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Recommended: Biomes
The Taiga Biome is also known as the boreal forest. The taiga biome is the largest terrestrial biome and extends across Europe, North America, and Asia. The taiga is located near the tundra biome. It has short wet summers and l0ng cold winters. The taiga get a large amount of snow during the winter and plenty rain during the summer. The taiga is found throughout the high northern areas. The taiga makes up 29% of the world’s forest’s the largest areas are located in Canada and Russia. It has the lowest temperatures in winter. Temperatures vary from −54 °C to 30 °C throughout the whole year. Taiga soils tend to be poor in nutrients. It doesn’t have the deep, enriched nutrients present in temperate deciduous forests. Due to the cold the soil is also very thin which messes up the development of soil and the ease with which plants can use its nutrients.
Taigas have some small-leaved deciduous trees like birch, alder, and willow. Mostly in areas escaping the winter cold. There are two major types of taiga. The one in the south is the closed canopy forest, it has ma...
Depending on the biomes, rainfall and soil can vary. However, the rainfall is typically ranges from 30 cm to 200 cm. In mountainous regions and forest biomes, there would be plenty of rainfall. While in the grasslands, there’s little rainfall. In the temperate zone, there are two main types of trees, coniferous and deciduous. The deciduous trees, in the South, drop their leaves in the winter. Generally, the trees are usually small in height unless in the forest areas. The forests tend to have wide leaves and tall, large trees. The soil in deciduous forests is found to be very fertile. The different amount of rainfall in the forest areas and the grasslands cause the difference between the trees and plant height. The rainfall in forest regions can lead them to be very common with the rainforests. Furthermore, the changes and variation of weather could be the reason as to why the forests shed or don’t shed their leaves. The leaves show a correlation between the fair amount of sunlight during the summer causing the leaves
Each of these Pennsylvania evergreen species provides a variety of resources unique to their own species. Whether it be producing timbe...
What is a biome? Biomes are major life zones characterized by vegetation type or by the physical environment. Climate plays a role in determining the nature and location of Earth’s biomes. Texas has 10 different ecosystems with lots of diversity. Minnesota has 4 different ecosystems which are also quite diverse. Regardless of the size of the biomes or the number of biomes in each state, they are all important not just to the locate environment but on a global level because of the life they support. We are going to take a look at the different biomes, comparing climate and rainfall, as well as vegetation fauna.
Plants in the Taiga are important because the majority of the land is dense conifers. In the Taiga there are acres sometimes miles of the exact species of plant. Plants adapt to the climate so not all plants can thrive or survive so there is not a huge variety of plants. Spruce, fir and hemlock are the most abundant trees in the Taiga and some deciduous trees include poplar, birch and aspen. Evergreens have special adaptations in their shape that help support them when it snows. Tamaracks are one of a few trees other than evergreens that do lose their leaves and lives in the Taiga.
The animal I chose to make a habitat for is the cotton-top tamarin. From my knowledge, I was able to make judicious choices that would suit a cotton-top tamarin’s likes and dislikes. Zoo exhibits already are equipped with supplies tamarins need. But the picture I drew is how I think a habitat for a cotton-top tamarin should be in a zoo exhibit. Cotton-top tamarin is a SSP (Species Survival Plan) animal who’s critically endangered animal due to deforestation and wildlife trafficking. These animals are supposedly ideal captive animals, but they really aren’t and they shouldn’t be.
The vegetation is mostly trees. There are many types of trees, Some of the trees are coniferous trees and deciduous. It is all scattered in the southern part of the Canadian Shield. The forests are all mixed with birch trees, aspen trees, tamarisk trees, black and white spruce trees, willow trees, hemlock trees, pine trees and balsam fir trees. The mixed forests are beautiful in the fall when the leaves of the deciduous trees change color.
Another biome in the park is their temperate forest. Temperate forests have high humidity, high levels of precipitation, and variety of trees are also included. Freshwater biomes surround the park as well.
The taiga is also known as boreal forest and is mainly distinguishable due to its abundance of carnivorous forests that are primarily made up of conifer or cone-bearing trees (NP, UC Santa Barbara). Three of the four most common conifers are evergreens, namely spruce, fir, and pine. The fourth conifer is the tamarack, also known as the larch, which is a deciduous tree. Other types of deciduous trees that can occasionally be found in the taiga include oak, birch, willow, and alder trees. The taiga does not feature a wide variety of plant life in comparison with other biomes due to its harsh climate; thin, acidic, and nutrient-lacking soil; and rocky terrain.
Many old-growth forests across the landscape of northern Lower Peninsula of Michigan contain a mixture of tree species rather than a monoculture. Many researchers have put forward ideas to explain the competition and co-existence of tree species in such communities. A theory explaining competition and co-existence between two species is gap regeneration. Gap regeneration is when a gap is created upon death of a plant individual and a new individual, sometimes of the same species as died and sometimes not dependent on environmental heterogeneity, takes its place (Kenneth Lertzman). Canopy gaps during gap regeneration can be explained by either reciprocal replacement or habitat preference . In a reciprocal replacement, seedlings of one species would be found predominately under large trees ...
The tundra artic plains completely cover most of the earth’s lands north of the coniferous forest belt. The tundra’s ecosystem is very sensitive. It doesn’t have the ability to restore itself. Controlled by sedge, heath, willow, moss, and lichen. Plains that are pretty much alike, called alpine tundra, occur above the timberline in the high mountains of the world.
FAO: State of the World's Forests. Rome: Food and Agriculture Office of the United Nations; 2007. Print.
The Taino, meaning “the men of the good,” are the indigenous people who make their home in many parts of the Caribbean islands. The Taino have origins which can be traced back to the Arawak tribe of the Orinoco Delta. It is said that the Taino started to settle in the Caribbean around 400 B.C. They established communities on the island of Hispaniola. Today Hispaniola is known as Haiti and the Dominican Republic. Taino also settled in Jamaica, eastern Cuba, Puerto Rico, and the Virgin Islands along with the Bahamas. It is estimated that the Taino population may have reached more than three million people, with smaller settlements throughout the Caribbean.
The Yasuni National Park possesses very diverse rainforest which significantly impact how the ecosystem functions; yet the the processes of disturbance and succession greatly affect them ("Yasuni National Park, Ecuador", "Ecuador Yasuni ITT Trust Fund" ). Just one hectare of the park contains more species of trees and bushes than all of North America ("Foreseeable Impacts of Oil Industry Activity in Yasuní")! There are a staggering 1762 species of trees and shrubs that have been identified in Yasuni, and approximately 400 of them are inherent to the region (“Foreseeable”). Hundreds of the plants in the previously untouchable zones have not even been classified or studied in depth (“Foreseeable”). The park is also paradise to a multitude of animal...
Nigh, Gordon D., Ying, Cheng C. & Qian, Hong. (2004, October). Climate and Productivity of Major Conifer Species in the Interior of British Columbia, Canada. Forest Science 50(5), 659.