Bootleg Thrive Forum Game Competition
May 31, 2017 19:31:36 GMT
Skyguy98, Immortal_Dragon, and 1 more like this
Post by mitobox on May 31, 2017 19:31:36 GMT
Round 7:
Event: "Snowball Earth" Scenario, Phase 3
Volcanic activity continues to replenish the planet's supply of insulating gases, and the global ice layer is already beginning to thaw.
Wiki Page: thrive.wikia.com/wiki/Game:_Bootleg_Thrive_Forum_Game_Competition
Player Species
Gravenis knytrium (TheGraveKnight)
Cold Resistance: 3
Gravenis knytrium is the exact same as before.
Habitat: Frozen Ocean (Equator)
Conservation Status: Endangered
Gabrielus gabrielus (GabrielGG)
Cold Resistance: 6
A new regulatory protein makes Gabrielus gabrielus less vulnerable to freezing; specifically, by preventing ice from forming from, and expanding within, the cytoplasm. Furthermore, this protein also serves to block any harmful radiation (particularly UV) from damaging organelles and genetic material.
Habitat: Frozen Ocean
Conservation Status: Least Concern
Draconia encrypta (Immortal_Dragon)
Cold Resistance: 1
A genetic mishap resulted in Draconia encrypta creating a protein that makes it more vulnerable to freezing. Needless to say, given the current climate, this has led to its population taking a severe dive.
Habitat: Frozen Ocean (Equator)
Conservation Status: Critically Endangered
Dynamicus respire (evolution4weαk)
Vertical Gene Transfer: 5
Dynamicus respire has developed the ability to transmit genetic material between cells of its species. Afterwards, the new genes are "shuffled" with the old ones during mitosis, allowing more genetic variation.
While this species is prospering in the upper layers of the water column, the layer of ice melting will allow UV radiation to impact the water's surface again, which will force Dynamicus respire back down.
Habitat: Frozen Ocean
Conservation Status: Least Concern
Agentus non-failus (agenttine)
Heating Organelle: 3
This species cannot be discerned from its ancestors.
Habitat: Frozen Ocean (Equator)
Conservation Status: Endangered
Caeruleus photos (Skyguy98)
Cold Resistance: 6
Caeruleus photos has developed, like multiple other species, regulatory proteins that protect it from freezing. However, this species's cold resistance protein is unique in that it can inhibit the movement of water just as much as it can prevent the spread of solid ice. In effect, this allows any individuals of Caeruleus photos to guard themselves against desiccation, although this oddly-timed secondary function would only be useful on dry land.
Habitat: Frozen Ocean
Conservation Status: Least Concern
Specium fractium (soundwave)
(Just make two votes next turn.)
This species has changed little from its ancestors.
Habitat: Frozen Ocean (Equator)
Conservation Status: Endangered
Dynamicus failicus (Bigyihsuan)
Cold Resistance: 2
Dynamicus failicus has not evolved from earlier generations.
Habitat: Frozen Ocean (Equator)
Conservation Status: Endangered
Gravenis sparkus (shiny)
Lysosomes: 3
This species has not changed from before.
Habitat: Frozen Ocean (Equator)
Conservation Status: Endangered
Dynamicus camelopard (Lanky Giraffe)
Cold Resistance: 3
Dynamicus camelopard is indistinguishable from earlier generations.
Habitat: Frozen Ocean (Equator)
Conservation Status: Endangered
Draconia antecedere (RoboTranic)
Anti-Freezing Agents: 5
Cold Resistance (from D. respire): 2
A new vacuole within the membrane of Draconia antecedere stores and releases a protein agent that prevents water within the cell (namely, in the cytoplasm) from properly freezing, or, should this fail, expanding afterwards.
Habitat: Frozen Ocean
Conservation Status: Least Concern
Dynamicus showa (hirohito)
Cold Resistance: 3
This species has not changed.
Habitat: Frozen Ocean (Equator)
Conservation Status: Endangered
NPC Species
N/A
Since the event is going to end soon, those of you that evolved any form of cold resistance can choose to either lose it through genetic drift (the default option), or move to the north or south pole. If you pick the first option, any bonus effects from rolling a 6 will remain.
