Where is the source for your images?
How were they taken? When? And by whom?
This is all very startling photography, but I have to cry wolf here until it can be verified. I've never seen these before.
~Keeper
Originally posted by IX-777
Lakes with vegetation by the shores.
Originally posted by IX-777
Nozzle shooting water out of tube connected to spherical "blob"/dome
Originally posted by IX-777
Originally posted by IX-777
Mars pole with ice and oceans around

Originally posted by IX-777I know it's a high resolution photo, it's a 0.5 metres per pixel photo, so it's impossible for us to distinguish things smaller than those 0.5 metres. As the blueberries are much smaller than that (maybe 1 cm diameter, I don't really know) they would not be noticeable as independent small objects in that photo, in the same way we cannot see the independent atoms in any object.
The "river" in question, which you theorize to be blueberries, is a high resolution photo and if I remember correctly it covers a few meters at most. Its from Mars Reconnaissance Orbiter.

Look carefully and you'll see flow lines on the bed and also what look like waves....could be a photo of most rivers on Earth.I am not saying that there are no flow lines on the bed, Mars has many, many places where we can see that water (or other liquid) flowed some time ago, what is not visible is a sign that things are moving, signs of damp ground on the margins, etc.
Also regarding the poles and cold, remember that the poles are coldest at their centers just as on earth, and liquid water can exist around the poles and under the ice as well, just as it does on earth.The difference is that the poles on Earth are surrounded by water (or are in the water, in the case of the north pole), while on Mars they are not.
Originally posted by PhageNo, the resolution of the map-projected image is 50 cm per pixel, not 165 cm.
The original image is here: hirise.lpl.arizona.edu...
The resolution of the image is 165 cm, meaning that the smallest objects which can be identified are about 5.5 feet across.
Binning is a process that allows the charge from multiple adjacent pixels to be combined into one pixel. This increases the camera's light sensitivity and improves the signal-to-noise ratio. Binning occurs in the cross-scan and down-scan directions. "Bin 1" means that there has been no binning at all (because it means one pixel equals one pixel). "Bin 2" means that a 2x2 block of pixels were combined into one; this reduces the resolution by half, reduces the data volume by a factor of four, and increases the signal (i.e. light sensitivity) by a factor of four. Also, the signal-to-noise ratio is increased by a factor of two (if the same TDI setting is used for the binned and unbinned images).
Original image scale range: 55.1 cm/pixel (with 2 x 2 binning) so objects ~165 cm across are resolved