Rewetting Peatlands

Peatland Degradation Calls for Active Peatland Protection

Covering just three percent of the world’s surface area, peatlands nonetheless act as important carbon stores. In Germany, extensive tracts of peatland have been drained for agricultural use, introducing oxygen into the peat, releasing enormous amounts of CO₂ and causing the loss of other ecosystem services. Rewetting these areas can stop emissions and reinvigorate ecosystem services. In this way, peatlands can help to achieve climate targets. In addition to their beneficial effect on the climate, wet peatlands are an essential habitat for highly specialized plant and animal species.

Peatland rewetting is a Herculean task, however. At the current pace of around 2,000 hectares per year on average, Germany’s stated goal of rewetting 250,000 hectares by 2030 Bund-Länder-Zielvereinbarung zum Klimaschutz durch Moorbodenschutz [Federal Government-Federal States Target Agreement for Climate Protection Through Peat Protection] will not be achieved. There are various reasons for this, many of which have to do with a lack of monitoring data.

Peatland landscape with water surfaces and reeds in the morning mist.

Our Contribution: AI-Supported Monitoring for Effective Peatland Management

To improve peatland management, we are developing a digital monitoring platform for peatlands. We combine existing scientific knowledge and data from fundamental research with in situ sensor technology and integrate them with AI-driven analysis of drone imagery (computer vision). This enables a multimodal assessment of ecosystem conditions.

The analysis of these data can be used for reliable monitoring of emission reductions (GEST method, e.g., for MoorFutures) and biodiversity following rewetting (ecological credits).

In addition to providing evidence of compliance with agri-environmental and climate measures, this monitoring forms the basis for the verification of environmental certificates and can help mobilize private-sector funding for nature conservation projects.

These factors contribute to enabling peatlands to be restored to a near-natural state quickly and on a large scale.

Landscape planning consultancies, certification bodies, and project developers can better capture spatial transitions in greenhouse gas assessments, continuously monitor biodiversity, and develop scalable approaches for larger areas.

Projects

 

Valuation of peatlands as CO₂ stores

In our VALPEATS project, we are developing AI-based monitoring tools for the objective valuation of ecosystem services

 

GEST App

The GEST App digitizes vegetation mapping and peatland assessment based on the recognized GEST approach for estimating greenhouse gas emissions.

 

The Peatland Dashboard

The AI-powered Peatland Dashboard developed by Fraunhofer IGD combines drone, vegetation, and hydrological data to efficiently analyze and visualize peatland conditions.

 

KIMoPa

Determining vegetation heterogeneity in rewetted peatlands to optimize management for the sustainable use of biomass

Rewetting peatlands: How can we objectively assess ecosystem services?

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Consortia in Peatland Studies and Paleoecology

To facilitate a close exchange with peatland science, the Fraunhofer Institute of Graphics Design IGD has opened a project office at the University of Greifswald’s Institute of Botany and Landscape Ecology and is working on issues in this area within an interdisciplinary team. These issues are being addressed in close cooperation with stakeholders from agriculture, planning and administration and the processing industry according to the principles of user-centered design. If you are interested in our projects or in working with us, we look forward to hearing from you.

As part of the Biogenic Value Creation and Smart Farming initiative, the following institutes are also working on peatlands and paludiculture issues:

Fraunhofer Institute for Process Engineering and Packaging IVV

Fraunhofer Institute for Large Structures in Production Engineering IGP

Understanding peatlands digitally – AI monitoring for climate, biodiversity, and new land use

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More about our research into smart farming

 

Back to overview

Learn the essential facts about our team and its work.

 

Livestock

We offer customized solutions for a variety of animal species in the livestock industry.

 

Crop

We combine the advantages of drones and visual computing to perform vegetation analysis and species recognition from the air.