
Explore meteorology and global climate zones, from microclimates to macro climate, and how sunshine, water distribution, winds, oceans, and altitude shape temperature and precipitation.
Explain how mean annual temperatures fall from the equator to the poles and how the intertropical convergence zone, subtropical highs, sea breezes, and orographic lifting shape precipitation and climate zones.
Explore the Koppen Copan climate classification, detailing five major types (A–E) from tropical moist to polar. Describe subgroups, deserts, polar climates, boundary debates, and rainfall-driven regional patterns.
Explore global climate zones from tropical moist climates to arid regions, using Copan climate classification to explain tropical rainforests, monsoons, savannas, and microclimate factors.
Explore Koppen climate zones and their systems, including humid subtropical, marine west coast, Mediterranean, moist continental, and polar climates, with tundra and permafrost due to latitude and elevation.
Explore seven climate controls—sunshine intensity, land and water distribution, ocean currents, prevailing winds, high and low pressure, mountain barriers, and altitude—that shape global temperature, precipitation, and climate zone transitions.
Our world is made up of many climates and climate zones that have many climatic controls that determine the zone of which we live and interact. Have you ever wondered what makes up our climate zones? Why is my climate the way it is and how can a meteorologist or climatologist maintain and respect climate zones?
Well, we are going to explore the 7 factors that make up a particular climate region: sunshine intensity, land and water ratio balance, ocean currents, prevailing winds, high pressure and low pressure locations, mountain barriers, and altitude. These 7 factors will be examined and explored as constants in influencing our climate zones.
We will then look at the Koppen classification system of climates and study each region looking at both the micro climate and the macro climate present in each environment with respect to the latitudes of Earth where each climate is present. These climatic systems are most affected by the relative temperature and the amount of annual precipitation that each climate zone gets annually.
The course will conclude with ways that we can take action to protect, preserve, and plan for the future generations to enjoy the climates that we live in the near future. Whether you live in a tropical savanna of Africa, the frozen permafrost of Siberia, or the wet tropics of the Amazon our climate is here to help you live your best life. Meteorology 401 Global Climates is the course for you if you aspire to be a competent scientist wanting to make a difference in not just your life but the life of others by taking care of our environment and climate one plant or shower at a time.