General information
mars region: Northern Polar Lowlands latitude: 87.73 Degrees N
elevation: -4/5 KM In Depth
temperature:HIGH -19.6 Degrees Celsius LOW -97. Degrees Celsius
meteorology: Wind 11 - 58 KM Per Hour Wind AVG 36 KM Per Hour, Minimal Snow Accumulation In Winter

development& succession
stage #1 primary succession
On our first stage, we will introduce Archaea to the biome.

Archaea can survive without oxygen and can survive in harsh conditions. They will start to provide essential nutrient sources to the soil and air.

stage #2 primary succession
On our 2nd stage, we will introduce Bacteria to the biome.

Bacteria can live with Archaea and the two together will create more enriching nutrients to the soil and air.

stage #3 primary succession
On our 3rd stage, we will introduce Fungi and Lichen to the biome.

Fungi will help break down nutrients in the soil and will lead to the development of lichen.

stage #4 primary succession
On our 4th stage, we will introduce Moss to the biome.

Moss will work together with all existing organisms to help enrich the soil and air.

stage #5 primary succession
On our 5th stage, we will introduce Snake Plant, Common Ivy, and Janet Craig to the biome.

All of these organisms are very purifying plants and will help purify the air.

stage #6 primary succession
stage #7 primary succession
On our 7th stage, we will introduce Blackberry, Strawberry, Wheat, Oats, Barley, Corn, Rice, Rye, Tomatoes, Beans, and Potatoes to the biome.

In conjunction with all forementioned organisms, these crops will be able to prosper, and reproduce through seed-scattering.

stage #8 primary succession
On our 8th stage, we will introduce Earthworms and Mealworms to the biome.

These organisms will help further enrich soils in order to help other organisms and keep a thriving ecosystem.

stage #9 primary succession
On our 9th stage, we will introduce Grasshoppers, Beetles, and Preying Mantis to the biome.

These insect organisms will help provide variety in the organisms of the ecosystem, as well as help enrich the soil in conjunctionwith the other organisms.

stage #10 primary succession
On our 10th stage, we will introduce Magpies, Purple Martins, Red-Tails Hawks, and Bluebirds to the biome.

These bird organisms will create relationships with all other existing organisms, making variety and helping the ecosystem to thrive.

stage #11 primary succession
On our 11th stage, we will introduce Cod, Perch, Halibut, and Parrotfish to the biome.

With all of the other existing organisms, these fish organisms will further help provide nutrients for underwater soil.

stage #12 primary succession
On our 12th stage, we will introduce Humans to the biome.

Theoretically, at this point in our primary succession, the succession should be successful, resulting in us able to introduce humans to the biome.

organisms
keystone species
  • ➤ Archaea
  • ➤ Bacteria
  • ➤ Fungi
  • ➤ Lichen
  • ➤ Moss
  • ➤ Snake Plant
  • ➤ Common Ivy
  • ➤ Janet Craig
mutualism
  • ➤ Fungi & Lichen
  • ➤ Various Plants & Bugs
  • ➤ Algae & Fish
  • ➤ Fungi & Various Plants
  • ➤ Various Plants & Various Mammals
competition
  • ➤ Moss v. Weeds/Shrubs
  • ➤ Fish v. Fish
  • ➤ Bug v. Bug
  • ➤ Snake Vines v. Various Trees
species
  • ➤ Arctic Dandelion
  • ➤ Arctic Bell Heather
  • ➤ Whip Saxifrage
  • ➤ Birch Dwarf Tree
  • ➤ Stunted Spruce Tree
  • ➤ Stunted Larch Tree
  • ➤ Paper Birch Tree
  • ➤ Quaking Aspen
  • ➤ Gama Grass
  • ➤ Phytoplankton
  • ➤ Blackberry/Strawberry Shrub
  • ➤ Barley/Corn/Oats/Rice/Wheat
  • ➤ Beans/Potatoes/Tomatoes
  • ➤ Magpies/Purple Martin/Red-Tailed Hawk/Bluebird
  • ➤ Earthworm/Mealworm
  • ➤ Grasshopper/Beetle/Preying Mantis
  • ➤ Cod/Perch/Halibut/Parrotfish
commensialism
  • ➤ Moss & Various Trees
parasitism
  • ➤ Fungi v. Various Trees
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