100 Examples of sentences containing the common noun "isotherm"

Definition

An isotherm is a line on a map or chart that connects points of equal temperature at a given time or over a specific period. It is commonly used in meteorology, geography, and climate science to visualize temperature distributions.

Synonyms

• Temperature line
• Equal temperature line
• Thermal contour

Antonyms

• Temperature gradient
• Temperature anomaly

Examples

1. The meteorologist used an isotherm to display the temperature changes across the region.
2. During the analysis, the team marked each isotherm to understand the climate patterns better.
3. The isotherm indicated a significant drop in temperature as we moved towards the poles.
4. In the weather report, the isotherm highlighted areas of extreme heat.
5. Scientists often create an isotherm to predict future climate conditions.
6. The isotherm on the map showed a uniform temperature across the valley.
7. By analyzing the isotherm, researchers could determine the effects of global warming.
8. The isotherm revealed a stark contrast between coastal and inland temperatures.
9. To illustrate the data, the researcher drew an isotherm on the graph.
10. The isotherm helped in understanding the thermal behavior of the ocean currents.
11. An isotherm is crucial for studying the effects of altitude on temperature.
12. The isotherm depicted a warm front approaching the region.
13. The students learned how to interpret an isotherm during the geography lesson.
14. A detailed isotherm can aid in agricultural planning.
15. The isotherm suggested a mild winter ahead for the northern states.
16. The research paper included an isotherm to support the findings.
17. The isotherm data was collected over a span of several years.
18. The climate model generated an isotherm to visualize temperature shifts.
19. The isotherm illustrated how urban areas tend to retain heat.
20. Environmental scientists rely on isotherm maps for their studies.
21. The isotherm indicated a correlation between elevation and temperature.
22. By examining the isotherm, the team made predictions for the upcoming season.
23. The isotherm analysis revealed unusual temperature spikes.
24. The isotherm acted as a guide for the expedition team.
25. A well-defined isotherm can show the impact of climate change over time.
26. The isotherm displayed a clear demarcation of hot and cold areas.
27. The project required the creation of an accurate isotherm.
28. The isotherm changed significantly after the heatwave.
29. The researcher was surprised by the isotherm results.
30. The isotherm was crucial for understanding the local ecosystem.
31. A detailed isotherm can assist in energy conservation efforts.
32. The isotherm provided a visual representation of temperature data.
33. The isotherm was used to inform local government policy.
34. The scientists debated the accuracy of the isotherm they had produced.
35. The isotherm lines indicated a stable climate pattern.
36. The isotherm allowed the team to identify climate anomalies.
37. The map featured a color-coded isotherm for better visualization.
38. The isotherm was generated using satellite data.
39. The isotherm highlighted the effects of deforestation on local temperatures.
40. The team's findings were supported by the isotherm analysis.
41. The isotherm provided insight into the region's climate history.
42. A sudden shift in the isotherm raised concerns among climatologists.
43. The isotherm showed the influence of ocean currents on weather.
44. The isotherm model helped predict future temperature trends.
45. The isotherm was essential for designing climate-resilient infrastructure.
46. The isotherm indicated a gradual warming trend in the area.
47. The researchers plotted an isotherm for their climate study.
48. The isotherm helped visualize the relationship between temperature and humidity.
49. The isotherm was part of a broader climate assessment project.
50. The isotherm demonstrated how urban heat islands develop.
51. The team presented their findings using an isotherm diagram.
52. The isotherm illustrated the temperature variations throughout the day.
53. The isotherm showed that morning temperatures were consistently cooler.
54. The isotherm was an important tool in their ecological research.
55. The isotherm enabled predictions about cold snaps.
56. The isotherm analysis was integral to their findings.
57. The isotherm helped explain the phenomenon of thermal inversions.
58. The data for the isotherm was collected over multiple seasons.
59. The isotherm was published in the latest climate report.
60. The isotherm indicated areas where temperatures were significantly higher than average.
61. The isotherm marked the boundary between different climate zones.
62. The isotherm was used in the analysis of crop yields.
63. A detailed isotherm can reveal shifts in climate patterns.
64. The isotherm analysis was featured in a leading environmental journal.
65. The isotherm is a vital part of climate modeling.
66. The isotherm provided evidence of rising global temperatures.
67. The isotherm showed how heat distribution changes throughout the year.
68. The isotherm was essential for understanding local weather phenomena.
69. The isotherm highlighted the effects of urbanization on temperature.
70. The team utilized the isotherm to support their hypothesis.
71. The isotherm indicated a shift in local climate conditions.
72. The isotherm was crucial for their meteorological predictions.
73. The isotherm revealed patterns not previously observed.
74. The isotherm was updated regularly to reflect changing conditions.
75. The isotherm analysis was presented at the climate summit.
76. The isotherm showed a clear trend toward warmer winters.
77. The isotherm was a key element in the environmental impact assessment.
78. The isotherm helped visualize the data collected from various sensors.
79. A misinterpretation of the isotherm could lead to flawed conclusions.
80. The isotherm demonstrated the link between altitude and temperature.
81. The isotherm analysis provided valuable insights for policymakers.
82. The isotherm illustrated the thermal characteristics of the region.
83. The isotherm revealed the potential for future climate changes.
84. The researchers were excited to present their isotherm findings.
85. The isotherm was utilized in the climate change model.
86. The isotherm indicated areas where temperatures were unusually low.
87. The isotherm data was cross-referenced with historical records.
88. The isotherm helped explain the distribution of plant species.
89. The isotherm was an important aspect of the climate study.
90. The isotherm provided a snapshot of temperature distribution.
91. The isotherm indicated that summer temperatures were rising.
92. The isotherm was crucial for understanding seasonal changes.
93. The isotherm was featured prominently in the research findings.
94. The isotherm allowed for a better understanding of the local climate.
95. The isotherm results were striking and prompted further investigation.
96. The isotherm helped correlate temperature with weather patterns.
97. The isotherm was instrumental in their analysis of climate data.
98. The isotherm highlighted the effects of climate variability.
99. The isotherm was drawn based on both historical and current data.
100. The isotherm provided clarity in understanding temperature fluctuations.