"Thermohaline" Example Sentences
1. The thermohaline circulation of the ocean plays a critical role in the Earth's climate system.
2. Scientists track the movement of water in the thermohaline system to study climate patterns.
3. The thermohaline properties of the ocean are affected by freshwater inflows and melting ice.
4. Global warming may impact the thermohaline circulation of the ocean, leading to significant changes in climate.
5. The thermohaline current flows from the surface of the ocean to the deep sea.
6. The Gulf Stream is an important component of the thermohaline circulation system.
7. Temperature and salinity are key factors in determining the direction and strength of the thermohaline currents.
8. The thermohaline cycle controls the distribution of heat and nutrients in the ocean.
9. The thermohaline circulation is driven by differences in water density caused by temperature and salinity variations.
10. The mixing of surface waters with deeper waters is a critical component of the thermohaline circulation system.
11. The global ocean is connected by the thermohaline conveyor belt, which travels around the world.
12. The effects of land use on river runoff can have a significant impact on the thermohaline properties of the ocean.
13. Changes in wind patterns can affect the thermohaline system by altering ocean currents and mixing rates.
14. The study of thermohaline circulation is a complex interdisciplinary field that involves meteorology, oceanography, and climate science.
15. The health of marine ecosystems is influenced by the thermohaline properties of the ocean.
16. The Atlantic Meridional Overturning Circulation (AMOC) is a well-known part of the thermohaline cycle.
17. Internal waves and eddies can also affect the thermohaline circulation of the ocean.
18. The thermohaline circulation system has been disrupted in the past by volcanic eruptions and meteorite impacts.
19. The thermohaline properties of seawater are determined by the balance between heating and cooling, and freshwater input and output.
20. The distribution and migration patterns of marine species are influenced by the thermohaline system.
21. The overturning of surface waters plays a key role in driving the thermohaline circulation system.
22. Acidification of the ocean caused by excess carbon dioxide can impact the thermohaline properties of seawater.
23. The meridional heat transport of the ocean is largely driven by the thermohaline circulation system.
24. In the Arctic Ocean, the thermohaline system is affected by sea ice melting and Arctic warming.
25. The thermohaline circulation of the ocean also influences sea level rise.
26. The thermohaline properties of the ocean are important for understanding long-term climate variability and change.
27. Scientists use computer models to simulate the thermohaline cycle and predict future changes.
28. The uptake of atmospheric carbon dioxide by the ocean can affect the thermohaline properties of seawater.
29. The thermohaline circulation system is part of a larger, complex network of ocean currents and eddies.
30. The thermohaline system is primarily driven by differences in density, but other factors such as wind and mixing also play important roles.
Common Phases
1.
Thermohaline circulation affects global climate;
2. The
thermohaline conveyor belt is crucial for oceanic nutrient distribution;
3. Global warming may disrupt
thermohaline circulation;
4. Changes in ocean salinity and temperature can alter
thermohaline circulation;
5.
Thermohaline circulation can impact marine ecosystems and fisheries.