領域外・複数領域(M) 
セッション小記号 
ジョイント(IS)

セッションID 
MIS02

タイトル 
和文 
Lunisolar gravitational, solar thermal tides and their modes in geospheres and in the biosphere

英文 
Lunisolar gravitational, solar thermal tides and their modes in geospheres and in the biosphere

タイトル短縮名 
和文 
Tides in geospheres and in the biosphere

英文 
Tides in geospheres and in the biosphere

代表コンビーナ 
氏名 
和文 
Perov Stanislav

英文 
Stanislav Perov

所属 
和文 
Central Aerologic Observatory

英文 
Central Aerologic Observatory

メールアドレス 
sperov35@mail.ru

共同コンビーナ 1

氏名 
和文 
Poghosyan Gagik

英文 
Gagik Poghosyan

所属 
和文 
H. Buniatian Institute of Biochemistry of National Academy of Sciences of Republic of Armenia, Yerevan.

英文 
H. Buniatian Institute of Biochemistry of National Academy of Sciences of Republic of Armenia, Yerevan.

メールアドレス 
poghosyan_gagik@yahoo.com

共同コンビーナ 2

氏名 
和文 
Shapovalova Nina S.

英文 
Nina S. Shapovalova

所属 
和文 
Hydrometeorological Centre of Russian Federation

英文 
Hydrometeorological Centre of Russian Federation

メールアドレス 
sidorenkov@mecom.ru

国際セッション開催希望 
国際セッションとしての開催を希望する

発表主要言語 
英語

スコープ 
和文 
The lunisolar gravitational tides in the atmosphere are recorded as the waves with the periods close to one day and its subharmonics. Some of them are usually interpreted as the proper atmospheric modes. They commonly have either the amplitude or the frequency modulations. A new explanation of the quasidiurnal and quasisemidiurnal tides lines in the spectrum of the atmospheric angular momentum (AAM) and other atmospheric characteristics is proposed. The role of gravity tides in the dynamics of the atmosphere and the ocean is underestimated. The reasons of a wrong estimation of a role of the tidal phenomena in geophysics are explained. It is shown that ~3.5 and ~7 days tidal periods forcings determine processes in the atmosphere (tropical depressions, cyclones (incl. tropical), monsoon precipitation periodicity, magnetosphere oscillations and increase the medical statistics in cardiovascular illnesses and in other ones as well (see below). Lunisolar gravitational tides correlates absolutely with Earth rotation rate (ERR) and can be calculated for any time in advance. So, the 1st main conclusion must be done that atmosphere/ocean phenomena are deterministic processes rather than stochastics ones. That leads inevitably to the 2nd important inference: so called the time limit of forecasting (f.e. for weather change) is not exist! 3d one is: we deal with open physical system that is resonant one. The correlation of 3,5 and 7 days periods of weather change with the same periods of human health parameters has been established. In the research of 33 genealogical trees, on the basis of detection of significant divergence with a random distribution of dates of birth among the genetic relatives respectively to two solar longperiod harmonics known from the Earth tide theory, a hypothesis of the regular cosmogeophysical oscillations influence’ mechanism on hormone secretion in the humans’ organisms was suggested using the methods of mathematical statistics.

英文 
The lunisolar gravitational tides in the atmosphere are recorded as the waves with the periods close to one day and its subharmonics. Some of them are usually interpreted as the proper atmospheric modes. They commonly have either the amplitude or the frequency modulations. A new explanation of the quasidiurnal and quasisemidiurnal tides lines in the spectrum of the atmospheric angular momentum (AAM) and other atmospheric characteristics is proposed. The role of gravity tides in the dynamics of the atmosphere and the ocean is underestimated. The reasons of a wrong estimation of a role of the tidal phenomena in geophysics are explained. It is shown that ~3.5 and ~7 days tidal periods forcings determine processes in the atmosphere (tropical depressions, cyclones (incl. tropical), monsoon precipitation periodicity, magnetosphere oscillations and increase the medical statistics in cardiovascular illnesses and in other ones as well (see below). Lunisolar gravitational tides correlates absolutely with Earth rotation rate (ERR) and can be calculated for any time in advance. So, the 1st main conclusion must be done that atmosphere/ocean phenomena are deterministic processes rather than stochastics ones. That leads inevitably to the 2nd important inference: so called the time limit of forecasting (f.e. for weather change) is not exist! 3d one is: we deal with open physical system that is resonant one. The correlation of 3,5 and 7 days periods of weather change with the same periods of human health parameters has been established. In the research of 33 genealogical trees, on the basis of detection of significant divergence with a random distribution of dates of birth among the genetic relatives respectively to two solar longperiod harmonics known from the Earth tide theory, a hypothesis of the regular cosmogeophysical oscillations influence' mechanism on hormone secretion in the humans' organisms was suggested using the methods of mathematical statistics.

発表方法希望 
口頭および（または）ポスターセッション

招待講演 
