ACE Coinage "Acknowledges Creatures of the Earth" through a series of custom-made collectible coins. Our goal is to produce works of art that you will keep forever, while raising awareness about some of our planet's most fascinating creatures.
All ACE Coinage designs begin as thoroughly researched concepts developed in collaboration between our natural science illustrator, artist Michael Rothman, and our staff writer, journalist Eric Karlan.
After ACE chooses an animal to enshrine, Rothman creates an initial sketch before enhancing the image with the dazzling colors of that creature's natural habitat.
These designs are then minted for limited circulation as timeless collectible coins.
Finally, Karlan writes the story behind every ACE Animal, providing details of its lifestyle, conservation status, and place in the natural world. These stories can be found in educational fliers that come packaged with each coin, as well as on our website.
Checkout our Wildlife Paintings
Latest Top (2) News
Genetics reveals where emperor penguins survived the last ice age A study of how climate change has affected emperor penguins over the last 30,000 years found that only three populations may have survived during the last ice age, and that the Ross Sea in Antarctica was likely the refuge for one of these populations. The Ross Sea is likely to have been a shelter for emperor penguins for thousands of years during the last ice age, when much of the rest of Antarctica was uninhabitable due to the amount of ice. The findings suggest that while current climate conditions may be optimal for emperor penguins, conditions in the past were too extreme for large populations to survive.
Sun, 01 Mar 2015 09:21:19 EST Amphibian chytrid fungus reaches Madagascar The chytrid fungus, which is fatal to amphibians, has been detected in Madagascar for the first time. This means that the chytridiomycosis pandemic has now reached a biodiversity hotspot. Researchers are therefore proposing an emergency plan. This includes monitoring the spread of the pathogenic fungus, building amphibian breeding stations and developing probiotic treatments, say the scientists.
Thu, 26 Feb 2015 12:24:43 EST
Great White Sharks are capable of internally regulating their own body temperature, relying on rete mirabile - a complex, closely clustered web of arteries and veins - to make numerous organs up to 14-degrees Celsius (25 Fahrenheit) warmer than the surrounding water.
To learn more about the Great White Shark, click here.