100 Examples of sentences containing the common noun "advection"

Definition

Advection refers to the process by which heat, moisture, or other properties of a fluid are transported by the bulk motion of that fluid. It commonly occurs in meteorology, where it describes the horizontal transfer of air masses, influencing weather patterns and temperature.

Synonyms

• Transport
• Convection
• Transfer
• Movement
• Flow

Antonyms

• Conduction
• Radiation
• Stagnation
• Inertia

Examples

1. The warm air mass began to advection across the region, raising temperatures significantly.
2. Meteorologists study how advection affects local climate changes.
3. The advection of moisture from the ocean can lead to heavy rainfall inland.
4. Scientists measured the advection of pollutants in the river system.
5. The advection of cool air helped to stabilize the atmosphere.
6. Changes in advection patterns can signal shifts in weather systems.
7. The advection of heat from urban areas creates microclimates.
8. Understanding advection is crucial for accurate weather forecasting.
9. The coastline experiences significant advection from ocean currents.
10. The advection process can lead to the development of storms.
11. The study of advection includes analyzing wind patterns and pressure systems.
12. Differences in advection rates can cause temperature inversions.
13. The advection of cold air from the north brought unexpected frost.
14. Seasonal advection influences agricultural practices in many regions.
15. The advection of air pollutants raises environmental concerns.
16. Changes in ocean advection can impact marine ecosystems.
17. The advection of warmer waters affects the local fishing industry.
18. Researchers found that advection plays a role in climate change.
19. The advection of moisture-laden air contributes to fog formation.
20. Understanding the advection of heat helps improve energy efficiency in buildings.
21. The advection of surface currents is vital for oceanic studies.
22. Scientists are investigating how advection affects glacier melting.
23. Urban areas often experience enhanced advection due to their layout.
24. The advection of high-pressure systems can lead to clear skies.
25. A sudden advection of warm air can disrupt established weather patterns.
26. The advection process is essential for nutrient distribution in bodies of water.
27. The advection of dry air is a common phenomenon in desert regions.
28. The climate model simulates the advection of heat and moisture accurately.
29. Changes in advection patterns can lead to unexpected weather phenomena.
30. The advection of atmospheric gases is a key factor in air quality.
31. The advection of energy influences ocean temperatures.
32. Meteorological forecasts often include predictions about advection.
33. The advection of air masses can bring drastic temperature changes.
34. Understanding advection is important for predicting storms.
35. The advection of air over mountains leads to orographic lift.
36. The advection of warm air in winter can lead to unseasonably mild days.
37. The advection of moisture from the sea creates lush coastal ecosystems.
38. The concept of advection is crucial for understanding fluid dynamics.
39. The advection of heat in the atmosphere influences global weather.
40. The advection of winds plays an important role in ocean currents.
41. Tracking advection patterns helps scientists predict climate anomalies.
42. The advection of cold fronts can lead to temperature drops overnight.
43. The advection of nutrients is essential for aquatic life.
44. The advection of warm waters affects tropical storm development.
45. The advection of cooler air can enhance the effectiveness of air conditioning.
46. The advection of moisture is critical in the formation of clouds.
47. Seasonal changes in advection patterns impact wildlife migration.
48. The advection of heat from the ocean can influence coastal weather.
49. The advection of air pollutants can have serious health effects.
50. The advection of warm air can enhance the greenhouse effect.
51. The advection of air masses is a key concept in meteorology.
52. The advection of heat is responsible for many weather phenomena.
53. The advection of particulates in the atmosphere can affect climate.
54. The advection of moisture can lead to increased humidity levels.
55. Understanding the advection of heat is vital for climate research.
56. The advection of air can significantly alter local weather conditions.
57. The advection of cold air masses is often associated with winter storms.
58. The advection of heat from urban areas contributes to the heat island effect.
59. The advection of warmer ocean currents affects marine biodiversity.
60. The advection of air from the ocean can lead to foggy conditions.
61. The advection of tropical air can lead to tropical storms.
62. Changes in advection are closely monitored by climatologists.
63. The advection of air can enhance or diminish local air quality.
64. The advection of moisture influences precipitation patterns.
65. The advection of heat in the atmosphere is a complex process.
66. The advection of winds affects sailing conditions.
67. The advection of different air masses leads to varied weather conditions.
68. The advection of cold air can cause a sudden drop in temperature.
69. The advection of energy influences weather systems globally.
70. The advection of gases can have implications for climate change.
71. The advection of warm air can disrupt local ecosystems.
72. The advection of cool air can provide relief during a heatwave.
73. The advection of moisture is a key factor in desert formation.
74. The advection of air masses helps define weather fronts.
75. The advection of sea breezes can moderate coastal temperatures.
76. The advection of energy is integral to understanding climate dynamics.
77. The advection of air can significantly impact wildfire behavior.
78. The advection of moisture plays a role in drought conditions.
79. The advection of air can influence local topography.
80. The advection of heat is linked to changes in ocean circulation.
81. The advection of nutrients from rivers supports coastal fisheries.
82. The advection of warm air can create unstable atmospheric conditions.
83. The advection of air can lead to the development of thunderstorms.
84. The advection of cold fronts often brings precipitation.
85. The advection of heat during summer can exacerbate heatwaves.
86. The advection of moisture influences cloud formation.
87. The advection of cooler air can stabilize the atmosphere.
88. The advection of ocean currents is influenced by wind patterns.
89. The advection of warm air can lead to rapid snowmelt.
90. The advection of pollutants can affect large metropolitan areas.
91. The advection of heat impacts energy consumption in cities.
92. The advection of tropical air masses can lead to severe weather.
93. The advection of moisture is crucial for agricultural success.
94. The advection of warm air affects winter weather patterns.
95. The advection of cold air can lead to frost in the spring.
96. The advection of air can enhance or diminish weather systems.
97. The advection of ocean currents is a fundamental concept in marine science.
98. The advection of gases is important for atmospheric chemistry.
99. The advection of heat can influence regional climate trends.
100. The advection of cooler air can provide relief during heat waves.