International Medical Geology Association
Last update 22 December 2020
Last update 17 May 2021
Medical Geology is defined as the science dealing with the relationship between geological factors and health problems in humans, animals and plants. The International Medical Geology Association (IMGA) aims to provide a network and a forum to characterise the properties of geological processes and agents, the dispersal of geological material and their effects on human populations. The International Conference on Medical Geology are held by IMGA once every two years, and the 8th International Conference on Medical Geology is held in Guiyang, China, during August 12–15, 2019. Science of the Total Environment is an international multi-disciplinary journal for publicize Scientific Research into the Environment and its Relationship with Humankind. To exhibit the recent progress on medical geology and develop the role of medical geology on environmental research, we organized special issue in the journal of "Science of the Total Environment". The theme is "Medical Geology: Linking Environment and Human Health".
We share with you this web page of International Union of Geological Sciences
“Estimation of Carbon Footprint Equivalent of Soil Nitrogen Loss Due to the Sugar Beet Harvest in Turkey: A Review” at Successful Transformation toward Land Degradation Neutrality: Future Perspective" 17-19 June 2019, Ankara, ATO Congresium. Marking the 25th anniversary of the UN Convention to Combat Desertification (UNCCD)
Higlihts of the study:
1-Average soil lost due to the sugar beet harvest is about 3.41 Mg ha-1 y-1,
2-Total amount of soil nitrogen loss≈2151 Mg y-1,
3-Production of nitrogenous fertilizer requires high energy consumption, emitting large amounts of CO2 (carbon footprint equivalent) to atmosphere. The carbon footprint of the world average N- fertilizer production given as of 5.66 Mg CO2 eqv./Mg Nitrogen. Hence, the annual carbon footprint equivalent is calculated as 12045 Mg CO2 eqv. /Mg Nitrogen fertilizer manufactured.
4- The fertilizer production to replace the nitrogen lost releases about 12045 Mg CO2 eq. /Mg Nitrogen fertilizer. Although this figure seems low, nitrogent losses and GHG emissions warrant consideration of soil management practices to reduce soil lost due to root crop harvests.
1- Deadly flush floods in Turkey and Southern Europe
2- Global Atmosferic CO2 increase, Climate Change and Food Security
3- Climate Change, Land Degradation and Migration: Challenges for the EU and Africa,
Also “Estimation of Carbon Footprint Equivalent of Soil Nitrogen Loss Due to the Sugar Beet Harvest in Turkey: A Review”