Greenlabs Signs an MOU with APEC Climate Center on Climate Change in Agriculture
Korea’s biggest AgTech startup Greenlabs (CEO Ahn Dong-Hyun) has signed a Memorandum of Understanding (MoU) with APCC (APEC Climate Center) at the Greenlabs’ headquarter in Seoul on May 3, 2022. This is the first time for APCC to sign a business agreement with a private company regarding climate change in the agricultural sector.
This agreement seeks opportunities to accelerate the utilization of climate information in agriculture, a sector sensitive to climate change. The cooperation between the two companies aims to combat extreme climate and support developing countries, ultimately advancing citizens’ quality of life and ensuring balanced national development.
Through this MoU, Greenlabs and APCC will cooperate in securing agricultural productivity and conducting decarbonization projects by utilizing the climate prediction model. In addition, the two organizations will exchange information and conduct domestic and foreign joint projects regarding climate change and extreme weather. They will also co-host academic seminars, workshops, and exchange research, publications, and other materials.
In recent years, there has been growing interest in health, environment, and ecology. The agricultural sector, in particular, is extremely vulnerable to climate change and extreme weather conditions, a significant threat to food production.
Under the mission “Pursuing the innovation of the food system in a sustainable way,” Greenlabs is devoted to solving climate change, which greatly impacts crop production. The company is developing different carbon farming methods to reduce carbon emissions and issue offsets, promoting relevant pilot projects that can be applied to farms in Korea.
“We are very serious about the potential climate impacts on agriculture and are working very hard to develop practices to efficiently cope with climate change,” said Ahn, CEO of Greenlabs. “By joining forces with APCC, we will do our best to improve agricultural productivity through the use of climate prediction models and to develop sustainable agriculture in response to climate change,” he added.