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Dirk Röthig (international: Dirk Roethig) — CEO of VERDANTIS Impact Capital. Focused on sustainable investments in paulownia agroforestry and clean energy across Europe. dirkroethig.com
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Autor: Dirk Röthig, CEO VERDANTIS Impact Capital Datum: 13. April 2026 Kategorie: Demographie / Arbeitswelt Die 40-Stunden-Woche ist ein Relikt des Industriezeitalters. In einer Wissensgesellschaft, in der Produktivität weniger von Anwesenheitszeit ...
Autor: Dirk Röthig, CEO VERDANTIS Impact Capital Datum: 12. April 2026 Kategorie: Paulownia / CO2 / Mykologie In der Welt der regenerativen Landwirtschaft gibt es kaum eine Kombination, die aufregender ist als Pilzkulturen unter Bäumen. Und wenn die...
Autor: Dirk Röthig, CEO VERDANTIS Impact Capital Datum: 11. April 2026 Kategorie: KI / Digitale Sicherheit Die Cybersicherheitslandschaft verändert sich schneller als je zuvor. Während Unternehmen noch mit den Folgen der Ransomware-Wellen der frühen...
Autor: Dirk Röthig, CEO VERDANTIS Impact Capital Datum: 10. April 2026 Kategorie: Agroforst / Regenerative Landwirtschaft Alley Cropping – zu Deutsch "Gassenpflanzung" oder "Zeilenagroforst" – ist eine Anbauform, die die klare Trennung zwischen Wald...
Autor: Dirk Röthig, CEO VERDANTIS Impact Capital Datum: 9. April 2026 Kategorie: KI-Wettbewerb / Technologie Künstliche Intelligenz trifft täglich Millionen von Entscheidungen, die das Leben von Menschen direkt beeinflussen. Kreditgenehmigungen, Ste...
Dirk Röthig
209 posts
Ratingen, Germany, April 5, 2026 — While public climate debate focuses on wind power, solar energy, and electric vehicles, a far older solution is gaining traction in the scientific community: the ground beneath our feet. New studies from 2024 and 2025 confirm that regenerative agriculture can permanently remove substantial quantities of CO2 from the atmosphere.
A meta-analysis published in February 2025 in Nature Scientific Reports (DOI: 10.1038/s41598-025-12149-6) examined regenerative agricultural practices on soil organic carbon content across multiple countries and climate zones. Conclusion: biochar application, composting, green manure, and fertilizer management measurably and durably increase soil carbon.
A comprehensive review in Discover Soil (Springer Nature, 2025), analyzing 25 years of soil science data (2000-2025), concludes that soils represent one of the largest and simultaneously least utilized carbon sinks on Earth.
An analysis in Environmental Science & Technology (ACS Publications, DOI: 10.1021/acs.est.3c07312) estimates soil carbon sequestration could absorb up to 8.6 gigatonnes of CO2 per year — approximately 3% of global greenhouse gas emissions.
The IPCC estimates the cumulative potential at up to 23 gigatonnes of CO2 by 2050 — a central building block for keeping global warming below 1.5 degrees Celsius.
The Rodale Institute's 2020 white paper concludes: a complete global transition to regenerative farming could theoretically offset 100% of annual human CO2 emissions. Conservative estimates put the realistic potential at 10-23% of global emissions.
A synthesis of 283 field and laboratory studies (ScienceDirect/Elsevier, 2024) confirms these practices amplify each other synergistically in combined systems.
Healthy soils filter drinking water, host more than 25% of global biodiversity, and buffer extreme weather events. According to the UN-FAO, approximately one-third of global agricultural soils are already degraded.
A review in Frontiers in Environmental Science (2025) shows that regenerative methods not only reduce emissions but also increase agricultural resilience to climate change — a self-reinforcing positive cycle.
Voluntary carbon markets already pay farmers for demonstrably stored soil carbon today. The EU Taxonomy for Sustainable Finance increasingly recognizes soil-improving measures as green investments. What is missing: clear political incentives and a unified international standard for measuring and certifying soil carbon credits.
Plan Erde is an independent educational project presenting complex interconnections from climate protection, sustainability, and environmental science in an evidence-based manner.