Event: "Snowball Earth" Scenario, Phase 3
Volcanic activity continues to replenish the planet's supply of insulating gases, and the global ice layer is already beginning to thaw.
Wiki Page: thrive.wikia.com/wiki/Game:_Bootleg_Thrive_Forum_Game_Competition
Player Species
Gravenis knytrium (TheGraveKnight)
Cold Resistance: 3
Gravenis knytrium is the exact same as before.
Habitat: Frozen Ocean (Equator)
Conservation Status: Endangered
Gabrielus gabrielus (GabrielGG)
Cold Resistance: 6
A new regulatory protein makes Gabrielus gabrielus less vulnerable to freezing; specifically, by preventing ice from forming from, and expanding within, the cytoplasm. Furthermore, this protein also serves to block any harmful radiation (particularly UV) from damaging organelles and genetic material.
Habitat: Frozen Ocean
Conservation Status: Least Concern
Draconia encrypta (Immortal_Dragon)
Cold Resistance: 1
A genetic mishap resulted in Draconia encrypta creating a protein that makes it more vulnerable to freezing. Needless to say, given the current climate, this has led to its population taking a severe dive.
Habitat: Frozen Ocean (Equator)
Conservation Status: Critically Endangered
Dynamicus respire (evolution4weαk)
Vertical Gene Transfer: 5
Dynamicus respire has developed the ability to transmit genetic material between cells of its species. Afterwards, the new genes are "shuffled" with the old ones during mitosis, allowing more genetic variation.
While this species is prospering in the upper layers of the water column, the layer of ice melting will allow UV radiation to impact the water's surface again, which will force Dynamicus respire back down.
Habitat: Frozen Ocean
Conservation Status: Least Concern
Agentus non-failus (agenttine)
Heating Organelle: 3
This species cannot be discerned from its ancestors.
Habitat: Frozen Ocean (Equator)
Conservation Status: Endangered
Caeruleus photos (Skyguy98)
Cold Resistance: 6
Caeruleus photos has developed, like multiple other species, regulatory proteins that protect it from freezing. However, this species's cold resistance protein is unique in that it can inhibit the movement of water just as much as it can prevent the spread of solid ice. In effect, this allows any individuals of Caeruleus photos to guard themselves against desiccation, although this oddly-timed secondary function would only be useful on dry land.
Habitat: Frozen Ocean
Conservation Status: Least Concern
Specium fractium (soundwave)
(Just make two votes next turn.)
This species has changed little from its ancestors.
Habitat: Frozen Ocean (Equator)
Conservation Status: Endangered
Dynamicus failicus (Bigyihsuan)
Cold Resistance: 2
Dynamicus failicus has not evolved from earlier generations.
Habitat: Frozen Ocean (Equator)
Conservation Status: Endangered
Gravenis sparkus (shiny)
Lysosomes: 3
This species has not changed from before.
Habitat: Frozen Ocean (Equator)
Conservation Status: Endangered
Dynamicus camelopard (Lanky Giraffe)
Cold Resistance: 3
Dynamicus camelopard is indistinguishable from earlier generations.
Habitat: Frozen Ocean (Equator)
Conservation Status: Endangered
Draconia antecedere (RoboTranic)
Anti-Freezing Agents: 5
Cold Resistance (from D. respire): 2
A new vacuole within the membrane of Draconia antecedere stores and releases a protein agent that prevents water within the cell (namely, in the cytoplasm) from properly freezing, or, should this fail, expanding afterwards.
Habitat: Frozen Ocean
Conservation Status: Least Concern
Dynamicus showa (hirohito)
Cold Resistance: 3
This species has not changed.
Habitat: Frozen Ocean (Equator)
Conservation Status: Endangered
NPC Species
N/A
Since the event is going to end soon, those of you that evolved any form of cold resistance can choose to either lose it through genetic drift (the default option), or move to the north or south pole. If you pick the first option, any bonus effects from rolling a 6 will remain.