APES 1.2 Terrestrial Biomes
Biome: Contains characteristic communities of plants and animals, adapted to habitat/climate
Global distributions of non-minerals depend on some combination of climate, geography, altitude, etc.
Worldwide distribution of biomass is dynamic and interactive, has changed (and will continue to do so)
Precipitation and temperature are the two major dictations for plant growth, which subsequently dictate the biome itself. Vegetation is an essential component for other life in the biome
Largest terrestrial biome, across portions of North America, Europe, and Asia
Considered subarctic
Short wet summer, varying temps, brutal winters, 12-33in of precip.
Evergreens, lichens and mosses, nutrient deficient soil, birds typically migrate
Logging, paper production, mining, nat. gas, oil
Not great for agriculture
South America, South Africa, southeast Australia
Moderate temps, mid-latitudes, climate is temperate, coastal tempuratures dictated by ocean currents
High precip.
Large trees, ferns, and mosses
Slower rate of decomposition
Logging, mining, drilling for multiple things, some agriculture products
Produce oxygen (statistically notable)
Northeast America, Europe, East Asia, some Australia
Four distinct seasons, precip. of over 1 meter
Away from ocean currents
Increased decomp., increased productivity
Large variety of flora/fauna
Agriculture, logging (hardwood for craftsmanship), hunting
North Africa, Australia
Lack of precip., not much vegetation
Fifth of the earth, expanding
Hot days and cold nights
Plants with special adaptations, not much else
Energy (oil and gas), livestock (to a degree), mining, oil
Desert-like, but colder temperatures
Not many trees, low-to-ground flora
Arctic, alpine, and antarctic tundras
Polar regions, high elevations, above treeline
Two seasons, permafrost, short growing seasons, melts and bogs form in summer
Not much precip., evaporation levels reduced
Mosses and peat, not much biodiversity
Low human population, oil is huge industry
Australia, Africa, India
Distinct seasons, wet and dry
Grazing and burrowing animals, scavengers, many predators
Low flora, grasses some trees
Grazing, tourism, energy
California, Mediterranean, Southwest Australia
Shrubs, not much biodiversity esp. in flora
Hot and dry with some fluctuation, wildfires very common (replenishing but dangerous)
Low precip.
Tough plants
Agricultural, ranching, not much commercial use
Great plains in North America, Eastern Europe, South America
Lowest avg precip., hot dry summers, cold harsh winters
Wildfires common
Grasses and nonwoody plants, grazing animals common, grass
Agriculture, wheat, grazing and ranching, tourism, energy, water distribution
North and South America (Amazon), Mid-Africa, Southeast Asia (near the equator)
Warm and wet, not much temperature fluctuation
Rapid decomp., high productivity, soil not very fertile because of this high decomp. rate
Tons of biodiversity per unit of area
Distinct layers (canopy, understory, etc.)
Biodiversity, medicinal properties in plants
Agricultural, nuts, spices and flavoring, rubber, cosmetics, medicines
Much land has been cleared for said products
Biome: Contains characteristic communities of plants and animals, adapted to habitat/climate
Global distributions of non-minerals depend on some combination of climate, geography, altitude, etc.
Worldwide distribution of biomass is dynamic and interactive, has changed (and will continue to do so)
Precipitation and temperature are the two major dictations for plant growth, which subsequently dictate the biome itself. Vegetation is an essential component for other life in the biome
Largest terrestrial biome, across portions of North America, Europe, and Asia
Considered subarctic
Short wet summer, varying temps, brutal winters, 12-33in of precip.
Evergreens, lichens and mosses, nutrient deficient soil, birds typically migrate
Logging, paper production, mining, nat. gas, oil
Not great for agriculture
South America, South Africa, southeast Australia
Moderate temps, mid-latitudes, climate is temperate, coastal tempuratures dictated by ocean currents
High precip.
Large trees, ferns, and mosses
Slower rate of decomposition
Logging, mining, drilling for multiple things, some agriculture products
Produce oxygen (statistically notable)
Northeast America, Europe, East Asia, some Australia
Four distinct seasons, precip. of over 1 meter
Away from ocean currents
Increased decomp., increased productivity
Large variety of flora/fauna
Agriculture, logging (hardwood for craftsmanship), hunting
North Africa, Australia
Lack of precip., not much vegetation
Fifth of the earth, expanding
Hot days and cold nights
Plants with special adaptations, not much else
Energy (oil and gas), livestock (to a degree), mining, oil
Desert-like, but colder temperatures
Not many trees, low-to-ground flora
Arctic, alpine, and antarctic tundras
Polar regions, high elevations, above treeline
Two seasons, permafrost, short growing seasons, melts and bogs form in summer
Not much precip., evaporation levels reduced
Mosses and peat, not much biodiversity
Low human population, oil is huge industry
Australia, Africa, India
Distinct seasons, wet and dry
Grazing and burrowing animals, scavengers, many predators
Low flora, grasses some trees
Grazing, tourism, energy
California, Mediterranean, Southwest Australia
Shrubs, not much biodiversity esp. in flora
Hot and dry with some fluctuation, wildfires very common (replenishing but dangerous)
Low precip.
Tough plants
Agricultural, ranching, not much commercial use
Great plains in North America, Eastern Europe, South America
Lowest avg precip., hot dry summers, cold harsh winters
Wildfires common
Grasses and nonwoody plants, grazing animals common, grass
Agriculture, wheat, grazing and ranching, tourism, energy, water distribution
North and South America (Amazon), Mid-Africa, Southeast Asia (near the equator)
Warm and wet, not much temperature fluctuation
Rapid decomp., high productivity, soil not very fertile because of this high decomp. rate
Tons of biodiversity per unit of area
Distinct layers (canopy, understory, etc.)
Biodiversity, medicinal properties in plants
Agricultural, nuts, spices and flavoring, rubber, cosmetics, medicines
Much land has been cleared for said products