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- Paulownia lang-de

Science-Based Agroforestry: How 16 Years of University Research Validate Paulownia as a Climate Asset

How 16 years of peer-reviewed Paulownia research at the University of Bonn provides the academic foundation for VERDANTIS's agroforestry investment model — carbon sequestration data, wood properties, field trial results, and how scientific rigour reduces investment risk.

- Paulownia lang-de

Wissenschaftsbasiertes Agroforestry: 16 Jahre Paulownia-Forschung an der Universität Bonn

16 Jahre Paulownia-Forschung an der Universität Bonn unter Prof. Dr. Ralf Pude – Wachstumsdaten, Holzeigenschaften, CO₂-Sequestration, Hybridisierung und wie wissenschaftliche Evidenz das Investmentrisiko in Agroforst-Projekte reduziert.

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- Precision Forestry lang-de

Precision Forestry: How AI, Drones, and Digital Twins Are Transforming Sustainable Forest Management

A comprehensive technical overview of precision forestry technologies — LiDAR, satellite remote sensing, IoT soil sensors, AI-driven MRV, and blockchain carbon credit tracking — and how VERDANTIS deploys them for verifiable impact.

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- Digital Twin lang-de

Digital Twins in der Forstwirtschaft: Wie KI und Sensordaten die Waldwirtschaft revolutionieren

Wie Digital Twins, IoT-Sensoren, Drohnen und Satellitendaten die Forstwirtschaft transformieren – und warum kontinuierliches digitales Monitoring die Grundlage für belastbare CO₂-Zertifizierung und ESG-Reporting ist.

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- Biodiversity lang-de

Biodiversification Through Agroforestry: Why Polyculture Systems Outperform Monocultures

How polyculture agroforestry systems actively reverse biodiversity loss — with field evidence on insect richness, soil biology, pollinator support, and the emerging biodiversity credit market.

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- Biodiversität lang-de

Biodiversifikation durch Agroforst: Wie Polykultur-Systeme Artenvielfalt und Rendite vereinen

Wie Polykultur-Agroforst-Systeme Artenvielfalt aktiv steigern, Monokulturen ablösen und gleichzeitig attraktive Investmentrenditen generieren – mit wissenschaftlichen Daten zu Insekten, Bodengesundheit und Biodiversity Credits.

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- ESG lang-de

ESG Criteria for Forestry Investments: How to Achieve Article 9 SFDR Classification

A comprehensive breakdown of ESG criteria for forestry and agroforestry investments — Environmental, Social, and Governance requirements for achieving SFDR Article 9 classification, with ISO 14064-2, CRCF, and TNFD alignment.

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- ESG lang-de

ESG-konformes Investieren: Wie SFDR Article 9 die Messlatte für nachhaltige Investments setzt

ESG-konformes Investieren verlangt heute mehr als gute Absichten. Wie SFDR Article 9 den neuen Goldstandard für nachhaltige Geldanlagen definiert – und warum Agroforst-Investments diese Hürde zuverlässig nehmen.

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blended finance biodiversity nature finance gap

Blended Finance for Nature: How Public-Private Partnerships Close the $571 Billion Gap

Dirk Röthig is CEO of VERDANTIS Impact Capital, a specialist impact investment firm applying blended finance principles to agroforestry and carbon removal in Europe. VERDANTIS works with European development finance institutions to structure nature-positive investments that deliver commercial return

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carbon farming Europe CRCF

Carbon Farming in Europe: How the EU's New Certification Framework Creates a Multi-Billion Market

Sources: Ferrara et al. (2024); INRAE (2022); Thuringian State Forestry Service (2023)