Profile
Settings
Refer your friends
Sign out
The study of the environment and weather patterns through time is known as climatology. This branch of science is concerned with observing and evaluating weather patterns worldwide, as well as the atmospheric factors that cause them. It’s easy to mix it up with meteorology, the science of weather and predictions. On the other hand, Climatology is primarily concerned with the natural and man-made causes that affect long-term weather trends. Climatologists are scientists who specialise in this field. This article will cover the basic concept of Climatology and its application in research. Along with that, it will consider its different types as well.
What Is Climatology?
Although the first study of climate may be linked back to old Greece, climate science as we know it today did not exist until the nineteenth century, with the onset of the industrial age. As scientists became more interested in weather patterns, the study of Climatology grew. Climate scientists have recently concentrated their efforts on the changes in the Earth’s climate since the industrial revolution. As human activity has expanded and emitted more carbon dioxide into the atmosphere, the Earth has become warmer. Climate scientists are particularly interested in this impact, known as global warming. Climatologists can better comprehend and forecast the long-term effects of a human-caused change in climate by analysing global warming.
Climatologists are interested in learning about three major aspects of climate.
The first consideration is the weather conditions that regulate chronic conditions in various parts of the globe.
Second, climate scientists aim to figure out how different weather characteristics, such as heat and sunlight, interact.
How weather varies through time is the third facet of weather that climatologists study. According to the findings of this type of research, human actions, such as higher global temperatures, are impacting the Earth’s overall climate. For a reason, climatologists primarily research human-caused climate change, focusing on activities that emit greenhouse gases or their connection to global warming.
What Are Theoretical And Applied Climatology?
Theoretical and Applied Climatology brings together the most recent and important findings from climate, atmospheric, and meteorology research worldwide. They are continuations of Archive for Meteorology, Geophysics, and Bioclimatology, Series A and B, together with its sister publication Meteorology and Atmospheric Physics. W. Moerikhofer of Davos and F. Steinhauser of Vienna began publishing these magazines in 1949.
Theoretical and Applied Climatology includes climate modelling, climatic changes and forecasting, micro- to mesoclimate, applied meteorology such as agro- and biometeorology, forest meteorology, building meteorology, and atmospheric radiation difficulties as they relate to the biosphere; effects of due to natural and anthropogenic aerosols or gases trace constituents; hardware or software elements of meteorological measurements, including remote sensing techniques, among other things.
It is a publication dedicated to atmospheric science technologies, areas, and classifications. Springer-Verlag Wien is the publisher. TIt is ranked 4840th overall. This journal has a SCImago Journal Rank or SJR of 0.935, according to SCImago. The SCImago Journal Ranking is a metric that assesses a journal’s scientific impact. It considers the number of citations a journal receives and the significance of the publications from which these citations originate.
What Are The Nature And Scope Of Climatology?
Different subfields of climatology study different features of the climate. The fields of Climatology are classified in a variety of ways. The American Meteorological Society, for example, divides Climatology into three subcategories: descriptive climatology, scientific climatology, and applied climatology, based on the complexity and purpose of the research. Applied climatologists use their knowledge in various industries, including industry and agriculture.
Paleo Climatology examines evidence such as ice core data and tree rings to rebuild and understand previous climates (dendroclimatology). These same records are used in paleotempestology to determine hurricane frequency across millennia. Historical Climatology is the science of climate in human history; hence it only looks at the previous few thousand years.
Water, energy, and momentum exchanges at the surface focus on boundary-layer climatology. Physical climatology, tornado climatology, dynamic climatology, bioclimatology, regional climatology, and synoptic Climatology are other subfields that have been identified. Hydro Climatology is the research of the water cycle placed above a long time scale, especially when looking at the impacts of climate transformation on the hydrological cycle.
Meteorological data acquired over several years, such as rainfall, temperature, and air composition, are used to study present climates. Models, whether mathematical or statistical, that help by combining new data and testing how things fit together are also embodied in understanding the environment and its dynamics. Modelling is utilised better to understand past, current, and future climates.
Conclusion
The huge size, extended periods, and complicated systems that influence climate make climate research difficult. Physical rules govern climate, which can be described as differential equations. Because these solutions are linked and nonlinear, quantitative methods are used to develop global climate models to provide approximate solutions. Although the climate is occasionally described as a stochastic process, this is generally regarded as approximations of phenomena that are otherwise too complex to understand.
