High Above Saturn This portrait looking down on Saturn and its rings was created from images obtained by NASA’s Cassini spacecraft on Oct. 10, 2013. It was made by amateur image processor and Cassini fan Gordan Ugarkovic. This image has not been geometrically corrected for shifts in the spacecraft perspective and still has some camera artifacts.The mosaic was created from 12 image footprints with red, blue and green filters from Cassini’s imaging science subsystem. Ugarkovic used full color sets for 11 of the footprints and red and blue images for one footprint.
Credit: NASA/JPL-Caltech/Space Science Institute/G. Ugarkovic
The Purple Slow Walker is primarily photosynthetic, but occasionally it must travel to acquire additional resources. It retracts its mobile roots, extends its tube legs, and begins the tedious journey to better feeding grounds. Groups of slow walkers congregate around a large carcass, exogenously digesting the flesh and absorbing the coctail through their extended roots. This is the opportunity the passengers have been waiting for. Not only do they rely on the walker for shelter and free transport, but also as a source of pre-digested nutrients they can pilfer from their host's method of carrion consumption. Whether the passengers provide the walker anything in return for its efforts is unclear.
An agile and fast herd-dwelling inhabitor of the open plains, this creature posesses no true jointed appendages. Its legs and periscope are comprised of rigid, yet flexible hydraulic tubes. Sensory organs are clustered on the top of its upward-pointing appendage to give maximum perspective even during more vulnerable moments like feeding.
A herd of strange creatures has congregated on this rocky outcrop. Known as Emperor Shinebacks, they often climb these rugged foothills to obtain access to cooling breezes and additional food sources. Their top-heavy tripodal stature prevents further ascension into the mountains, but it serves them well on more level ground. Reflective carapaces mitigate much of the sun’s harmful rays, and cooling flaps along their flanks dissipate excess heat. A shineback’s normal gait is rather clumsy, but when haste is needed they clamp all three legs together into a single monopod and bounce effortlessly across the desert at remarkably high speeds. This combined with their massive size (adults are over eight feet tall) and protective social behavior makes them almost impervious to attack. Almost…
When not drawing aliens, I'm a web/graphic designer. Here's my new portfolio site: michaelpbeaudry.com . Check it out if you are interested in other creative stuff I do.
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Ok, sorry- back to alien stuff now!
In the murky blackness of the deep sea, creatures are spread out over immense distances. To find each other, many use biologically-generated light. But what appears to be a potential mate might instead be a lurking predator.
The climate in this region is usually hot and dry, punctuated by sporadic torrential downpours. After such events, the ground flourishes with a dense interconnected web of growth taking advantage of the temporary hydration. Once all the water dissipates, the soil is left to crack in the heat of the day. During these times Ponderosus are on the move, searching for the last remaining vernal pools. They used the times of plenty to fill up on nutrients, but now during a drought they switch primarily to photosynthesis to meet their energy needs. The smaller, dish-faced Lanx are not so lucky. Embedded in the ground unable to move, they must simply go dormant if the rains do not arrive soon enough. For now they point their open frills at the sun and gather energy while they still can. A Stealthspring prowls the scene looking for unfortunate small creatures who may not be faring well in the heat. Their predominant walking style requires a different gait for front and back sets of legs, but if needed their whole body becomes a giant spring, allowing them to burst forward for great distances. In an environment where major features like the ponderosus can move, it can be difficult to navigate from day to day, so the stealthspring must be ready to take flight at any time, should danger come calling.
I've decided to start posting sketches more often, as they comprise over 90% of my artistic time. This is the Greater Parvasalia. It travels in large groups, is about the size of a hamster, and is generally non-aggressive. More details as they are developed.
A massive predator on the ocean floor lures in its next naive dinner guest. The smaller creatures that surround it have been waiting for this moment.
A new competitor has entered the misty valley. Attracted by ample food supply, the hopeful newcomer will have to contend with the reigning resident of this territory. In times of scarcity, populations begrudgingly coexist in shrinking pockets of such favorable habitat, but rain and sun have been plentiful lately, so a battle seems imminent.
Life on the Seafloor
Some habitats are very consistent from planet to planet across the universe. The bottoms of deep oceans generally experience similar conditions—extremely high water pressure, zero sunlight, and a constant rain of organic debris known as marine snow. Thus, organisms on the deep sea floor of Veteris developed common traits in parallel to their counterparts on Earth. The darkness eliminates the need for most pigments, so most creatures are rather drab. In order to grab bits of food from the water column, many utilize grasping appendages covered in sticky setae. For every scrap of nourishment that can be found here, there is a creature that has evolved to exploit it. Far from being a desolate wasteland, this seemingly inhospitable environment is full of bizarre, perfectly-adapted inhabitants.