高技术通讯2016，Vol.26Issue(10)：890-899,10.DOI:10.3772/j.issn.1002-0470.2016.10-11.009
全球气候和生态系统变化与星体轨道位置变化关系研究
Study of the relationship between global climate-ecosystem's change and planetary orbit position's change
摘要
Abstract
Stars' orbits are analyzed,and the changes of global temperature,water vapor,carbon dioxide,and vegetation are analyzed.The results show that the earth's temperature is mainly determined by the earth's orbital location in the solar system,and carbon dioxide for temperature change is just a disturbance or a fine-tuning role.The space-time variation of the meteorological (weather) and ecological system is the main regulation form when celestial bodies are moving,and the spatiotemporal distribution of the ecosystem is greatly influenced by the temporal and spatial distribution of atmospheric water vapor (rainfall),which is also determined by orbital positions of celestial bodies on a large scale.Temporal and spatial variation of water vapor content,rainfall and vegetation adjust the greenhouse effect of carbon dioxide,and vegetation adjusts the temperature through absorption and emission of carbon dioxide.The global change research should be divided into two levels:the one taking the earth system as the core of the system,and the other focusing on the extra-system research which considers other planetary orbital changes,the changes of Earth's gravitational field and magnetic field,and solar radiation changes.A model for global climate-ecosystem's changes is proposed based on Kepler's law-universal gravitation law and general relativity,which is of great significance to forecast of spatial climate change,natural disasters and ecological system's spatial evalution.关键词
气候变化/生态系统/星体轨道/全球气候和生态系统Key words
climate change/ecological system (ecosystem)/planetary orbitals/global climate-ecosystem引用本文复制引用
毛克彪,左志远,朱高峰,唐华俊,赵映慧,马莹..全球气候和生态系统变化与星体轨道位置变化关系研究[J].高技术通讯,2016,26(10):890-899,10.基金项目
国家自然科学基金(41571427)和国家重点研发计划(2016YFC0500203)资助项目. （41571427）
