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Biomes

A geographic area characterized by its climate, plant life and ecological community.

3,599 Questions

What is geographical range?

Geographical range refers to the area or region where a particular species, population, or ecosystem is found. It encompasses the geographical distribution of a species or population, including the specific habitats or environments they occupy within that range. Understanding the geographical range of a species is important for conservation efforts and biodiversity studies.

Is energy abiotic or biotic?

biotic, its a plant and plants grow. meaning its alive.

Land of maximum biodiversity is called?

There is no proper name for such lands. However, biodiversity hot-spots are regions known to flourish in their fauna and flora estimates. Any region with a very high net primary productivity, such as a tropical rain forest, will support high biodiversity.

How is Biomes organized?

Are you an idiot!?! Get yo' Gramma right!

Now that's called irony, fool!

Biomes (AP Bio?)- the AP is over btw

There are terrestrial and marine:

Terrestrial:

Tropical Rain Forest

Near Equator

Constant warm temperature

Most animals live canopies

Savanna(h)

Grassland with few trees

Desert

<30 cm rain a year

Chaparral (Scrubland)

Low lying salty marshes near coast

Temperate Grassland

Like savannah

Fertile- like middle America

Taiga

Confierous forests

Tundra

Permafrost

Above treeline

Furthest north

Aquatic:

Look it up- I have to do math homework

Explain and give an example of what is meant by the statement Climate has an important influence on the type of ecosystem found in an area.?

Climate refers to the long-term patterns of temperature, precipitation, and other weather factors in an area. Different ecosystems require specific climate conditions to thrive. For example, tropical rainforests are found in regions with consistently warm temperatures and high rainfall, whereas deserts develop in areas with hot temperatures and little precipitation due to climate influences.

What biomes are in the tropical zone?

Biomes in the tropical zone include tropical rainforests, tropical dry forests, tropical savannas, and tropical wetlands. These biomes are characterized by high temperatures and precipitation levels, supporting diverse ecosystems with a wide variety of plant and animal species.

Is greenland permafrost?

Yes, Greenland does have permafrost, which is soil that remains frozen for two or more years. Permafrost covers a significant portion of Greenland's land area, primarily in the northern part of the island.

What types of information would be most helpful in identifying a Biome?

The most helpful information in identifying a biome would include temperature range, precipitation levels, dominant vegetation types, and specific animal species that inhabit the area. This information can help determine the biome classification based on factors like temperature, rainfall, and biodiversity.

What is the plant that looks like mini lily pads called?

The plant that looks like mini lily pads is called "duckweed." It floats on the surface of water and has small round leaves resembling lily pads. Duckweed is commonly found in ponds and other bodies of water.

What decomposers live in the prairie?

Common decomposers found in prairies include fungi (such as mushrooms), bacteria, and invertebrates like earthworms and insects. These organisms break down dead plant and animal material, helping to recycle nutrients back into the ecosystem.

What is a biome and what does it include?

A biome is a large, distinct ecosystem characterized by its climate, vegetation, and animal life. It includes a variety of habitats such as forests, deserts, grasslands, tundras, and aquatic environments. Each biome has unique plant and animal species adapted to its specific environmental conditions.

In which type of climate are coniferous forest found?

Coniferous forests are typically found in colder climates, such as boreal or taiga regions, where temperatures are low and winter seasons are long. These forests thrive in areas with moderate to high levels of precipitation and often experience snowfall during the winter months.

What are the biotic and abiotic factors for an oak tree?

Biotic factors for an oak tree include insects, birds, and fungi that interact with the tree. Abiotic factors include sunlight, water, temperature, and soil nutrients that influence the tree's growth and survival.

A reef that surrounds a volcanic island is what?

A reef that surrounds a volcanic island is known as a fringing reef. These reefs usually form close to the shoreline and develop on the shallow-water platform around the island. The growth of corals on the fringing reef is influenced by the volcanic activity and the geography of the island.

How do abitic and bitic factors affect the ecosystem?

Abiotic factors are non-living elements like temperature, sunlight, and water that influence the ecosystem's balance and productivity. Biotic factors, on the other hand, involve living organisms such as plants and animals that interact with each other and with the abiotic factors within the ecosystem. Together, these factors play a crucial role in shaping the diversity and stability of ecosystems.

Biotic and abiotic factors in weasels?

Biotic factors for weasels include prey availability, competition with other predators, and diseases. Abiotic factors include climate, temperature, and habitat availability. These factors can influence the population size, behavior, and distribution of weasels in their environment.

What is the average wind speed in a taiga biome?

The average wind speed in a taiga biome typically ranges from 4 to 7 miles per hour. However, wind speeds can vary depending on location and season within the taiga biome.

Which marine biome is characterized by deep water depths that never receive sunlight?

The aphotic zone, also known as the midnight zone, is a marine biome characterized by deep water depths that never receive sunlight. This zone is found below the photic zone and is inhabited by organisms that do not rely on photosynthesis for energy.

Explain how symbiotic relationships are similar and different from predator-prey interactions?

different:A symbiotic relationship involves 2 species living together. Mutualism is when both benefit. Commensalism is when one benefits without harming the other. Parasitism is when one species benefits while harming--but not killing--the other. An example of parasitism would be a tick on a dog. If the dog died, it would stop pumping blood for the tick to consume.

