Kohlenstoffemissionen und -kompensation in der kommerziellen Landwirtschaft
Hintergrund
Agricultural carbon initiatives face evolving programs and standards, as well as different monetization pathways through either “offsetting” (carbon credit production) or “insetting” (scope 3 interventions). A commodity trader, in collaboration with a private agricultural company, explored these monetization opportunities in Brazil and Colombia using the VM0042 methodology under the Verified Carbon Standard (VCS) or the future Scope 3 Standard (S3S). Unique assessed key design aspects of different suitable agricultural interventions. We also provided background and decision support for the company’s strategy on the most appropriate monetization pathway.
Unser Beitrag
- Assessed and compared certification options under VCS and S3S
- Linked practices to carbon potential, monitoring, reporting and verification (MRV), and certification options
- Assessed eligibility, additionality, leakage, and non-permanence risk
- Evaluated and informed on safeguarding and stakeholder engagement
- Built ex-ante ER model and cash flow
- Delivered roadmap and conclusion
Verwandte Projekte
Verwandte Projekte zu diesem Thema.
- Verwandtes Thema Arjuna Seidenraupenzucht-Waldprojekt Livelihoods Venture · Indien · 2023–2024 The Livelihoods Funds contracted Unique to develop a Verified Carbon Standard (VCS) Project Description (PD) and to support the first monitoring of an … Projekt ansehen
- Verwandtes Thema Kohlenstoffprojekt Spix Ara Caatinga Blue Sky · Brasilien · 2023 The Caatinga biome in Brazil is the natural habitat of the endemic Spix’s Macaw (Cyanopsitta spixii). Projekt ansehen
- Verwandtes Thema Projekt zur Landschaftsrestauration in Araku Livelihoods Venture · Indien · 2019 Naandi Foundation and the Livelihoods Fund are taking an important step to develop and implement a landscape project in the Araku Valley. Projekt ansehen
- Verwandtes Thema Machbarkeitsstudie für ein Aufforstungsprojekt zur Carbon Certification Burapha Agroforestry · Laos · 2018 Projekt ansehen