| Session Details | |
| Section | IG - Interdisciplinary Geosciences |
| Session Title | Theory and Application of Helioclimatology for Future Climate Trends |
| Main Convener | Mr. Bakhram Nurtaev (Freelance, Germany) |
| Co-convener(s) | Dr. Bakhtiar Nurtaev (Director,Institute of Geology and Geophysics/Academy of sciences of Uzbekistan, Uzbekistan) |
| Session Description | Over the all geological history - 4 billion years, the Earth’s climate has changed many times. The movement of the Earth's plates and orbital forcing are believed to explain climate changes that occur over tens or hundreds of millions of years. The major driving force of the atmospheric circulation and water cycle is solar heating which provides the continuous movement of air. Cloud cover, global wind patterns and precipitation are factors of natural fluctuations and long term climate change, derived due to solar energy. Over the period 1850 to 1996 was observed steady increase of sunspots on the Sun. The same period was called as the global warming period. The purpose of this session is to identify contribution of the Sun on climate variability trend. This session invites papers that highlight new, quantitative records of regional climate change, precipitation and river discharge in dependence from solar radiation and how the Sun affect on climate variability on sub-decadal to orbital timescales. How does climate variability and extreme events relate to important primary forcing factors, namely orbital, solar and volcanic and what feedbacks operated to modulate the climate response? This session also encourages the submission of methodological-based papers, such as those focusing on reconstruction methods and data-model comparison. |