In predator-prey relationships, most often one party must die for the other to benefit.

simmilar:

both have at least one species that benefits

In which region of north america would you expect to find permafrost?

Possibly Yellowstone or around mountain terrain areas in us or Canada,also i think there are some in the area of Niagara falls and the northen parts of canda around the Hudson bay

Which biome contains plants and animals that are adapted to conserve water?

Desert biome contains plants and animals that are adapted to conserve water due to the low precipitation levels. These adaptations include water-storing tissues, reduced leaf surface area, and efficient water retention mechanisms.

What is the latitude and longitude for ocean biomes?

Formally, the 'Tropic Zone' is the belt around the Earth's middle, between the

"Tropics" of Cancer and Capricorn. From 23.5 degrees south to 23.5 degrees

north latitude, and all longitudes, all the way around.

What is Give 5 examples of organism in each biome?

Sure, here are examples of organisms in five different biomes:

  1. Tropical Rainforest: Howler monkey, jaguar, toucan, sloth, and anaconda.
  2. Desert: Camel, scorpion, cactus, meerkat, and rattlesnake.
  3. Grassland: Bison, zebra, lion, grasshopper, and ostrich.
  4. Tundra: Polar bear, Arctic fox, caribou, snowy owl, and musk ox.
  5. Coral Reef: Clownfish, coral, sea turtle, parrotfish, and jellyfish.

How do both biotic an abiotic elements involved in the nitrogen cycle?

Best Answer - Chosen by VotersThe only abiotic element in the nitrogen cycle I know of is lightning. Lightning bind nitrogen and some other stuff to form nitrates. There are certain bacteria, primarily found on the roots of legumes, that also partake in nitrogen fixation. Then there are all the other organisms that utilize this nitrogen and eventually release it back into the cycle.

How can you help to safe coral reefs?

Solutions

Solutions to the problems of climate change and reefs exist on a number of levels.It is important for governments to realise the urgency of this situation as reefs are not going to be able to withstand such dramatic changes in climate for long.Governments should have a responsibility to educate both the public and industry about these hazards. Laws banning the production of CFC gases would help to slow down the rate of ozone depletion and global warming. If fines existed for production of these gases, maybe industry would be encouraged to use safer alternative measures. You can help by reducing your energy consumption (turn off lights, walk instead of drive) therefore reducing the amount of fossil fuels (which release CO2) that are burnt for you.

What Can You Do?

No problem is to big for you to help a little bit. The reef might feel far away from you but you can do your bit to help save the reef by doing a few simple things. Don't buy aerosol cans that are powered by CFC gases. If nobody buys them then there won't be any point in them being manufactured anymore. Take public transport when you're going somewhere rather than your own private gas guzzling machine. Emissions from automobiles are the 2nd largest source of greenhouse gases. So if everybody took the bus or the train then the number of vehicles on the road would fall dramatically. You might want to think about how much meat you eat - most of the deforestation in the world is so that cows can eat grass. Forests produce oxygen and eat up carbon dioxide, while cows produce a lot of methane - not a good combination. These things might seem small but they can really help solve the problems of climate change. Imagine if everybody did this, there would hardly be a problem at all!

What is being done?

The Great Barrier Reef Marine Park Authority has prepared a Coral Bleaching Response Plan. Its development has been triggered by the increasing threat of coral bleaching under projected climate change scenarios. Key objectives of the plan are to Improve ability to predict bleaching risk, provide early warnings of major coral bleaching events , measure the spatial extent of bleaching , assess the ecological impacts of bleaching, involve the community in monitoring the health of the Reef, communicate and raise awareness about bleaching , evaluate the implications of bleaching events for management policy and strategies. The response plan has the following two main components: Early Warning System - Climate monitoring, Sea temperature monitoring, BleachWatch. Assessment and monitoring - Broad-scale synoptic surveys, Intensive in-water surveys.

How To Help

Minimise the use of chemically enhanced fertilizers, insecticides, pesticides, and herbicides. Such chemicals are non degradable and they will end up in the rivers and oceans and will disturb the natural ecosystem. Practice safe and proper disposal of industrial waste. Some harmful industrial waste must be treated before being disposed of in bodies of water. Respect and follow rules and regulations as well as dos and don'ts when you visit a coral reef area. Avoid water pollution wherever possible. Do not dump chemicals (especially human waste) or oils in bodies of water. Avoid deforestation which increases global warming. Instead, participate in tree growing campaigns by planting trees or giving financial support. Avoid overfishing and the use of fish nets. Overfishing results in a drop in zooplankton and therefore starvation of corals. Refrain from starting a live rock aquarium. The rock is increasingly being depleted from the reefs. Take all possible measures to prevent actions that exacerbate global warming. Avoid desertification and the release of harmful chemicals into the atmosphere, as these degrade the ozone layer which prevents or limits the amount of sunlight that reaches the earth's surface. Temperature increases have been cited to be among the major causes of coral bleaching because a continued increase in world temperatures has been recorded. Water pollution must be limited since the placement of dark substances with high absorbance tends to promote water temperature increases. Activities like cloud seeding over a coral reef would form clouds to act as a blanket to help reduce temperatures across the water.