A wheat field in southern Spain wilts under its third consecutive month without meaningful rain. In Poland, torrential spring storms wash away freshly sown maize. Meanwhile, food-price inflation in Berlin supermarkets sits stubbornly at 11 %. These scenes are no longer outliers; they are the new rhythm of European farming. The Intergovernmental Panel on Climate Change projects that without swift adaptation, yields of staple crops across the continent could fall 10 – 30 % by 2050.

The global agricultural sector faces a dual challenge: feeding a growing population while mitigating climate change. Carbon farming—a suite of practices that sequester atmospheric carbon in soils and vegetation—has emerged as a powerful solution. Here’s what investors, farmers, and policymakers need to know about the 2025 market.

As food companies worldwide struggle to meet net-zero commitments and farmers seek new revenue streams, a single obstacle threatens progress: the crushing cost and complexity of monitoring, reporting and verification (MRV) for soil carbon projects. Traditional soil sampling methods consume 25-40% of project budgets

As global climate commitments tighten and corporations face increasing pressure to achieve net-zero targets, carbon projects have emerged as an important tool for managing measurable climate impacts. However, the carbon market is evolving rapidly, reshaping new rules, technologies and risk investment strategies.

Cloud cover is one of the biggest challenges facing precision agriculture today. For farmers who rely on satellite data to monitor crops and make fertilizer decisions, clouds can block important information, leading to data gaps and less accurate recommendations. But thanks to innovative data fusion technology, this cloud problem is being solved...

Today's agriculture, two major challenges stand before us: combating climate change and ensuring the world has enough food. For food companies, agribusinesses and carbon project developers, the solution starts right under our feet - with the soil. Precision soil stratification is a powerful service that combines the best of technology and science to help you build a sustainable, profitable future.

At the recent 2ⁿᵈ European Carbon Farming Summit in Dublin (March 4-6, 2025), more than 1,000 stakeholders from the agricultural sector came together to discuss how carbon farming can effectively scale up to meet our climate goals. This blog explores key insights from the summit and …

The Corporate Sustainability Reporting Directive (CSRD) is transforming how agribusinesses approach sustainability. With stricter Scope 3 emissions reporting requirements, companies must now track and disclose the carbon footprint of their entire supply chain—including farm-level emissions…

In the world of agriculture, effective data visualization is crucial for making informed decisions. One of the most significant advancements in this area is the use of color differentiation in mapping various agricultural indices. Recent updates to the color palettes for Dry Matter, Nitrogen, Stratification, and Vegetation Index have transformed..

Climate change, along with extreme weather, reduced crop yields and water scarcity, threaten global food security. Regenerative agriculture, precision agriculture, significant government and global initiatives are essential to ensure future agriculture and food security.

European agriculture faces the dual challenge of maintaining economic viability while ensuring environmental sustainability. This blog explores how initiatives like the European Green Deal and regenerative agriculture practices can help achieve a balance between economic growth and environmental protection.

The European Union's Carbon Removal Certification Framework (CRCF) is an important step towards climate neutrality by 2050. The CRCF was approved by the European Parliament in April 2024, and this is the first EU regulatory framework for certifying carbon removal.

Regenerative agriculture is a newer sector, popularized more as a viable option in recent years. While we are looking at and trying to adapt our plant agriculture, other concepts must be explored that have the potential to reshape the entire future of the plant agriculture landscape so we may find a reality based on logic.

As we venture further into 2024, the looming presence of the El Niño weather phenomenon has cast a shadow over the agricultural landscape, particularly in Latin America. The potential disruption to rainfall patterns and the threat of extreme weather conditions have placed the region's agricultural sector on high alert.

In a world where agriculture plays a crucial role in feeding the ever-growing global population, finding sustainable and efficient ways to optimize crop production is paramount. The European Union recognized this challenge and initiated the AI4 Copernicus project, aimed at Advancing Earth Observation Intelligence, Innovation and adoption in agriculture. Among the participants, Spacenus GmbH pioneered this project, with its innovative approach towards optimizing nitrogen fertilizer recommendations.

Field-specific Fertilizer rate recommendations and farm-specific Fertilizer demand estimation have been a decade-old problem. Soil testing and plant tissue testing are still regarded as the most dependable solutions. However, this is a time-consuming and labor-intensive process. The closest alternative is the field sensors, which use the Near Infrared (NIR) light reflectance of plant leaves to estimate Fertilizer application rates.

Regenerative agriculture appears as the glimmer of hope in a world that is perilously close to entering a climatic disaster. It represents a paradigm change in farming with the goal of reviving our soil and reestablishing ecosystems. We promote sustainability by embracing no-till techniques, varied crop rotations, and combining crops with animals. These tactics increase carbon sequestration, lower emissions, and strengthen climate resilience. Let's cultivate a world reborn by sowing the seeds of a sustainable future through regenerative agriculture.

Traditional fertilization advice is expensive and time-consuming. Cloud cover in satellite imagery in reduces their effectiveness to 40% of farmers. Our innovative approach overcomes cloud cover in satellite imagery to give farmers accurate and timely fertilization recommendations while prioritizing environmental sustainability.

We are usually hesitant to change a running system when we lack insight, particularly in a conservative industry like agriculture. As a result, agriculture typically does not welcome new environmental regulations, but proper insight may change that attitude.

The most recent heatwave reminds everyone of the need to take immediate action to combat climate change. Agriculture will continue to be impacted by climate change, so we must adapt to it. The Dutch government is to be the first to act on the matter after stalling finally, but the farmers are not pleased about it.