Lunar missions could prove creation true

Current space programs may set their sights on Mars, but a team of astronomers and a biochemist at the science-faith think tank Reasons To Believe (RTB) publicly encourage NASA and other space agencies to revisit the lunar surface—to look for the remains of Earth’s oldest life-forms, reports Maureen Bell and Kathy Ross, special to ASSIST News Service.

Astronomer and RTB president Hugh Ross says, “The Apollo program helped researchers solve the mystery of the Moon’s origin. Return missions to the Moon could solve the mystery of life’s origin.”

According to biochemist Fazale Rana, “Chemical signatures confirm life was present on Earth in fair abundance back to 3.8 billion years ago.” What’s missing, he says, are the fossils. “Wind and water erosion and plate tectonics have destroyed the fossils of Earth’s first life. [But] there are good reasons to expect them in abundance in pristine forms on the Moon.”

Ross and fellow astronomer Jeff Zweerink point out that when the Earth was young, it was “bombarded” by asteroids and large meteorites. “These collisions sent large amounts of the Earth’s surface material into outer space, and much of that material landed on the Moon—about a million kilograms on every 100 square kilometers of the Moon’s surface.”

New research by British earth scientist Ian Crawford indicates that at least some of this Earth material made it to the Moon with its fossil structures still intact. Crawford affirms that “substantial survivability is to be expected.”

In their book Origins of Life, Rana and Ross present their model for the origin of life. This model, totally compatible with the Bible, predicts that (1) Earth’s first life would be both complex and diverse; and (2) the origin of life occurred suddenly, as soon as Earth’s physical conditions permitted. Non-theistic models predict the opposite.

As Ross stated in a lecture at NASA’s Johnson Space Center in Houston, “We are thrilled with the prospect that lunar missions could put our creation model to the test, either affirming or showing us wrong. Finding and analyzing pristine fossils of Earth’s first life could help settle, finally, one of the great creation-evolution controversies.”

About Reasons To Believe

Reasons To Believe is a California-based science-faith think tank. Founded by Hugh Ross in 1986, the organization strives to demonstrate that science and faith are, and always will be, allies, not enemies. Through myriad resources—including books, print periodicals, podcasts, and a content-rich website—speaking engagements, and radio and TV interviews, RTB scholars present reasons for confidence in the findings of science and in the authority of the Bible. For more information and resources, visit

Report from the Christian Telegraph 


On the 8th January 2005, scientists discovered that an object captured in time lapse images on the 21st October 2003 was in fact a tenth planet in our solar system while studying the images. The planet was known as 2003UB313 (Xena) and was photographed using the Samuel Oschin Telescope at the Palomar Observatory near San Diego, California. The tenth planet is now known as Eris, after the Greek goddess of discord and strife. Eris is thought to be a dwarf planet and to be slightly larger than Pluto (confirmed by the Hubble Space Telescope) at about 2400 km (1422 miles) in diameter.

On the outer edge of the solar system is a collection of objects (possibly 70 000) known as the Kuiper Belt (Kuiper Belt Objects – KBO). Most of these KBO are relatively small and some have names such as Sedna, Quaoar, Ixion, Varuna and Chaos.

Eris is thought to be about 97 times the distance from the Earth to the Sun (Pluto is 30 times the distance of the Earth to the Sun) – which means it is a very long way away from Earth (about 10 billion miles from Earth).

However, not all agree that Eris is a planet, preferring to call it a KBO. These same scientists generally regard Pluto as a KBO as well. Pluto is smaller than our moon and has its own moon which is called Charon.

In fact the International Astronomical Union (IAU) now recognizes both Pluto and Eris (along with another object known as MakeMake) as Plutoids. The IAU has assumed this role since 1919 and technically Pluto and Eris can no longer be considered planets.

Eris is the farthest known object in the solar system and is the third brightest of the objects in the Kuiper Belt and appears to be grey in colour. It is thought that there may be a methane frost covering the surface of the planet. It is the largest dwarf planet.

It is believed that Eris takes some 557 years to orbit the sun. It has one known moon known as Dysnomia (the name of the daughter of the goddess Eris). Dysnomia is about 175 km in diameter and is located about 37 370 km from Eris.

BELOW: Footage showing images related to Eris

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It is also interesting to note that there are some 327 moons in our solar system.

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Beyond our own solar system there are 319 known extrasolar planets – planets that orbit other stars (other than our Sun).

For more information visit: (Extrasolar Planets Encyclopaedia)