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Producers: Organisms that produce their own food through photosynthesis or chemosynthesis, capturing energy from sunlight or inorganic compounds.

Primary Consumers: Herbivores that feed directly on producers, obtaining energy by consuming plants or algae.

Secondary Consumers: Carnivores that feed on primary consumers, obtaining energy by consuming herbivores.

Tertiary Consumers: Carnivores that feed on secondary consumers, obtaining energy by consuming other carnivores.

Decomposers: Organisms that break down dead organic matter and waste, releasing nutrients back into the ecosystem.

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Phytoplankton (Producer): These microscopic, photosynthetic organisms drift in the ocean currents, capturing sunlight to produce energy. They form the foundation of the food web by providing energy to other organisms.

Deep-Sea Algae (Producer): Some algae adapted to low light conditions in the deep ocean can photosynthesize and serve as primary producers. They contribute to the production of organic matter in the absence of sunlight.

Zooplankton (Primary Consumer): Small animals like copepods and krill feed on phytoplankton. They are crucial as a link between primary producers and higher trophic levels, providing energy to small fish and other organisms.

Deep-Sea Squid (Primary Consumer): Some deep-sea squid species are primary consumers, feeding on zooplankton and smaller organisms. They, in turn, become prey for larger predators.

Gulper Eel (Secondary Consumer): This deep-sea fish is a secondary consumer, preying on smaller fish and invertebrates. Its large mouth allows it to swallow prey whole.

Fangtooth Fish (Secondary Consumer): Another example of a secondary consumer, the fangtooth fish, feeds on smaller fish and invertebrates in the deep ocean. It has large teeth adapted for capturing prey.

Giant Squid (Tertiary Consumer): As a tertiary consumer, the giant squid preys on fish and other squid species. It is one of the top predators in the deep-sea ecosystem.

Deep-Sea Bacteria and Microorganisms (Decomposer): Decomposers in the deep ocean include bacteria and microorganisms that break down organic matter from dead organisms. They play a crucial role in nutrient recycling.

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Water Temperature: The deep sea generally has a cold temperature, ranging from near 29- 37 degrees Fahrenheit. Temperatures remain relatively constant in the absence of sunlight-driven heating.

Salinity: Salinity levels in the deep sea are typically high and remain relatively stable at 35 parts per thousand, or 3.5%. The deep ocean is often more saline compared to surface waters due to factors such as evaporation and freezing at the polar regions.

Water Movement: Water movement in the deep sea is influenced by currents, which can be driven by factors like temperature differences and variations in salinity. However, deep-sea currents are generally slower and less predictable than those in surface waters.

Depth: Depths can range from several hundred meters to over 10,000 meters in areas such as ocean trenches.

Color: The deep sea is characterized by a lack of sunlight penetration, resulting in darkness. As a result, the water appears dark or black, and there is little to no visible light beyond a certain depth.

Sunlight Exposure: Sunlight penetration decreases rapidly with depth in the deep sea. Beyond the euphotic zone (upper layer with sufficient light for photosynthesis), sunlight is virtually absent. The deep sea relies on alternative energy sources such as bioluminescence rather than sunlight.

1. I: This ecosystem is a Saltwater environment

II: This ecosystem remains consistent and stable year-round due to its depth causing the absence of sunlight.

III: Aphotic Zone

2. The extinction of primary consumers would affect the organisms at higher trophic levels. Carnivores that rely on herbivores as their prey would face a decline in food availability, potentially leading to population declines or even extinction for some predator species like the Deep Sea Squid.

3. Decomposers contribute to the carbon cycle by decomposing organic matter and releasing carbon dioxide back into the atmosphere. The removal of decomposers could disrupt the carbon cycle, potentially leading to imbalances in greenhouse gas levels and climate impacts.

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1. Non-living factors in a deep-sea ocean ecosystem include temperature, pressure, salinity, dissolved oxygen levels, and the composition of the seabed.

2. Living factors in a deep-sea ocean ecosystem include various marine organisms such as fish, squid, jellyfish, deep-sea corals, bacteria, and other specialized creatures adapted to extreme conditions like the Leviathan.

3. The Leviathan would mainly consume the Deep-Sea Squid and the Giant Squid.

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What my ecosystem would look like