"climatological changes" is a correct and usable phrase in written English.
It refers to changes in the long-term patterns and processes of the Earth's climate. You can use this phrase in a variety of contexts, such as discussing the effects of human activities on the environment, analyzing trends in weather patterns, or predicting future climate shifts. Example: "Scientists have observed significant climatological changes in the polar regions, including melting ice caps and rising sea levels."
The intensified and longer stratification period results from local climatological changes.
It is confused between freak weather, natural cycles and climatological changes.
The new spatial knowledge of temperature regions will also help the evaluation of possible causes of larger scale climatological changes in a biological context including productivity.
The response of the "Elthonian" niche [39], that is defined in terms of interactive environmental variables and biological features at broad scales, is clearly a function of the response of the habitat to climatological changes.
The occurrence of a most recent common ancestor around the same time in two independent lineages supports the scenario of a population bottleneck (as opposed to a selective sweep), since it implies a common cause for the reduction in population size, such as a climatological change or an alteration of their habitat.
The wind and pressure fields from the meteorological part of the project were used as an input for three hydrodynamical models in order to study the influence of changed climatological conditions.
This research, by Robert J. Brulle, was published in a leading climatological journal, Climate Change, and it reports that a small number of aristocrats have collectively spent, on average, a billion dollars a year, in order to fool the American public into thinking that climate change isn't happening, and that, even if it is, it's not caused by burning fossil fuels.
Thus, the isotopes can be used as a climatological tool in monitoring changes in known annual hydrological cycles.
Climatological forecasts may indeed change the climate; there would be no point publishing papers about the effects of greenhouse gases otherwise.Also, no model, however sophisticated, can feed back into the forecast because true predictions about socio-natural systems often degenerate into undecidable propositions when they enter the public domain.
"These studies highlight the importance of understanding the complexities not only of future climate change but the climatological requirements of individual species," says Anne Kelly, a plant ecologist at the Catalina Island Conservancy in Avalon, California, who was not involved in the work.
In South Dakota, the type of resolution that has urged the teaching of creationism alongside evolution will now balance climate change science alongside the teaching of "a variety of climatological, meteorological [and] astrological" factors that affect the climate.
