LandPrint

The Landprint (LP) D-MRV System stands as a pioneering platform dedicated to the meticulous processing of environmental and regenerative agriculture data. At its core, LP employs a unique methodology tailored to gauge various environmental assets within farms’ productive fields and native vegetation areas.  Through various indicators encompassed in the areas of biodiversity, carbon sequestration, water conservation, and soil health, LP offers a detailed understanding of a farm’s environmental situation of its forests, pasture lands and croplands. However, Landprint’s distinctive approach extends beyond mere environmental assessment, delving into the realm of regenerative agricultural practices.

Central to Landprint’s methodology is the measurement of indicators pertinent to the adoption and advancement of regenerative practices across critical domains such as soil conservation and management, plant nutrition, landscape design, agroforestry, companion planting, and pasture management. This holistic evaluation enables Landprint to offer multifaceted insights into a farm’s environmental assets and the efficacy of its regenerative initiatives.

The system draws upon a diverse array of data sources to inform its analyses, including remote sensing technologies such as satellite imagery and drones, laboratory analyses, farmers’ records, and in-field observations. Leveraging this rich dataset, Landprint provides comprehensive evaluations of environmental assets while identifying potential bottlenecks that hinder optimal regenerative practices. 

The result is shown in dashboards and in the issuing of a digital environmental asset report that qualify the farm or land area through the LandPrint ratings.

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Case study: Implementation of regenerative agriculture practices in Maranhão, Brazil

This case study has been prepared by the tool provider as an illustrative example of the tools application to the TNFD recommendations and guidance. The TNFD had not endorsed this case study.

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