Salinity- Our ecosystem has a high salinity, which is caused by the high evaporation rates and limited freshwater input. The average salinity is around 38-39 ppt.

Movement- There are very slow currents and deep-water circulation.

Depth- Our ecosystem has varying depths, from shallow coastal areas to deeper regions reaching over 4000 meters.

Color- The water color of our region is typically very clear, deep blue, especially in open ocean areas, but in coastal areas can appear greener.

1.Produce oxygen through photosynthesis

2.Form the base of aquatic food webs

3.Absorb carbon dioxide from the atmosphere

4.Support ocean productivity and biodiversity

5.Influence climate patterns and ocean chemistry

2. Nutrient cycling: Help distribute nutrients throughout ocean ecosystems.

3. Ecosystem balance: Maintain balance in food webs.

4. Carbon sequestration: Contribute to carbon cycling in oceans.

5. Biodiversity support: Provide sustenance for numerous species.

2. Nutrient cycling: Helps distribute nutrients throughout ocean ecosystems.

3. Ecosystem balance: Maintains balance in food webs.

4. Carbon sequestration: Contributes to carbon cycling in oceans.

5. Biodiversity support: Provides sustenance for numerous species.

2. Nutrient cycling: Transport nutrients between different ocean layers.

3. Ecosystem health indicator: Presence suggests healthy marine environments.

4. Biodiversity support: Provide sustenance for numerous species.

5. Carbon sequestration: Contribute to carbon cycling in oceans through their diet and waste.

6. Ecosystem resilience: Help ecosystems recover from disturbances like climate events.

2. Nutrient cycling: Help distribute nutrients through their feeding activities.

3. Ecosystem health indicator: Presence suggests healthy marine environments.

4. Biodiversity support: Provide sustenance for numerous species.

5. Carbon sequestration: Contribute to carbon cycling in oceans through their diet and waste.

6. Ocean productivity: Support overall marine ecosystem health and productivity.

2. Phytoplankton fertilization: Whale feces provide iron and other nutrients essential for phytoplankton growth.

3. Carbon sequestration: Whales help remove carbon dioxide from the atmosphere by supporting phytoplankton growth and storing carbon in their bodies.

4. Food source: As both predators and prey, whales support entire food chains.

5. Ocean productivity: High whale densities correlate with increased fish populations and overall ecosystem productivity.

2. Nutrient cycling: Help distribute nutrients through their feeding and migration activities.

3. Ecosystem health indicator: Their presence suggests healthy marine ecosystems.

4. Biodiversity support: Provide sustenance for numerous species.

5. Carbon sequestration: Contribute to carbon cycling in oceans through their diet and waste.

6. Ocean productivity: Support overall marine ecosystem health and productivity.

7. Climate regulation: Influence local ocean conditions through their migrations and feeding patterns.

2. Nutrient cycling: They help distribute nutrients through their feeding activities.

3. Ecosystem balance: Maintain balance in marine food webs as both predators and prey.

4. Biodiversity support: Provide sustenance for numerous species.

5. Carbon sequestration: Contribute to carbon cycling in oceans through their diet and waste

2. Nutrient cycling: Transport nutrients between different ocean layers.

3. Ecosystem health indicator: Presence suggests healthy marine environments.

4. Biodiversity support: Provide sustenance for numerous species.

5. Carbon sequestration: Contribute to carbon cycling in oceans through their diet and waste.

6. Ecosystem resilience: Help ecosystems recover from disturbances like climate events.