Dathis II

Dathis II is M-class homeworld of the Dachlyd. Dathis II is an arboreal world with several oceans.

Location

The Dathis system is part of the Sagittarius Arm in the Alpha Quadrant. The closest Federation starbase to the Dathis system is Starbase 12.

Solar System

Dathis II is the second planet (counting outward from the star) in an eight-planet solar system orbiting the star Dathis.

Features

Like most of the Dathis system, Dathis II is host to a large, rotating number of Dachlyd freighters. Asked on one occasion for a specific number regarding this fleet, Cadet Rogg only remarked, "More than once the orbiting freighters have partially eclipsed the planet's surface."

Seckrops University orbits Dathis II. The campus is on one of the only remaining planetoids near the planet.

Geology

Since early in its history Dathis II has been subject to frequent meteroid bombardment. More rare (though more common than comparative Terran history) were regular asteroid impacts. Fossil records indicate that life on Dathis II has been subject to several extinction-level events (ELE). Early Dachlyd History is punctuated by cataclysms resulting from the impacts of one or more asteroids. Due to developments in Planetary Defense, asteroid-related disasters remain in the past of Dathis II.

Impact craters in various states of erosion are a unique feature of the planet's surface. (Some researchers propose that the craters remaining from previous asteroids may have sheltered Dathis II life from subsequent asteroids.) Many craters have become overgrown with the abundant flora. A couple of the craters from ELEs have since become seas.

Weather

Rain and seasonal meteor showers are to be expected.

Science

There is a growing trend in Dachlyd industry supporting biotechnology. The developments which receive the most interest and acclaim specifically deal with lifespan-terminated engineered organisms, sometimes referred to as "lifespanned engineered organisms" or by the acronym "LEOs". Many advances have been made in designing organisms with specific functions to replace architectural or mechanical constructs.

The theory behind replacing traditional, crafted buildings and goods is simple: Most living organisms require simple chemical compounds to grow and regenerate. Traditional technology relies on many refined elements and compunds, and sometimes dangerous (toxic, volatile, etc.) substances as well. Therefore a LEO is cheaper and safer than its inorganic counterpart. Also, inorganic technology is static, where a LEO will grow to fill its designated niche and adapt as it is used to be more efficient. The developments in lifespan-terminated engineered organisms, while suffering some setbacks, have become a large portion of Dachlyd industry and continue to progress through diligent research.

Currently, the Dachlyd have not engineered any biological vessels capable of spaceflight. Some advancement has been made in supplementing or replacing space station systems with bio-engineered creatures.

Precautions: In order to prevent uncontrolled populations of engineered life, Dachlyd scientists have created organisms which require synthesized food. As a further precaution, LEOs have no reproductive systems. This lack of dangerous organs also saves on the cost of creating and supporting an engingeered organism. An additional precaution is that LEOs are "lifespan-terminated" meaning that they live set length of time, whether hours, days, months, or years depends upon their function and their artificial genes. Having a set lifespan reduces instances of mutation and also ensures demand for new replacement organisms. Finally, there is "The Gap". "The Gap" is a political and ethical boundary which governs the creation of biological entities: Rules limit development to lower animal life, autotrophs autotrophs and plants being outright banned; further any creature displaying sentient behavior to the extent of self-awareness must be euthanized and further development of such organisms halted. By requiring a diet which does not naturally occur, lacking natural reproduction, dying after a determined lifespan, and not being capable of producing its own energy nor being conscious, a LEO presents only a marginal risk to naturally occurring lifeforms.