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A caveat of this finding is that it is based upon weather balloon data, which “must be treated with great caution, particularly at [higher] altitudes….”[214] [215] states that the “sign and the magnitude of the global mean cloud feedback depends on so many factors that it remains very uncertain.” This is because some types of clouds trap heat while others reflect it.[217] [218] [219] found that ice clouds (also called cirrus clouds[220]) exert a “strongly negative” feedback to temperature changes, regardless of whether these changes are increases or decreases.

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do not allow any observational assessment” because many variables are involved, and “it is not possible …

to insure that only one variable is changing.”[213] found that during 1973-2007, humidity increased in the lowest part of Earth’s atmosphere but decreased at higher altitudes, implying that the “long-term water vapor feedback is negative—that it would reduce rather than amplify” the warming effect of CO2.

Over this same period, world population increased by 45%,[227] atmospheric CO2 increased by 10%,[228] and the average global surface temperature (as calculated by NASA) increased by 0.9ºF (0.5ºC).[229] found that a principal measure of worldwide vegetation productivity increased by 6.2% between 19.

The paper notes that this occurred during a period in which human population increased by 37%, the level of atmospheric CO2 increased by 9%, and the Earth “had two of the warmest decades in the instrumental record.”[230] [231] attributes this increased productivity to “higher temperatures, longer temperate growing seasons, more rainfall in some previously water-limited areas,” and more sunlight.

Data from these instruments is used to calculate the average temperatures of different layers of the Earth’s atmosphere.[44] [45] * The lowermost layer of the atmosphere, which is called the “lower troposphere,” ranges from ground level to about five miles (8 km) high.[46] [47] According to satellite data correlated and adjusted by the National Space Science and Technology Center at the University of Alabama Huntsville, the average temperature of the lower troposphere increased by 0.60ºF (0.33ºC) between the 1980s and 2000s, mostly from 1997 to 2010: * Sources of uncertainty in satellite-derived temperatures involve variations in satellite orbits, variations in measuring instruments, and variations in the calculations used to translate raw data into temperatures.[51] [52] * According to temperature measurements taken near the Earth’s surface that are correlated and adjusted by NASA’s Goddard Institute for Space Studies, the Earth’s average temperature warmed by 1.5ºF (0.8ºC) between the 1880s and 2000s, mostly during 1907–19–2014: * According to temperature measurements taken near the Earth’s surface that are correlated and adjusted by the Climatic Research Unit of the University of East Anglia in the U.