requires the design and proposal of a highly efficient low carbon system
tailored to its own actual circumstances in order to address the range of
issues arising from developments such as climate change, overgrazing, and the
increasing population flow into cities.
Through this project
we designed a meat freezer storage system based on renewable energy and other
innovative technologies to serve as a low carbon system capable of preserving
the grassland environment and
perpetuating the stock farming economy. We collaborated with the National University
of Mongolia and the other research institutes involved to
install the system in Mongolia. To verify that the system is operating
effectively and gain a quantitative understanding of the extent to which its
installation curbs greenhouse gas (GHG) emissions and preserves the
environment, we intend to determine the systemfs effects through observation
conducted on-site and via satellite, among other means.
In addition, we will undertake
field studies, prepare fundamental data including
social and economic data, and conduct social and economic analyses to verify
the overall social and economic effects of the system on Mongolian society.
We will collaborate closely with Mongolian organizations including
governmental agencies and research institutes to conduct such studies and lay
the foundations for a framework to enable the social implementation of the