Marine

1. Ocean: A vast body of saltwater that covers the majority of the Earth's surface.
2. Lake: An inland body of freshwater surrounded by land.
3. River: A flowing body of freshwater that moves in one direction towards a larger body of water.
4. Wetland: An area of land that is saturated with water, such as marshes, swamps, and bogs.

The temperature in marine biomes can vary depending on the location and time of year. In general, marine biomes tend to have relatively stable temperatures due to the large body of water moderating the climate. However, some areas may experience seasonal temperature changes, such as colder temperatures in the winter and warmer temperatures in the summer.

nothing actually...they dont do anything relevant to any life form

Actually, you have to be skilled in a lot of things. Calculus, biology, statistics, programming, and many others. You also have to be physically fit. This is not a career for lazy bums.

Pros of marine biology include the opportunity to study and protect marine life, contribute to conservation efforts, and explore the diverse ecosystems of the ocean. However, cons may involve challenging fieldwork conditions, limited job opportunities compared to other fields, and potential risks associated with working in the marine environment.

Seasonal changes in the marine biome can include temperature variations, shifts in ocean currents, fluctuations in nutrient availability, and changes in species behavior such as breeding, migration, and feeding patterns. These changes are influenced by factors like sunlight intensity, wind patterns, and weather conditions, impacting the overall ecosystem dynamics in the marine biome throughout the year.

The marine biome consists of diverse habitats such as oceans, coral reefs, estuaries, and intertidal zones. These areas can have varying terrain, from deep ocean abyssal plains to rocky shorelines or sandy beaches, providing different environments for marine life to thrive.

The only layer of the earth to contain life is the crust. The crust consists of two parts: the continental crust and the oceanic crust. The oceanic crust is below the oceans and is 4-7 miles thick. The continental crust is the surface you see. It is mostly water and 29% land.

Swamps and salt marshes are not considered types of river biomes. Swamps are wetland areas with standing water, while salt marshes are coastal wetlands flooded by seawater. River biomes refer to bodies of flowing freshwater like rivers and streams.

Biotic factors in mountain biomes include plants, animals, and microorganisms. Abiotic factors include temperature, altitude, precipitation, soil composition, and sunlight levels. These factors together shape the unique ecosystems found in mountain biomes.

The oceanic zone that is both biologically the most productive and physically the most demanding is the euphotic zone. This zone receives the most sunlight, supporting high levels of photosynthesis, which in turn results in abundant marine life. However, the euphotic zone also faces physical challenges such as the need to adapt to high light levels, strong wave action, and competition for resources.

The map fails to show us whether the rain falls in a fine drizzle over a l ong period of time or if it comes in sudden, quick thunderstorms.

In case that doesn't make sense, here's an example:If the mean annual precipitationmap for Coeur d'Alaine, Idaho, records 150 inches that year, then we are not sure if it rained 150 inches in January and February thunderstorms or if it lightly drizzled for eight months.

I hope this makes sense!

The two biome's that gets the most rainfall is the tropical rain forest and the temperate deciduous forest.

The growth potential for a marine biologist is moderate, with opportunities for advancement in research positions, academia, government agencies, conservation organizations, and private industry. Specializing in a niche field within marine biology, gaining relevant experience and networking can further enhance career growth prospects. It is important to stay updated on emerging technologies and research trends in the field to capitalize on growth opportunities.

Marine biologists study marine life and ecosystems, conducting research to understand marine organisms, their behavior, and habitats. They may conduct field work, analyze data, and contribute to conservation efforts to protect marine species and environments. Marine biologists may work in government agencies, research institutions, conservation organizations, or educational institutions.

The salt concentration in the marine biome typically ranges from 3.3% to 3.7%, which is around 33 to 37 parts per thousand (ppt). This salinity level can vary in different regions due to factors such as evaporation, precipitation, and freshwater input from rivers and streams.

Some examples of biomes include tropical rainforests, deserts, grasslands, temperate forests, tundra, and aquatic biomes like oceans, lakes, and rivers. Each biome has unique climate, vegetation, and wildlife adapted to thrive in those specific conditions.

It is difficult to determine the exact number of man-made watersheds as they can vary in size and complexity. However, many reservoirs or dams have created artificial watersheds by altering the natural flow of rivers and streams. These man-made watersheds are designed to manage water resources for various purposes such as agriculture, drinking water supply, and flood control.

Currents play a crucial role in marine life by influencing the distribution of nutrients, food availability, and the migration patterns of marine species. They can also impact the dispersal of larvae, aiding in the connectivity of populations across different regions. Additionally, currents can help regulate temperature and oxygen levels in the ocean, creating diverse habitats for marine life.

The Marlin is the fastest fish over long distance, they can reach 68-80kph/40-50mph). Sail fish are fastest over short distance, bursts up to 110kph/68mph). Now, as to animals and birds, penguins, but which, seals/ sea lions, orcas(killer whales), Otters, but again which.

The average yearly temperature for the marine biome varies greatly depending on location. However, in general, the average yearly temperature ranges from around 2°C in polar regions to 28°C in tropical regions.

Marine biologists study marine organisms and their interactions with the environment. They may conduct research on marine species, habitats, and ecosystems, as well as work to conserve and protect the ocean and its inhabitants. Marine biologists may also work in education, advocacy, or policy related to marine conservation.

The average temperature of the marine biome can vary widely depending on location and depth. In general, surface waters can range from 50°F (10°C) to 86°F (30°C), while deeper waters tend to be cooler. Additionally, polar regions can have temperatures close to freezing.

Yes, phytoplankton is considered marine life. They are microscopic organisms that live in aquatic environments like oceans and seas, playing a critical role in the marine ecosystem as primary producers at the base of the food chain.

Biotic factors (living organisms) in a marine ecosystem, such as fish and plants, interact with abiotic factors (non-living components) like temperature, sunlight, and water salinity. These interactions influence the distribution and abundance of species, nutrient cycling, and overall ecosystem dynamics. For example, changes in water temperature can impact the growth and behavior of marine organisms, while nutrient availability can affect primary productivity and food chains.

70% Marine, 19% Desert, 17% Boreal Forest, 13% Tropical Rain Forest, 13% Temperate Grassland, 11% Tundra, 10% Savanna, 8% Temperate Forest, 6% Mountains, 3% Scrub. This Chart only shows the 30% Land Biomes. http://web.rollins.edu/~jsiry/Biophysical.html