Turning Asteroids into Terreriums

With the hefty biomass created by a marsh, you can then build up land using some of your excavated materials, saved on the surface of the asteroid for this moment. Hills and mountains look great and add texture, so be bold! This process will redirect your water into new hydrologies, and this is the best time to introduce new species, also to export species you no longer want, giving them to newer terraria that might need them.

Thus over time you can transform the interior of your terrarium to any of the 832 identified Terran biomes, or design an Ascension of your own making. (Be warned that many Ascensions fall as flat as bad soufflés. The keys to a successful Ascension are so many that I have had to pen another volume, How to Mix and Match Biomes!, now available.)

Ultimately you will need to make many temperature, landscape, and species adjustments, to get to the kind of stable climax community you want. Any possible landscape is achievable; sometimes the results are simply stunning. Always the entire landscape will be curving up around you, rising on both sides and meeting overhead, so that the look of the land will envelop you like a work of art—a goldsworthy inscribed on the inside of a rock, like a geode or a Fabergé egg.

Obviously it is also possible to make interiors that are all liquid. Some of these aquaria or oceanaria include archipelagoes; others are entirely water, even their walls, which are sometimes refrozen transparently so that in the end when you approach them, they look like diamonds or water droplets floating in space. Some aquaria have no air space in their middles.

As for aviaries, every terrarium and most aquaria are also aviaries, stuffed with birds to their maximum carrying capacity. There are fifty billion birds on Earth, twenty billion on Mars; we in the terraria could outmatch them both combined.

Each terrarium functions as an island park for the animals inside it. Ascensions cause hybridization and ultimately new species. The more traditional biomes conserve species that on Earth are radically endangered or extinct in the wild. Some terraria even look like zoos; more are purely wilderness refugia; and most mix parkland and human spaces in patterned habitat corridors that maximize the life of the biome as a whole. As such, these spaces are already crucial to humanity and the Earth. And there are also the heavily agricultural terraria, farmworlds devoted to producing what has become a very large percentage of the food feeding the people of Earth.

Notes:

Instructions from a fictional booklet on hollowing out asteroids to fill them with biomes.

Folksonomies: futurism space exploration

Taxonomies:
/science/biology/zoology/endangered species (0.578624)
/pets/birds (0.528859)
/art and entertainment/visual art and design/design/interior design (0.405687)

Keywords:
heavily agricultural terraria (0.919969 (neutral:0.000000)), stable climax community (0.823678 (positive:0.607143)), new species (0.798574 (positive:0.232779)), purely wilderness refugia (0.790011 (positive:0.386532)), newer terraria (0.789338 (positive:0.291361)), maximum carrying capacity (0.782087 (neutral:0.000000)), Terran biomes (0.748852 (neutral:0.000000)), Match Biomes (0.728109 (neutral:0.000000)), traditional biomes (0.697371 (neutral:0.000000)), terrarium functions (0.689364 (positive:0.363023)), hefty biomass (0.680444 (neutral:0.000000)), Terreriums Instructions (0.657644 (negative:-0.383731)), fictional booklet (0.656215 (negative:-0.383731)), species adjustments (0.637140 (neutral:0.000000)), new hydrologies (0.632318 (neutral:0.000000)), successful Ascension (0.632093 (negative:-0.232114)), bad soufflés (0.631645 (negative:-0.878749)), best time (0.631186 (positive:0.458670)), water droplets (0.627267 (positive:0.221696)), habitat corridors (0.623665 (positive:0.628820)), possible landscape (0.621212 (positive:0.411566)), Fabergé egg (0.617527 (neutral:0.000000)), human spaces (0.612932 (positive:0.628820)), large percentage (0.611935 (neutral:0.000000)), entire landscape (0.611453 (positive:0.432379)), mix parkland (0.611136 (positive:0.628820)), air space (0.609040 (negative:-0.669294)), island park (0.608596 (positive:0.363023)), aquaria (0.551735 (negative:-0.386584)), Earth (0.549173 (positive:0.411368))

Entities:
farmworlds:Person (0.998066 (neutral:0.000000))

Concepts:
Asteroid (0.940414): dbpedia | freebase | opencyc
Plant (0.834536): dbpedia | freebase | opencyc
Earth (0.778811): dbpedia | freebase
Biosphere (0.698100): dbpedia | freebase | opencyc
Evolution (0.677255): dbpedia | freebase | opencyc
Jupiter (0.650567): dbpedia | freebase | opencyc | yago
Biodiversity (0.618018): dbpedia | freebase | opencyc
Space (0.607970): dbpedia | freebase

 2312
Books, Brochures, and Chapters>Book:  Robinson, Kim Stanley (2012-05-22), 2312, Orbit, Retrieved on 2013-05-25
  • Source Material [books.google.com]
  • Folksonomies: speculation fiction science fiction


    Schemas

    02 MAR 2011

     Seeing Farther Through Science

    Visionary memes about the future of the human race and our potential.
     18