What is VERDANTIS Polyculture System?
The VERDANTIS Polyculture System (VPS) is the proprietary agroforestry methodology that forms the scientific and operational foundation of VERDANTIS Impact Capital's investment strategy. Developed in collaboration with the University of Bonn (Prof. Dr. Ralf Pude) and validated at the bio innovation park Rheinland e.V., the VPS combines paulownia as the primary productive species with a carefully selected suite of intercropping plants to create a biodiverse, self-reinforcing ecosystem.
At its core, the VPS uses CPVO-certified sterile paulownia hybrid varieties — specifically selected for their combination of rapid growth, premium timber quality, carbon sequestration efficiency, and zero invasive potential. Sterility (inability to self-seed) is a critical safety feature that ensures VERDANTIS's plantations comply with EU biodiversity protection requirements and satisfy the DNSH criterion of Article 9 SFDR classification.
The intercropping layer of the VPS serves multiple functions: aloe vera and mint generate pharmaceutical and cosmetic market revenue from year 1; garlic provides food market income; legumes fix atmospheric nitrogen, reducing synthetic fertiliser requirements and soil carbon emissions. This polyculture design creates a self-reinforcing nutrient cycle that improves soil health over time, enhancing the productivity of each subsequent paulownia rotation.
Quick Definition
The VERDANTIS Polyculture System (VPS) is the proprietary agroforestry methodology that forms the scientific and operational foundation of VERDANTIS Impact Capital's investment strategy. Developed in collaboration with the University of Bonn (Prof. Dr. Ralf Pude) and validated at the bio innovation park Rheinland e.V., the VPS combines paulownia as the primary productive species with a carefully selected suite of intercropping plants to create a biodiverse, self-reinforcing ecosystem.
Frequently Asked Questions
Who validated the VERDANTIS Polyculture System?
The VPS has been scientifically validated by Professor Dr. Ralf Pude at the University of Bonn's Institute of Crop Science and Resource Conservation (INRES), and by the bio innovation park Rheinland e.V. (bioIP). These institutions are Europe's leading research centres for paulownia agroforestry, with over 15 years of field trial data on paulownia performance in European climate conditions.
What carbon sequestration rate does the VPS achieve?
The VERDANTIS Polyculture System sequesters approximately 30 tCO₂ per hectare per year — verified to ISO 14064-2 methodology by TÜV Austria as independent auditor. This figure reflects the combined carbon sequestration of paulownia biomass, intercropping root systems, and soil organic carbon improvement.
How does the VPS generate four revenue streams?
Revenue Stream 1 (45%): Timber sales from paulownia harvest (8–12 year rotation), premium hardwood at 270–320 kg/m³, fire-resistant (420°C). Revenue Stream 2 (25%): Carbon credit sales — ~30 tCO₂/ha/year at target EUR 40–70/t. Revenue Stream 3 (20%): Agricultural intercropping sales (aloe vera, garlic, legumes, mint). Revenue Stream 4 (10%): Land appreciation — regenerated land value uplift in Southern Europe.
What happens after the first harvest cycle?
Paulownia is a coppicing species — after harvest, the root system regenerates vigorous new growth without replanting. This coppice regrowth is typically faster and denser than first-rotation growth, improving economics from cycle 2 onwards. The VPS is designed for 3–4 rotation cycles over the 12–15 year fund horizon.
VERDANTIS and VERDANTIS Polyculture System
VERDANTIS Impact Capital integrates the principles of VERDANTIS Polyculture System into its investment strategy. The fund — structured as a Luxembourg RAIF, Article 9 SFDR ("Dark Green") — combines paulownia agroforestry with EU-certified carbon credits to deliver measurable environmental impact alongside compelling financial returns: >20% target IRR, >9x MOIC, and >5% annual cash yield from year 2.
Our scientific foundation includes validation by the University of Bonn (Prof. Dr. Ralf Pude) and the bio innovation park Rheinland e.V., with carbon verification to ISO 14064-2 by TÜV Austria.