Managing tree-crops for climate mitigation. An economic evaluation trading-off carbon sequestration with market goods
July 1, 2021 | Sustainable Production and Consumption | Source |
Introduction: Climate change considerations needs to be integrated into circular economy by having consumers pay for nature-based solutions employed in the production of agricultural products. Researchers from Panteion University and Aristotle University of Thessaloniki in Greece explore how fruit tree cultivation can contribute to CO2 sequestration and estimates the economic value of this ecosystem service.
Key findings: Using a survey-based method that gauges consumers' willingness to pay for eco-labeled products such as olive grown with carbon sequestration methods, the study estimates that around €1,200 per hectare can be generated for adopting cultivation methods that maximize carbon sequestration.This could incentivize farmers to adopt sustainable practices, benefiting rural economic, environmental, and social sustainability. The findings may also influence upcoming EU policies, such as carbon farming schemes, and encourage voluntary CO2 markets.

Figure | Box plots of (a) annual willingness to pay (WTP) for certified olive oil in comparison to the actual annual expenditure on olive oil, and (b) WTP per liter of actual consumption
Viewed Articles
July 1, 2021 | Sustainable Production and Consumption | Source | Introduction: Climate change considerations needs to be integrated into circular economy by having consumers pay for nature-based solut
Read More
January 2, 2023 | Nature Ecology & Evolution | Source | Introduction: Indonesia, the world’s largest mangrove-rich country, has set an ambitious goal to rehabilitate 600,000 hectares of mangroves by 2
February 28, 2024 | Agriculture, Ecosystems & Environment | Source | Introduction: Southeast Asia (SEA) produces 28% of global rice. As flooded rice fields account for nearly half of global crop-relat
May, 2023 | Forest Policy and Economics | Source | Introduction: Climate-smart agroforestry (CSAF) practices offer integrated solutions to climate change, food security, and environmental degradation,
28 September, 2023 | nature climate change | Source | Introduction: Agroforestry presents significant potential for sequestering up to 0.31 Peta gram of carbon (Pg C) annually— comparable to major so
June, 2024 | Sustainable Production and Consumption | Source | Introduction: As the world's largest producer (15.4%) and consumer (21.4%) of rice, China faces the critical challenge of balancing