The practical benefit of applying the technology in agriculture is expected, because after the implementation of the EIP project, competence will be accumulated on how to produce biochar from the biomass produced by fast photosynthetic plants. Various variants of biochar production and utilization technologies will be optimized and the reality of the idea will be proven - to use organic (pyrolysis) carbon (PC) for the development of ecosystem services while at the same time adapting farming to climate change. In parallel, legal aspects of new farming practices will be analyzed and recommendations will be made. The project will prove how sustainable it is to apply ecosystem services in farming based on the production of organic carbon and its use to reduce CO2 emissions. Locally enriching the soil with organic carbon can enable no-till farming practices and/or successful farming in infertile lands, as well as farming with less mineral fertilisers. Project results will show the extent to which the use of biochar maintains the soil moisture balance and protects the soil from nutrient leaching. The project will test the suitability of fibrous hemp and Paulownia trees, as plants characterized by extremely fast photosynthesis, to guarantee a large increase in biomass required for the production of biochar. Enriching the soil with produced organic carbon (PC) will test the efficiency of ecosystem services through the help of plants to accumulate soil organic carbon (SOC) and at the same time receive payments for the long-term sequestration of carbon absorbed from the atmosphere.