Atmo KQ2 Review

Home , Tropical desert, Tropical monsoon climate, Tropical savanna climate

1/22/2020 SHS AICE Environmental Management: 4.2.2 - The Atmosphere (KQ2): Climate and Biomes

More [email protected] Dashboard Sign Out

SHS AICE Environmental Management

Intro Unit (1) Lithosphere (2) Hydrosphere (3) Atmosphere (4) Biosphere (5) AICE Exam Review

TUESDAY, JANUARY 16, 2018

4.2.2 - The Atmosphere (KQ2): Climate and Biomes

Biomes are the major ecosystem areas around the world.

Recall from section 4.2.1 - Climate is the average weather pattern of a certain area, and it is what determines the BIOME an area is divided into. Mainly, it's based on annual rainfall and temperature variations. These conditions determine which plants can grow, and thus which animals can occupy the area.

You probably already know some biomes just by thinking about them - hot/wet = the rainforest, FSCJ Undergrad hot/dry = desert. There are more that we need to discuss because knowing the different biomes and Programs

their characteristics is vital to their protection and management, and all life on Earth. The major ones FSCJ you need to know are discussed below: Make FSCJ a Part of Your Future. You Can Equatorial Do This. Get Started!

Also known as tropical rainforests, these are usually located along the equator as shown in the graphic below: OPEN

The latitude usually comes under the Doldrums Low Pressure belt all the year and therefore there are BLOG ARCHIVE almost no distinct seasons. The midday sun is always near the vertical and it is overhead twice a year, ► 2019 (2) at the equinoxes. Average daily temperatures are typically at around 26.9°C (80.3°F) throughout the ▼ 2018 (10) year. Extensive cloud cover and heavy rainfall prevent diurnal temperatures from rising much over 33°C (91.4°F.) Rainfall is heavy and is usually convectional. ► March (1) ► February (2) Here is a typical climatogram for an equatorial biome: ▼ January (7) 4.3.2 - The Atmosphere (KQ3): Tropical Desert Greenhouse Gases and... Tropical deserts are usually found in the the sub-tropics, as shown on the map below. 4.3.1 - The Atmosphere (KQ3): CFCs, Ozone, and Aci... 4.2.3 - The Atmosphere (KQ2): Weather Patterns and... 4.2.2 - The Atmosphere sailorsgogreen.blogspot.com/2018/01/422-atmosphere-kq2-climate-and-biomes.html 1/5 1/22/2020 SHS AICE Environmental Management: 4.2.2 - The Atmosphere (KQ2): Climate and Biomes (KQ2): Climate and Biomes They are hot, and they typically have exceptionally hot periods of the year. In many locations featuring maximum temperatures of 40°C to 45°C (113 F) 4.2.1 - The a hot desert climate, are not uncommon in Atmosphere summer. During colder periods of the year, night-time temperatures can drop to freezing or below (KQ2): due to the exceptional radiation loss under the clear skies; however, very rarely do temperatures Weather and Wind drop far below freezing. They are typically dry year-round. 4.1.2 - The Atmosphere Here is a typical climatogram for a tropical desert biome: (KQ1): Energy and the Atmos... 4.1.1 - The Atmosphere (KQ1): Atmospheric Structur...

► 2017 (11) ► 2016 (14) ► 2015 (26)

CONTRIBUTORS Savanna Captain Chemistry Savanna biomes are usually found in the outer regions of the tropical zones, as shown on the map John below.

Tropical savanna climates have monthly mean temperature above 18°C (64 F) in every month of the year and typically a pronounced dry season, with the driest month having precipitation less than 60 mm. In essence, a tropical savanna climate tends to either see less rainfall than a tropical monsoon climate or have more pronounced dry seasons.

Here is a typical climatogram for a savanna biome:

Monsoon

Monsoon biomes are shown on the map below.

sailorsgogreen.blogspot.com/2018/01/422-atmosphere-kq2-climate-and-biomes.html 2/5 1/22/2020 SHS AICE Environmental Management: 4.2.2 - The Atmosphere (KQ2): Climate and Biomes

Tropical monsoon climates have monthly mean temperatures above 18°C (64 F) in every month of the year and feature wet and dry seasons, as Tropical savanna climates do. Also like tropical savanna climates, a tropical monsoon climate's driest month sees less than 60 mm of precipitation but will always have some level of precipitation even in that month. A tropical monsoon climate tends to see less variance in temperatures during the course of the year than a tropical savanna climate. This climate has a driest month which nearly always occurs at or soon after the "winter" solstice for that side of the equator. There is often yearly major flooding events in monsoon biomes, most notably in India, due to the extreme wet season caused by a change in wind pattern. For more detail on this, read about monsoons here.

Here is a typical climatogram for a monsoon biome:

Warm Temperate

Warm temperate biomes lie between the tropics and polar regions, as shown on the map below (green areas).

The changes in warm temperate biomes between summer and winter are generally relatively moderate, rather than extreme hot or cold. There are usually 4 seasons and is home to most of world’s human population. In certain areas, such as Asia and central North America, the variations between summer and winter can be extreme because these areas are far away from the sea, causing them to have a continental climate. In regions traditionally considered tropical, localities at high altitudes (e.g. parts of the Andes) may have a temperate climate. It's not overly rainy or dry, thus the temperate description.

Here is a typical climatogram for a warm temperate biome:

Sub-Arctic

sailorsgogreen.blogspot.com/2018/01/422-atmosphere-kq2-climate-and-biomes.html 3/5 1/22/2020 SHS AICE Environmental Management: 4.2.2 - The Atmosphere (KQ2): Climate and Biomes

The sub-arctic biomes are between 50-70 degrees latitude North on large landmasses, as shown in the map below.

The Sub-Arctic Biome is characterized by long, usually very cold winters, and short, cool to mild summers. Most subarctic climates have very little precipitation, typically no more than 15 inches (380 mm) over an entire year. Vegetation in regions with subarctic climates is generally of low diversity, as only hardy species can survive the long winters and make use of the short summers.

Here is a typical climatogram for a Sub-Arctic Biome:

We will get into more detail of the major Biomes, and even add some more, in the Biosphere unit.

Posted by Captain Chemistry at 11:31 AM

No comments: