Estimates the amount of carbon stored in the soil and below the soil surface based on the Cool Farm Tool process model for cropland applications

Quantifies natural habitats protected on farms, measuring a direct commitment to agricultural biodiversity and sustainability.

Assesses the overall health of an ecosystem with focus on structure, composition and function.

Indicating the probability and severity of risks from natural disasters, helping to prioritize investments in climate adaptation.

Tracks the use of cover crops, a key regenerative agriculture practice that improves soil health and farm sustainability.

Life expectancy in numbers of years reflects the quality of living conditions and healthcare in a country. It is a general indicator of societal wellbeing and often tightly coupled to environmental issues and economic performance.

Monitors the loss of forest cover, a critical indicator for biodiversity, climate change, and supply chain transparency.

Reflects species observations from public data base.

Offers globally consistent data on key soil characteristics like pH and texture, essential for informed land management.

Offers key data on rainfall and snowfall, essential for water management and assessing flood and drought risks.

Analyzes long-term changes in soil moisture, revealing critical trends for climate change adaptation and water management.

Identifies nearby protected areas, providing crucial context for conservation efforts and environmental risk management.

Measures a soil's ability to retain water at a detailed 100m scale, essential for evaluating drought resilience, flood resilience and effectiveness of regenerative practices at site level.

Provides medium-resolution data on carbon stored in trees, crucial for verifying carbon credits and tracking the impacts of deforestation, afforestation and natural regeneration at a landscape level.

Provides high-resolution data on carbon stored in trees, crucial for verifying carbon credits and tracking the impacts of deforestation, afforestation and natural regeneration.

Quantity of carbon stored in soil and below the soil surface.

Assesses potential adverse social impacts in supply chains, crucial for ethical sourcing and protecting brand reputation.

Provides high-frequency historical air temperature data, fundamental for monitoring climatic impacts across sectors.

Evaluates land suitability for various crops, helping to optimize agricultural planning and adapt to climate change.

Identifies lands belonging to Indigenous Peoples, critical for upholding rights and managing social and environmental risks.

Measures how well a landscape supports wildlife movement and natural processes, vital for biodiversity and climate resilience.

Measures the degree to which a habitat is free from human disturbance, serving as a key indicator of ecosystem health.

Distinguishes between the physical land type (cover) and its human purpose (use), foundational for environmental planning.

Quantifies the temperature-reducing benefits of urban greenery, crucial for creating cooler, more livable cities.

Provides data on the distribution of species, fundamental for biodiversity assessments and conservation planning.

Measures a soil's ability to retain water at a 1km scale, essential for regional land and water management.

Monitors vegetation health against historical norms using satellite data, providing an effective early warning for drought.

Measures terrain steepness, a critical factor for assessing erosion risk and making informed land use decisions.

Estimates soil loss from water erosion using the RUSLE model, helping to identify and manage land degradation risks. Inversion of erosion figure to generate retention figure.

Measures water content in the soil at a 1km scale, vital for monitoring drought and optimizing irrigation in agriculture.