Sentences with phrase «temperature variability»
"Temperature variability" refers to the changes or fluctuations in temperature over a specific period of time. It means that the temperature can go up and down, and there can be differences or variations in temperature within a given area or region. Full definition
The role of increasing temperature variability in European summer heat waves.
realclimate.org
We present tree ring — based reconstructions of central European summer precipitation and temperature variability over the past 2500 years.
These changes led to an overall decline in long - term temperature variability, the research finds.
Rising average temperatures, greater temperature variability, and more frequent and severe temperature extremes will make it harder to sustain optimal working conditions for outdoor and indoor labor.
Its results show a large range of natural summer temperature variability and identify distinct phases of rapid change.
For the most, part this research examines rainfall or temperature variability as proxies for the kinds of longer - term chances that might occur due to climate change.
We explore the regional differences in the effects of exposure to high temperature variability — an important consequence of climate change — on a particularly vulnerable demographic group: infants.
It seems trivial to me that if temperature variability stays the same, then there will eventually be more high temperature records over time if the overall trend is up.
If it was as slow as you need it to be, there would be little to no seasonal temperature variability.
Because they are habitat specialists requiring a very specific amount of precipitation, they are likely to be unprepared to face ongoing temperature variability and changing precipitation levels.
Thus our hypothesis predicts increased infection with climate change, due to increased temperature variability.
Castro S. L., W. J. Emery, G. A. Wick and W. Tandy (October 2017): Submesoscale Sea Surface Temperature Variability from UAV and Satellite Measurements.
If you're really interested what temperatures likely were in the last several thousands of years, check previously mentioned Marcott et al. 2013, and for last one or two thousand years see «Continental - scale temperature variability during the past two millennia», PAGES 2k Consortium (2013), which used hundreds of proxies around the world.
A new reconstruction of temperature variability in the extra-tropical northern hemisphere during the last two milleina, Ljungqvist, 09/2010; ``... mean temperatures seem to have reached or exceeded the 1961 — 1990 mean temperature level during substantial parts of the Roman Warm Period and the Medieval Warm Period.»
The article, «Continental - scale temperature variability during the last two millennia,» is the most comprehensive evaluation to date of temperature change on Earth's continents over the past one to two thousand years.
Strong correlations between temperatures and Pacific sea surface temperatures (SSTs) particularly Pacific Decadal Oscillation (PDO) values, also account for temperature variability throughout the state.
We then used this new estimate of unforced variability to aid in our interpretation of observed global mean temperature variability since 1900.
/ / Corrections for the discontinuity are expected to alter the character of mid-twentieth century temperature variability but not estimates of the century - long trend in global - mean temperatures.
In Atmospheric Controls On Northeast Pacific Temperature Variability And Change, 1900 — 2012, Johnstone 2014 showed the Pacific Decadal Oscillation can explain climate change in the Pacific northeast without invoking greenhouse gases.
Using permutation tests between temperature metrics at Butaritari versus Abaiang and North Tarawa, we found significant differences in the mean of the maximum annual DHW (mean 2.3 °C · week versus 3.9 °C · week, p < 0.01) and the scaled year - to - year temperature variability metrics (mean 1.3 °C · week versus 1.5 °C · week, p < 0.01).
«Understanding Arctic temperature variability is essential for assessing possible future melting of the Greenland ice sheet, Arctic sea ice and Arctic permafrost.
He / she should also look at the earlier post on Antarctic temperature variability, here.
Consequently, it seems likely that increased temperature variability due to climate change has accelerated chytrid - related frog declines and extinctions.
AR5 section 9.5.3 concludes «Nevertheless, the lines of evidence above suggest with high confidence that models reproduce global and NH temperature variability on a wide range of time scales.»
The new study, published in Nature, is the first to make a global assessment of how long - term temperature variability changed from the LGM to the Holocene.
«In line with previous results, we find that on average the surface air temperature variability decreases at higher latitudes, particularly over the ocean along the sea ice margins, while variability in precipitation increases on average, particularly at high latitudes.
«Corals from habitats with more temperature variability generally exhibit greater thermotolerance,» says Rivest, «but the effects of past pH variability are less clear.»
Since ENSO variability is a big driver of the global temperature variability [around the trend] you'd want a decrease to be sustained over a couple of ENSO cycles [> 10 yrs] rather than three years.
The temperature difference is then further reduced, which would translate into a reduction of overall temperature variability.»