Sabredog,
Superb stuff regarding Chamax bug/carnivore ecology, simply superb.
Some more grist for your mill:
- The planet's UWP is X654000-0. That's a 6,000 mile diameter, a surface gravity of ~0.75 assuming the same density as Earth, a thin atmosphere, and a hydrography rating of 40 percent. (I think the last two are very interesting, hence the bold.)
- The thin atmosphere points to big swings in temperatures. It won't hold as much heat as a normal atmosphere after sundown. It will make for colder winters. Perhaps our carnivore is nocturnal hunting the bugs when they huddle up as the temperature drops? Perhaps our carnivore is more active in the winter too?
- The bugs are said to be native of a "small continent", which is odd when you remember the planet's hydrography rating. Chamax doesn't have a "world ocean" like Earth with the continents like islands separated from each other. Chamax has a "world continent" instead with the seas like islands separated from each other. This means the bugs' home is a small continent in a land-locked sea.
- The "efficiency" of the bug carnivores' attacks are said to be the chief reason for the bugs high birth. Again, that efficiency may be linked to the climate of the bugs' home continent.
I think we can use the climate of the planet and by extension the bugs' home continent to get a handle on why they hadn't eating that continent bare despite the presence of the carnivores.
How about this? The bugs' home continent is subpolar and not subtropical. It sits near one of the planet's polar circles surrounded by water or ice on all sides. The water and ice combined with the bug lack of temperature tolerance have kept the rest of the planet safe from the species.
During the continent's brief summer the hibernating bugs awake and being devouring the countryside. The biomes other species, both plant and animal, have evolved to either wake up before the bugs or migrate away from the newly awakened burrows.
When the bugs are active, the carnivores are active too, hunting down and digging up bug maternal burrows at night. Bug numbers do explode during the summer and many new nests get founded, but the arrival of autumn put them in hibernation more and more often leading to a feeding frenzy among the bug carnivores much like we see with grizzlies and spawning salmon. By the time winter truly sets in and they must hibernate also, the carnivores have devoured enough bug maternals as to prune next year's potential bug population back to a level that the biome can sustain.
Exploding and collapsing each summer and winter, the bug population slowly works its way back and forth across the continent. Nest along the fringe of bug territory have more opportunities to gather food and produce more maternals while nests in the middle of bug territory are smaller and weaker. The carnivores at first make short work of the smaller nests in older territories and then follow the accidental migration of their food supply towards newer regions.
Over the years, a wave of nests will cross the continent closely followed by the carnivores only to hit the coastline and rebound back to the interior. The bugs' absence from those regions allows the populations of plants and animals there to increase until the next nesting wave slowly passes through. Almost like a wildfire and perhaps serving much the same "purpose", waves of bug infestations crawl year by year across the continent leaving devastation behind.
The Chamax sophonts made two horrific blunders. First, killing off the Chamax carnivores and, second, transporting the Chamax bugs to what was essentially an eden for them. For most of the year in the temperate zones temperatures didn't drop far enough at night to trigger hibernation while in the tropical zones temperatures didn't drop far enough at any time. Almost permanently awake, free of all predators, and surrounded by food that didn't recognize them as a threat, the bugs' population exploded. It was like a virgin field epidemic and just as catastrophic.
I have my theories as to why the Chamax sophonts realized all of this too late and why they weren't able to save their world, but that's for another time.
Regards,
Bill
Superb stuff regarding Chamax bug/carnivore ecology, simply superb.
Some more grist for your mill:
- The planet's UWP is X654000-0. That's a 6,000 mile diameter, a surface gravity of ~0.75 assuming the same density as Earth, a thin atmosphere, and a hydrography rating of 40 percent. (I think the last two are very interesting, hence the bold.)
- The thin atmosphere points to big swings in temperatures. It won't hold as much heat as a normal atmosphere after sundown. It will make for colder winters. Perhaps our carnivore is nocturnal hunting the bugs when they huddle up as the temperature drops? Perhaps our carnivore is more active in the winter too?
- The bugs are said to be native of a "small continent", which is odd when you remember the planet's hydrography rating. Chamax doesn't have a "world ocean" like Earth with the continents like islands separated from each other. Chamax has a "world continent" instead with the seas like islands separated from each other. This means the bugs' home is a small continent in a land-locked sea.
- The "efficiency" of the bug carnivores' attacks are said to be the chief reason for the bugs high birth. Again, that efficiency may be linked to the climate of the bugs' home continent.
I think we can use the climate of the planet and by extension the bugs' home continent to get a handle on why they hadn't eating that continent bare despite the presence of the carnivores.
How about this? The bugs' home continent is subpolar and not subtropical. It sits near one of the planet's polar circles surrounded by water or ice on all sides. The water and ice combined with the bug lack of temperature tolerance have kept the rest of the planet safe from the species.
During the continent's brief summer the hibernating bugs awake and being devouring the countryside. The biomes other species, both plant and animal, have evolved to either wake up before the bugs or migrate away from the newly awakened burrows.
When the bugs are active, the carnivores are active too, hunting down and digging up bug maternal burrows at night. Bug numbers do explode during the summer and many new nests get founded, but the arrival of autumn put them in hibernation more and more often leading to a feeding frenzy among the bug carnivores much like we see with grizzlies and spawning salmon. By the time winter truly sets in and they must hibernate also, the carnivores have devoured enough bug maternals as to prune next year's potential bug population back to a level that the biome can sustain.
Exploding and collapsing each summer and winter, the bug population slowly works its way back and forth across the continent. Nest along the fringe of bug territory have more opportunities to gather food and produce more maternals while nests in the middle of bug territory are smaller and weaker. The carnivores at first make short work of the smaller nests in older territories and then follow the accidental migration of their food supply towards newer regions.
Over the years, a wave of nests will cross the continent closely followed by the carnivores only to hit the coastline and rebound back to the interior. The bugs' absence from those regions allows the populations of plants and animals there to increase until the next nesting wave slowly passes through. Almost like a wildfire and perhaps serving much the same "purpose", waves of bug infestations crawl year by year across the continent leaving devastation behind.
The Chamax sophonts made two horrific blunders. First, killing off the Chamax carnivores and, second, transporting the Chamax bugs to what was essentially an eden for them. For most of the year in the temperate zones temperatures didn't drop far enough at night to trigger hibernation while in the tropical zones temperatures didn't drop far enough at any time. Almost permanently awake, free of all predators, and surrounded by food that didn't recognize them as a threat, the bugs' population exploded. It was like a virgin field epidemic and just as catastrophic.
I have my theories as to why the Chamax sophonts realized all of this too late and why they weren't able to save their world, but that's for another time.
Regards,
Bill