Ice core data shows that the average global temperature has fluctuated over time, with periods of both warming and cooling. This data provides evidence of natural climate variability and can help scientists understand long-term climate trends.
Ice core data reveals that the average global temperature has fluctuated over time. By analyzing air bubbles and isotopes trapped in ice cores, scientists can determine past temperatures and climate conditions. This data shows that the Earth has experienced periods of both warming and cooling throughout history.
Global temperature is measured using a network of weather stations, satellites, and ocean buoys. These instruments collect data on temperature readings at various locations around the world. Scientists use this data to calculate an average global temperature. Additionally, ice cores, tree rings, and other natural records are used to track changes in Earth's temperature over time.
No one can answer this question. it would require you to establish a method that would not be accurate but rely on for calculation only. this is why no one ever tells you the average yearly temperature or temperature of the future. if some one says they can tell you the temperature tell them they are a big fat liar
The Earth's average surface temperature during the twentieth century was around 13.9 to 15.1 degrees Celsius, depending on data sources.
Over the past century, US historical temperature data shows a clear trend of increasing temperatures. This trend is consistent with global warming and climate change patterns observed worldwide.
Ice core data reveals that the average global temperature has fluctuated over time. By analyzing air bubbles and isotopes trapped in ice cores, scientists can determine past temperatures and climate conditions. This data shows that the Earth has experienced periods of both warming and cooling throughout history.
Ice core data is used to measure global temperature over time because it contains layers that capture air bubbles from different periods, allowing scientists to analyze the composition of gases like carbon dioxide. By studying these layers, researchers can reconstruct past climate conditions and track changes in temperature over thousands of years.
The average global temperature for September 2008 is .161 above the average global temperature from 1979-2008. The link below is satellite data: http://vortex.nsstc.uah.edu/public/msu/t2lt/tltglhmam_5.2 September is the 13th straight month whose global average temperature is lower than a year earlier. That means that the 12 month running average has been going down since July 2007.
Global temperature is measured using a network of weather stations, satellites, and ocean buoys. These instruments collect data on temperature readings at various locations around the world. Scientists use this data to calculate an average global temperature. Additionally, ice cores, tree rings, and other natural records are used to track changes in Earth's temperature over time.
there are convetion curents in the upper core. ^_~
If you have the high temp for every day in the year you would add them together and divide by 365 to get the average high. If you are a global warmer you would then modify said data...
Firstly, the collection and analysis of a huge amount of information- also known as - scientific data. Secondly, it is the creatures of the Earth that must 'deal with' it.
Antarctic ice core data is considered representative of global temperature because it captures long-term climate signals and atmospheric composition over hundreds of thousands of years. The polar regions, especially Antarctica, are sensitive indicators of global climate changes, as they reflect shifts in greenhouse gas concentrations and temperature patterns that influence the entire planet. Additionally, the mechanisms of heat distribution in the atmosphere and oceans ensure that changes in polar regions can provide insights into broader climatic trends. Thus, Antarctic ice cores serve as valuable proxies for understanding past global climate conditions.
The scale for the data on average highs is 16, as it is the difference between the highest temperature (88) and the lowest temperature (72).
The captions for the graphs illustrating the keyword "global temperature trends" describe the data and trends in temperatures across the world over a specific period of time.
At the moment not enough data is available to give a precise temperature of Kepler 22B. However, estimates have placed the Global Equilibrium Temperature at 262 K −11 °C 22.2 °F.
No one can answer this question. it would require you to establish a method that would not be accurate but rely on for calculation only. this is why no one ever tells you the average yearly temperature or temperature of the future. if some one says they can tell you the temperature tell them they are a big fat liar