Disciplinary relationship of atmospheric science
Based on the basic principles of physics and chemistry, atmospheric science uses various technical means and mathematical tools to study the physical and chemical characteristics of the atmosphere, various energy of atmospheric movement and its conversion process, various weather and climate phenomena and their evolution process, forecasting methods of weather and other phenomena, technical measures affecting some weather processes, methods and means of observing, obtaining and transmitting various information of atmospheric phenomena, etc. Atmospheric science, like other disciplines, permeates and draws lessons from many disciplines. For example, the study of atmospheric motion needs the close cooperation of fluid mechanics, thermodynamics and mathematics; To study the various mechanisms caused by solar radiation and solar disturbance in the atmosphere requires the close cooperation of upper atmospheric physics, solar physics and space physics; To study the interaction between water cycle, ocean and atmosphere requires close cooperation between hydrological science and marine science; Studying the evolution of the earth's atmosphere and climate requires the close cooperation of geochemistry, geology, glaciology, marine science, biology and ecology. The study of atmospheric chemistry and air pollution needs the close cooperation of chemistry, physics, biology and ecology. The study of numerical simulation of atmospheric problems and numerical weather forecast needs the close cooperation of computational mathematics. Studying the means and methods of atmospheric detection requires close cooperation with relevant technical sciences; In the automation process of atmospheric detection and weather forecast, atmospheric science continues to cooperate closely with information theory, system engineering and other scientific and technological fields. In the process of mutual cooperation and infiltration, atmospheric science constantly absorbs nutrients from other disciplines; The specific requirements of atmospheric science constantly open up new research frontiers for other disciplines and enrich the contents of other disciplines.
Atmospheric and climate science
ACS aims to quickly publish original scientific papers in all fields of applied science and/or climate and atmospheric science. It covers the latest achievements and development of applied climate and atmospheric science, including but not limited to the following areas and the theoretical and practical aspects of these disciplines:
The purpose of ACS is to quickly publish original scientific papers, applications in all fields and/or climate and atmospheric science. These materials are edited and published by American Scientific Research Press. It covers the latest achievements and development of climate and atmospheric science, including but not limited to the following areas and the theoretical and practical aspects of these disciplines:
Agroclimatology
Air chemistry and boundary layer, clouds and weather modification
Air quality, atmosphere and. health
applied meteorology
Atmospheric acoustics, electricity, optics, physics, radiation and detection
Atmospheric and marine physics
Atmospheric and solar-terrestrial physics
atmospheric chemistry
Atmospheric environment
aeronautical meteorology
biometeorology
Architectural climatology and forestry climatology
Climate change and broadcast meteorology
Climate dynamics and variability
Climate policy
Physics of cloud and precipitation
Cosmic meteorology
Tree climatology
Atmospheric and oceanic dynamics
Hydrology, ocean and atmosphere
Hydrometeorology [meteorology] [hydrology]
Marine meteorology and geophysics related to meteorology
Medical meteorology and medical climatology
Meteorological, climatic and atmospheric environmental problems
Maritime climatology
Phenology and paleoclimatology
Polar meteorology
Radar meteorology and radio meteorology
remote sense
Satellite meteorology and meteorology
Theoretical and applied climatology
tropical meteorology
Weather system, numerical weather forecast