Moving research from academic papers to the muddy boots of daily farming is at the heart of the PaluWise project. While technical studies and data models provide the scientific foundation for peatland restoration, land managers need clear, direct, and practical guidance to make informed decisions on the ground. To bridge this gap, we are excited to publish PaluWise’s very first Practice Abstract! This practical guide translates complex research on peatland greenhouse gas (GHG) calculators into actionable recommendations for farmers, land managers, and agricultural advisors.
What is a Practice Abstract?
A Practice Abstract is a short, standardised summary designed to deliver practical outcomes, innovative solutions, and clear recommendations in non-academic language. Rather than focusing on dense methodology, a practice abstract answers three key questions for practitioners:
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What is the issue?
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What is the practical solution or finding?
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How can I apply this on my land or farm?
Over the PaluWise’s lifetime, our team will produce 10 practice abstracts based on our scientific findings. These abstracts follow the standardized EIP-AGRI format and feed directly into the EU CAP Network database. By translating these summaries into native languages across our consortium, we ensure that PaluWise insights are accessible to agricultural communities across Europe.
What is our first Practice Abstract about?
Titled “Estimating carbon savings from Wet Peatland Farming: a guide to Peatland Greenhouse Gas (GHG) calculators for land managers”, our first practice abstract stems directly from research led in Work Package 3 (Deliverable 3.1).
The Problem
Drained peatlands used for conventional cropland release heavy greenhouse gas emissions, typically 34 to 44 tonnes of CO₂ equivalent per hectare each year. When farmers evaluate rewetting their land to adopt paludiculture (productive wet agriculture), they need quick, dependable ways to estimate potential carbon savings and evaluate new business or carbon-market opportunities.
Key findings
Our team evaluated six major European and UK GHG estimation tools (including CC-SET, Moorwissen Klimaschutzrechner, the IUCN Peatland Code, Wilder Carbon, and the Farm Carbon Toolkit). Here is what land managers need to know:
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Massive emission cuts: Transitioning from drained cropland to wet management cuts net emissions dramatically – by 22 to 40 t CO₂e/ha/year.
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Free & accessible acreening: Existing free online calculators provide a reliable, zero-cost starting point to benchmark baseline emissions against expected savings before investing in water management infrastructure.
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Selecting the right tool: Land managers should choose tools calibrated to their region (e.g., vegetation/GEST-based models in continental Europe; water-table depth models in the UK).
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Modeling Paludiculture crops: While most tools model natural rewetting, the Carbon Connects (CC-SET) tool currently models specific paludiculture crops (such as Typha cattail or Sphagnum moss) and product-level fossil fuel substitutions.
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Harvesting & carbon standards: End-uses that substitute fossil resources (e.g., long-lived construction or insulation materials) maximize climate impact. However, practices like topsoil removal require broader farm-level assessment before claiming certified carbon units.
Key Takeaway for Farmers: Rewetting drained peat for paludiculture delivers immediate and substantial emissions reductions. Free online calculators offer a dependable feasibility assessment, though farmers should verify specific carbon market rules before entering contracts.
You can read the full, official Practice Abstract directly on the EU CAP Network Portal.
Until the next milestone! 🌿