METEOROLOGICAL

Definition of METEOROLOGICAL

METEOROLOGICAL Adjective

Meteorological is an adjective relating to meteorology, the scientific study of the atmosphere, weather, and climate.

Scientific Study: Meteorological studies involve the analysis and prediction of atmospheric phenomena such as temperature, humidity, precipitation, wind patterns, and atmospheric pressure. For example, “Meteorological data helps meteorologists forecast weather patterns.”

Weather Forecasting: Meteorological techniques and models are used to predict short-term and long-term weather conditions. This information is crucial for planning activities, agriculture, aviation, and disaster preparedness. For instance, “The meteorological forecast predicts heavy rainfall in the region tomorrow.”

Climate Analysis: Meteorological research also includes the study of long-term climate trends, climate change impacts, and variability. Climate scientists use meteorological data to understand global climate patterns and their implications for ecosystems and societies. For example, “Meteorological studies show an increase in global temperatures over the past century.”

Instrumentation and Technology: Advances in meteorological instrumentation, such as weather satellites, radar systems, and weather stations, have enhanced data collection and analysis capabilities. These tools provide real-time information for meteorologists to monitor and predict weather events accurately. For instance, “Meteorological satellites track storm systems and monitor atmospheric conditions globally.”

Interdisciplinary Collaboration: Meteorological research often involves collaboration with other scientific disciplines, including climatology, hydrology, oceanography, and environmental science. This interdisciplinary approach contributes to a comprehensive understanding of Earth’s atmosphere and climate system. For example, “Meteorological and oceanographic data are integrated to study hurricane formation.”

In conclusion, meteorological pertains to the scientific study of the atmosphere, weather phenomena, and climate patterns. It encompasses weather forecasting, climate analysis, technological advancements, and interdisciplinary research efforts aimed at understanding and predicting atmospheric processes and their impacts on Earth’s environment and society.

ATOMIC

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OBSIDIAN

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PHYSICS

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BIOLOGICAL

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Examples of METEOROLOGICAL in a sentence

• Meteorological data is collected from weather stations around the world.
• The meteorological forecast predicted heavy rain and thunderstorms for the weekend.
• Pilots rely on meteorological information to plan safe flight routes.
• The research team analyzed meteorological patterns to study climate change.
• Meteorological satellites monitor cloud cover and atmospheric conditions.
• Farmers use meteorological reports to schedule planting and harvesting activities.
• The school installed a new meteorological station to teach students about weather science.
• Engineers consider meteorological factors when designing structures to withstand extreme weather.

Origin of METEOROLOGICAL

The term meteorological has its origins in ancient Greek, reflecting its historical development and specialized use in the study of atmospheric phenomena.

• Etymology and Origins: The word meteorological comes from the Greek word “meteoros,” meaning “high in the sky” or “lofty,” combined with the suffix “-logia,” which denotes “the study of.” Thus, meteorological literally translates to “the study of things high in the sky.”
• Ancient Greek Influence: In ancient Greece, the term “meteoros” referred to atmospheric phenomena, and Aristotle’s treatise “Meteorologica” laid the foundation for the study of weather and atmospheric sciences. This work encompassed the study of clouds, rain, wind, and other celestial phenomena.
• Latin and Middle English Development: The term passed into Latin as “meteorologicus,” and later into Middle English as “meteorolygie,” maintaining its focus on the study of atmospheric and celestial phenomena.
• Scientific Evolution: Over centuries, meteorological developed into a more precise scientific discipline, focusing specifically on weather patterns, atmospheric processes, and climate studies. This evolution mirrors the advancement of scientific methods and technology in studying the atmosphere.
• Modern Application: Today, meteorological is used to describe anything related to meteorology, including weather forecasting, climate research, and the study of atmospheric dynamics. It encompasses a broad range of scientific activities aimed at understanding and predicting weather and climate changes.

The term meteorological illustrates its deep-rooted history in ancient Greek science and its progression into a critical field of modern scientific study, emphasizing the importance of atmospheric phenomena throughout human history.

RECONCILIATION

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INFRASTRUCTURE

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DEURBANISATION

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INTERPRETATION

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