CAJ | 학술논문

行星对应区理论认为太阳系各星体及其格局对地球气候有影响。该理论较完整地解释了包括月球在内的太阳系各星体运行、格局对地球气候乃至旱涝灾害的影响规律。研究发现，月球对干旱的影响有地带性规律，月球回归赤纬偏北或偏南，均可造成华北或黄河流域的干旱。月球只能配合其他星体格局以触发干旱或洪涝灾害。据此判断，在2013-2017年期间，月球赤纬角进入最低值时期，预示着我国华北地区进入了连续几年将呈现大旱的状态。
행성대응구이론인위태양계각성체급기격국대지구기후유영향。해이론교완정지해석료포괄월구재내적태양계각성체운행、격국대지구기후내지한로재해적영향규률。연구발현，월구대간한적영향유지대성규률，월구회귀적위편북혹편남，균가조성화북혹황하류역적간한。월구지능배합기타성체격국이촉발간한혹홍로재해。거차판단，재2013-2017년기간，월구적위각진입최저치시기，예시착아국화북지구진입료련속궤년장정현대한적상태。
The planetary corresponding area theory from the astronomical disasters point of view claims that those celestial bodies in the solar system can affect the Earth climates.The theory explains completely the affecting rules of the apparent positions and patterns of these major planets on many drought or rainstorm disasters on the Earth.Disaster impacts of different lunar right declinations are explored.It is found that the impact of the lunar motion has zonal rules on the Earth.Higher or lower of lunar regression of right declination would also bring drought disasters for the North China.The moon can only trigger the natural disasters together with the other planets.Dur-ing the period of 2013 to 2017,the right declination of the moon enters the lowest state.It means the North China will come into drought disaster period for several years.