Our study highlighted the importance to better understand the effects of geographical location and related food cultures for reducing the dietary environmental impacts.
Our food consumption patterns play a major role in determining both
human and planetary health. A substantial body of evidence has shown
that the current worldwide food consumption is not only contributing
to 19–29% of greenhouse gas (GHG) emissions, but is also responsible
for using 37% of the Earth’s landmass.
Furthermore, worldwide rising income and urbanization have
contributed to the dietary transition from plant-based products to
more animal-based diets, and the category of “meat and meat
products” contributes most to the environmental footprint in many
parts of the world. The situation is expected to get worse as more
populations are experiencing dietary transition, resulting in
asymmetrical environmental degradation around the world.
Our study highlighted the importance to better understand the
effects of geographical location and related food cultures for
reducing the dietary environmental impacts. The present study also
indicated that meat was the main source of the dietary environmental
footprint in contemporary China, while the over-consumption of meat
is severe for all groups of Chinese people.
Reversing this trend in China and other countries, and increasing
the consumption of foods that are consistently associated with low
environmental impacts, would undoubtedly have multiple environmental
benefits. Hence, more interventions that seek to change people’s
food consumption behaviors are specifically needed. This will
require a better understanding of how individuals’ dietary behaviors
are influenced by the interaction effect of economic conditions and
dietary cultures within which individuals are embedded, not only in
China but also in other countries with diverse food cultures.
Read the full paper here:
Su, B., Zhang, C., Martens, P. & Cao, X. (2023). How
economic and geographical indicators affect dietary environmental
footprint: Evidence from China. Ecological Indicators, Volume 148,
April 2023, 110075.