Biomes

Most humans live in the biome known as temperate deciduous forest. This biome experiences four distinct seasons with moderate temperatures and abundant rainfall, supporting a diverse range of plant and animal species.

Ocean currents can influence the temperature, nutrient levels, and oxygen distribution in different regions, which in turn affects the marine life present. For example, warm currents can support tropical coral reefs, while cold currents can support rich plankton blooms. Changes in ocean currents due to natural or human-induced factors can result in shifts in species distribution and productivity in a biome.

Abiotic factors that help characterize a biome include temperature, precipitation, soil type, sunlight, and elevation. These factors influence the types of plants and animals that can thrive in a particular biome and contribute to its overall characteristics.

Tulips are typically found in temperate grassland biomes, which have moderate temperatures and sufficient sunlight for their growth. They thrive in regions with well-drained soil and a distinct change in seasons.

The rainforest biome is often considered one of the coolest due to its high biodiversity, lush vegetation, and unique animal species. It is home to a wide variety of plants and animals, making it an incredibly diverse and fascinating ecosystem.

The researchers are most likely studying the rainforest biome due to its high biodiversity, complex ecosystem interactions, and potential for discovering new species.

Temperature and salinity levels are abiotic limiting factors that can significantly impact organisms in marine biomes. Organisms have specific temperature and salinity ranges within which they can survive and thrive, and changes in these factors can disrupt their physiological processes and overall health.

Biotic factors in an ecosystem's close-up include living organisms such as plants, animals, fungi, and microorganisms interacting with each other and their environment. These factors play a crucial role in shaping the ecosystem's dynamics, diversity, and stability.

Desert regions typically have the least rainfall, with many receiving less than 10 inches of rain annually. Antarctic and Arctic regions also have very low precipitation due to the cold temperatures.

tropical rainforest

The abiotic factor that describes the desert biome climate is low precipitation. Deserts receive very little rainfall, leading to dry and arid conditions with high temperatures and low humidity.

Climate determines the types of organisms that can survive in a biome by influencing factors such as temperature, precipitation, and sunlight, which in turn affect the availability of resources like water and food. Organisms that are adapted to the specific climate conditions of a biome are more likely to thrive and reproduce, thus shaping the overall biodiversity of that biome.

The single most important factor that defines desert biomes is low precipitation, resulting in arid conditions and limited water availability. This lack of water shapes the unique adaptations of desert flora and fauna to survive in these harsh environments.

The rainforest biome typically receives the most precipitation on average due to its warm temperatures and high humidity, leading to frequent rainfall. Rainforests are characterized by heavy and consistent rain throughout the year, supporting lush and diverse vegetation.

Biomes and vegetation change due to factors such as climate, soil conditions, topography, and human activities. Changes in temperature, precipitation, and sunlight can alter the type of vegetation that can thrive in a particular area, leading to shifts in biomes. Human activities like deforestation, agriculture, and urbanization also contribute to changes in biomes and vegetation patterns.

No, the Florida Everglades is a unique ecosystem known as a "river of grass" due to its slow-moving water flow and abundant vegetation. It is classified as a freshwater peatland marsh, not an estuary which is typically a semi-enclosed coastal body of water where freshwater from rivers meets and mixes with saltwater from the sea.

• Tundra: Temperature, permafrost, and precipitation
• Desert: Temperature, aridity, and soil composition
• Tropical Rainforest: Temperature, rainfall, and sunlight availability
• Grassland: Temperature, precipitation, and fire frequency
• Marine: Temperature, salinity, and dissolved oxygen levels

An Ocean and Mount Everest.

The only light below the photic zone of the ocean, about 150-400 m, comes from underwater volcanoes and bioluminescence. No photosynthesis can take place.

Mountain peaks in many places in the world have conditions that can't support vegetation; the elevation at which this occurs is variable dependent on year round temperature, humidity, precipitation, soil or mineral composition, and an oxygen poor atmosphere.

These areas of the oceans or mountains is sometimes called 'the dead zone'.

Any thing like this is just life that is dormant for awhile. It will sprout under the proper conditions. A bear that hibernates through the winter is also an example. These are both biotic.

The intertidal zone, also known as the littoral zone, is the area between the highest and lowest tides. This biome is characterized by constantly changing environmental conditions such as exposure to air and water, fluctuations in temperature, and wave action. Organisms in the intertidal zone have adapted to survive in this dynamic and challenging environment.

Desert biomes have harsher environmental conditions, such as high temperatures and limited water availability, which make it difficult for many organisms to survive. Forest biomes, on the other hand, typically have a more stable and favorable environment with abundant water and resources, which can support a greater diversity of organisms.

Competition in biomes refers to the struggle between organisms for limited resources such as food, water, and space. This competition can lead to adaptations that help species survive and outcompete others in their environment. It plays a key role in shaping the structure and dynamics of ecosystems.

Tropical rainforests typically have the biggest biomass due to the high levels of vegetation and diversity of plant and animal species that contribute to the overall biomass.

The second largest biome on Earth is the taiga, also known as the boreal forest. It is characterized by cold temperatures and coniferous trees, and spans across North America, Europe, and Asia.