#102 CheTerraPesti - The earth beneath your feet | Oct 13, 2026

Did you know that 10 minutes of your time can help shape future European environmental policies? Take the quick, anonymous Curiosoil survey today to test your soil knowledge, raise awareness, and make your voice heard for a greener planet!

Harmonised monitoring and spatial datasets track seven soil degradation indicators across the European Union. Improvements in some erosion and phosphorus indicators coexist with worsening carbon, sealing, and phosphorus excess, informing assessment of progress toward healthier soils.

Are Europe's soils on the brink of collapse? This new study projects a rapid acceleration of soil degradation driven by climate change and shifting land use. Dive into the full article to explore these urgent threats to our food security!

Did you know that over 80% of European agricultural soils are currently degraded? This comprehensive pan-European study maps the alarming spatial scale of land degradation, offering critical insights that could revolutionize sustainable farming before our food security is compromised!

Are we ignoring the foundation of life on Earth? This paper outlines a bold pathway for a Global Convention to Secure Soil. Dive into the full article to discover how binding international cooperation can safeguard our most undervalued natural resource!

Can putting a price tag on soil save our ecosystems? This viewpoint explores soil monetization as an emerging imperative, challenging traditional land-use decisions by integrating natural soil capital directly into global economic frameworks!

Human and planetary health are inseparable. By crossing six of nine planetary boundaries, human activities are destabilizing Earth and risking irreversible tipping points. Urgent, integrated action is essential to restore ecological resilience, prevent systemic breakdowns, and safeguard our future.

Why is the global water cycle throwing wild swings from extreme droughts to record floods? Uncover how drying river basins, shrinking glaciers, and climate whiplash threaten water security for billions of people worldwide!

Add your project to CURIOSOILNET! Share inspiring practices in soil awareness, training, and lifelong learning across Europe. Explore top initiatives, get mapped, and make an impact—fill out the form today!

Why did scientists ask over 1,000 volunteers to bury cotton underwear across gardens, fields, and lawns? Discover how the breakdown rate of buried undergarments reveals underground biological activity and offers a quirky, brilliant indicator of soil health!

Why are 70% of EU soils unhealthy despite ambitious laws? This study reveals a critical "Governance-Science Gap"—proving the problem isn't a lack of data, but broken institutional policies and funding. Read the full article to discover the solutions!

Although stakeholders broadly recognize the intrinsic and ecocentric values of urban soil, a gap remains between conceptual recognition and practical application. Short-term anthropocentric approaches currently dominate. True integration requires embedding biological indicators and long-term targets into urban policy frameworks.

A semi-systematic review examines how ecosystem service valuation can inform local planning and prevent soil sealing. Findings favour context-sensitive assessment, coordination across spatial scales, and participatory governance, with standardized ecosystem accounting still rarely used locally.

How do land planners handle uncertainty when deciding which soils to build on or preserve? This study reveals how map resolution and uncertainty levels impact real-world decisions. Read the full article to discover the critical threshold where uncertainty hinders planning!

Do green urban solutions have a hidden environmental cost? This 75-year study reveals that rebuilding city soils creates initial pollution before delivering massive climate and health benefits. Read the full article to discover the crucial break-even point!

Can solar energy and soil conservation go hand in hand? Discover how smart soil protection measures in agri-photovoltaics safeguard arable land, prevent compaction, and ensure long-term sustainable food and energy co-production!

Is indoor farming really the silver-bullet solution to our global food crisis? Uncover why sky-high energy demands, massive costs, and crop limitations mean high-tech vertical farms won't replace traditional soil agriculture anytime soon!

Can a traditional paddy field transform into a climate-resilient oasis? Discover how an Italian rice farmer planted thousands of native species to defeat scorching heatwaves, revive wildlife, and pioneer a groundbreaking blueprint for sustainable agriculture!

Why are gardeners and iconic flower shows locked in a fierce debate over peat? Uncover how ditching this ultimate growing medium could spark a green revolution, safeguard vital carbon sinks, and forever transform the future of horticulture!

Italy is dotted with hundreds of ghost towns—abandoned due to emigration, earthquakes, and landslides. This massive national inventory maps 702 forgotten settlements, exploring their history, deterioration, and the exciting potential for revitalization through sustainable tourism. Read the full study!

Are we ignoring a massive hidden footprint in construction? This study introduces a groundbreaking framework integrating soil organic carbon loss directly into building Life Cycle Assessments—forever changing how urban planning and sustainable development measure environmental impact!

Can ripping up asphalt bring dead urban soils back to life? This 24-month study reveals how de-sealing rapidly transforms parking lots into functional ecosystems. Read the full article to discover which rehabilitation methods maximize biological recovery and urban cooling!

After a decade under concrete, can urban soil ever truly recover? This study uncovers drastic chemical shifts, decimated microbial life, and critical hydraulic stress, offering crucial modeling strategies to successfully revive buried soils and green our cities!

This study investigates relationships between static soil indicators and dynamic water regulation services across Austria, Italy, and Tunisia using process-based modeling. It reveals that common indicators often poorly predict water-related processes, highlighting the necessity of dynamic modeling for accurate soil health assessments.

How do we accurately track the carbon hiding beneath our feet? This new study unveils a digital soil mapping approach for monitoring and verifying soil carbon. Read the full article to see how this technology could revolutionize nature-based climate solutions!

Think heavier rainfall means more water? Think again! This new study reveals that highly concentrated precipitation actually decreases terrestrial water storage over time. Dive into the full article to discover why bigger storms might leave our future surprisingly dry!