Most Important Climate Factors
Temperatures:
warmest at the equator and coldest at the poles
Angle of Sun hitting the earth relates to the heat in each region
Precipitation:
Global rainfall depends on the circulation of the wind, which in turn is driven by the sun
Solar energy on the equator heats air causing it to rise
the rising air cools and it's moisture falls back as rain
Biomes
Tropical Rainforest:
Highest precipitation
Warmest and most stable temperatures
High humidity keeps temperatures stable year round and throughout the day
Large tropical trees
competition for sunlight, epiphytes are common
High biodiversity of terrestrial biomes
Nutrient poor soil
decaying matter is quickly sucked up by large veg
Hot Desert:
Hot with extremely log rainfall
30 degrees North and South of the equator
Animals and plants have adaptions for low precip
Savannah/ Tropical grassland:
Open grassland with scarce shrubs and trees
Warm temps year round
Periodic fires
Wet and dry season
Not enough rain for a Forest and not enough for desert
Large herbivores and predators dominate
Temperate Grasslands:
Cooler temperatures than tropical grasslands
Wet and dry season less dramatic
Lower biodiversity than tropical grass.
Richest soil in all biomes
Temperate Rainforest:
Recieved year round rainfall
Large old-growth trees
higher latitudes than tropical
temps are much cooler
Temperate Deciduous Forest:
Mid latitude Forest
Dominated by Deciduous trees (leaves fall), oak and Elm and maple
Alaska
Coniferous Forest/ Taiga:
Largest terrestrial Biome
Higher latitude than Deciduous Forest
temps cooler
coniferous trees (don’t loose leaves in winter)
Shorter growing season than Deciduous forest
Chaparral:
Coastal biome with hot, dry summers and mild rainy winters
Spiny Evergreen shrubs
Maintained by fire
Needed for seeds to germinate
Tundra:
bitter cold desert
high winds
Short growing season
Permeant ice (permafrost) underlying surface
restricts plants from growing and having roots
Artic