (according to EXIF data): 550th of second
Want more info? The technically-minded can click here to see a screen grab of the photo’s EXIF data.