Over the last half-century, air pollution has become an increasingly critical problem globally. The number of harmful emissions connected to human activity has been rising constantly, and, in many locations around the world, the concentrations of individual pollutants are higher than the recommended safe levels. Elevated emission levels are associated with various harmful effects, such as damage to human health and well-being, decreases in productivity, a reduction in land prices, and equally significantly global environmental issues like climate change.

One issue on the tip of everyone’s tongue these days in Tbilisi—along with the August holidays and the risks of COVID-19—is the newly-rehabilitated Chavchavadze Avenue, which was recently reopened to traffic. Why is this issue so “popular”?

Georgia reacted to the COVID-19 pandemic by immediately introducing aggressive measures. Closing international borders, declaring a state of emergency, shutting down public transportation, banning local travel and public gatherings, closing restaurants and shopping malls, and introducing a nighttime curfew—these are all instruments that were used by the country’s government and health authorities to stop the spread of the virus. As a result, the health system was not overwhelmed with COVID-19 patients.

In the past several months the world has been rocked by profound economic and social turbulence. The COVID-19 epidemic has forced many countries around the world into widespread emergency lockdowns. Economic activity plunged dramatically in February-March 2020, with rapid indicators showing strong contractions in retail, restaurant business, and passenger transport.

Three main economic sectors contributing to climate change are: energy (61%), transport (20.1%), and agriculture (8.5%). Interestingly, 25% of human-induced greenhouse gas (GHG) emissions are caused by agriculture, forestry, and the change of land use. Within agriculture, the major contributor is the livestock sector, accounting for 44% of human-induced methane (CH4), 53% of nitrous oxide (N2O), and 5% of carbon dioxide (CO2) emissions.