## 3 Conclusions  
It can be concluded that a sudden l drop in Kp, Electron flux, Proton flux and X-ray flux is an indication of atmospheric disturbance (Figure 2). This incidence may be followed by anomalous behavior of Indian monsoon, which ultimately leads to erratic rainfall pattern. Due to low Electron flux the local drop in temperature in the upper part of atmosphere leads to condense the clouds on the affected part of the earth. Contrary to this the rise in Kp indices, E-flux and Proton flux, as well as X-ray flux, leads to the occurrence of earthquakes. It is possible that the high particle flux on the earth is responsible for the release of more near infrared radiation before the earthquake as rocks rubbing together-is not responsible for the radiation field. The position of the Sunspot in the Sun is important; Coronal Mass Ejection from the sun may lead to catastrophic changes in a particular part of the planet Earth [36]. Starbursts are explosions triggered by intense magnetic field created by fast spinning, compact stellar corpses known as magnetar. Starbursts initiate the Sun to develop low Planetary Indices (Kp) and low Electron flux (E-flux) conditions of the Sun-Earth Environment. E-flux induces the variation of production of ionospheric currents. Ionospheric currents are produced by geomagnetic storms originating from the Star-Sun-Earth environment. Ionospheric current variation has direct influence on atmospheric temperature. On 25\({}^{\rm th}\) December 2004 and 23\({}^{\rm rd}\) February 2005 hailstorms and snowstorms were reported in the Northern Hemisphere, while in the tropics a sudden drop in temperature led to foggy and smoggy conditions. An earthquake measuring 9.0 of Richter scale on 26 th December followed the sudden changes in the environment. An earthquake measuring 6.4 on the Richter scale occurred on Tuesday 22 February in Zarand, Kerman Province (750 KM south-east of Tehran) at 05:55 local time. Weather conditions in the region were difficult as there was heavy snowfall, resulting in a number of road blockades. Figure 3: Cosmic ray variation before snowfall and subsequent earthquake on 8 th October 2005, establishing foreburns effect and its relation with environment of the Earth (shown in between 8000 to 8100 as low during earthquake and 10740 as high after earthquake). Here I show a theoretical correlation between Starbursts, Solar minimum, Sun-Earth environment and snowfall. 1. Significant changes in Star-Sun-Earth environment have been observed before the heaviest snowfall of the decade throughout the planet Earth. January and February are the snowiest months in the UK, whilst snowfall has also been recorded in March, April, May and June. The environment of the Earth is partially controlled by the heliophysical variables of the Sun. The solar variability is due to the perturbed nature of the solar core, and this variability is controlled by the variability of the solar neutrino flux. An interior dynamo exists in the core of the Sun, which is responsible for the solar activity cycle, further it is also responsible for E-flux and Kp values. The Stars further control the heliophysical variables of the Sun. Changes in cosmic-ray flux are the major reason for temperature changes over the past 500 million years. These changes are induced by the neutron star burst. It has been noticed in December 2004 as well as in February 2005 in Los Alamos National Laboratory that there were unexpected star explosions halfway across the galaxy. This type of explosion produces high-energy \(\gamma\) rays. This explosion packed so much power that it briefly altered Earth's upper atmosphere during December 2004 and February 2005. The blast originated about 50,000 light-years away and was detected on December 27. The blast was caused by magnetar. This star blast has influenced the geophysical variables of sun and sudden lowering in planetary indices Kp and E-flux. This might have been caused by repulsion of the magnetic field in Sun-Earth Environment and the magnetic field of star flare.