After independence from the Soviet Union, Georgia started experiencing a significant rise in the number of boys born compared with the number of girls, the sex ratio at birth. As of 2004 Georgia had one of the highest sex ratio at birth rates in the world, but by 2016 the ratio was at the biologically normal level. The country’s unique position provides valuable knowledge and experience.

Georgia has a number of laws and regulations governing water resources, dating back to the late nineties and partially amended after 2003. These changes, however, have not always followed a clear and coherent strategy. Consequently, in the words of the United Nations Economic Commission for Europe (UNECE), the current legislation is an “unworkable and fragmented system”.

Looking at annual consumption and generation trends, from 2012-2016, it is clear that generation typically exceeded consumption. Consequently, the generation-consumption gap remained positive. However, in 2017 this trend reverted, and the electricity generated by local resources on the Georgian market was no longer enough to supply the local demand. As shown in Figure 1, the gap widened even further in 2018; with the negative gap increasing by 30% (from 344 mln. kWh in 2017 to 447 mln. kWh in 2018).

Why do we care about competitiveness in energy markets? And, what are the benefits of increased competition from the supply side of the electricity market?

This year has plagued a number of countries with tremendous natural disasters and extreme weather events. Greece was challenged with extensive fires and South Africa with a shortage of water. As late as November this year, the US was still struggling to tame forest fires. Something is certainly happening with the climate. These problems arise from society only being concerned with growth.