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.

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

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

Quantifies natural and semi-natural habitats on productive zones, such as farms or managed forests, measuring a direct commitment to biodiversity and sustainability.

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

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

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.

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

Climate risk rating (Not Relevant to Very High) for 6 key hazards—drought, temperature extremes, precipitation changes, heat stress, storm winds, and wildfire—for current conditions and future scenarios (2030, 2050, 2080).

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

Reflects species observations from public data base.

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

Estimates the amount of carbon stored in the top 30 cm of soil based on a predictive baseline model and the CoolFarmTool model for cropland, tree crop, and grassland applications

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

Average number of years a newborn is expected to live, based on current mortality patterns in the region.

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

Estimates soil loss from water erosion using a dynamic, satellite-driven erosion model (RUSLE), helping to identify and manage land degradation risks. Inversion of erosion figure to generate retention figure.

Offers globally consistent data on key soil characteristics, essential for informed land management.

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

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.

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

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

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

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

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

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

Estimates the amount of carbon stored in top 30 cm soil based on a combination of Spatialise (MRV provider) and the CoolFarmTool model for cropland, tree crop, and grassland applications

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

A globally consistent, spatially explicit estimate of carbon emissions or removals (flux) from land use and land cover.

Tracks annual loss of global tree cover detected by satellite imagery and reported through Global Forest Watch.

Measures the acidity or alkalinity of the upper soil layer, a key factor influencing nutrient availability and plant growth.

Maps global patterns of soil biodiversity and ecosystem functions based on the European Commission’s Global Soil Biodiversity Atlas.

Provides global reference data on soil and environmental microbial diversity based on DNA sequencing from the Earth Microbiome Project.

Measures the presence and variability of surface water over time, using satellite-derived data from the Global Surface Water Explorer (GSWE).

Measures the number of people living per unit area, providing a spatial understanding of human settlement patterns and pressure on land.

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

Measures the temperature of the Earth’s land surface, providing insights into heat distribution, urban heat islands, and land–atmosphere energy dynamics relevant to climate and ecosystem monitoring.

Identifies the presence and distribution of invasive alien species by country or region, using data from the Global Register of Introduced and Invasive Species (GRIIS) to assess ecological risk and biodiversity impact.

Measures key soil nutrient concentrations—potassium (K), phosphorus (P), and nitrogen (N)—to assess soil fertility, nutrient balance, and suitability for agricultural productivity and ecosystem health.

Evaluates the physical condition of soil through indicators such as bulk density and erosion risk, providing insight into soil structure, compaction, and stability that influence water infiltration and root growth.

Measures the temperature of the water’s surface, a key indicator of aquatic ecosystem health, climate influence, and energy exchange between water bodies and the atmosphere.

Assesses educational access and attainment through indicators such as literacy rate, school enrollment, and years of schooling, reflecting human capital development and community resilience potential.

Assesses population health through indicators such as disease prevalence, nutrition, and access to healthcare services, reflecting community wellbeing and capacity to withstand environmental or social stressors.

Evaluates household and community livelihood conditions through indicators such as income sources, employment diversity, and access to resources, capturing economic stability and adaptive capacity to environmental or market changes.

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

Evaluates the soil’s capacity to recover its structure, function, and productivity after disturbance, integrating physical, chemical, and biological indicators into a composite measure of soil stability and adaptive capacity.

Assesses soil biological activity through key indicators such as microbial biomass, fungal and bacterial abundance, and soil respiration rates, reflecting overall soil health and ecosystem functioning.

Evaluates governance quality through indicators such as transparency, accountability, policy effectiveness, and stakeholder participation, providing insight into institutional capacity and decision-making strength at local or national levels.

Measures the ability of water systems — such as watersheds, aquifers, or wetlands — to absorb stress and recover from droughts, floods, or pollution, reflecting long-term hydrological stability and ecosystem adaptability.

Captures the capacity of communities to anticipate, cope with, and recover from environmental or economic shocks, reflecting social cohesion, adaptive capacity, and access to essential resources and services.

Enables integration with partner carbon accounting firms to conduct comprehensive footprint assessments, linking geospatial and activity data to standardized greenhouse gas reporting and verification frameworks.

Captures on-site measurements of carbon stocks and fluxes through field-based analyses such as total organic carbon testing, soil and ecosystem respiration, and manual above-ground biomass assessments, providing ground-truth data for carbon modeling and verification.

Collects field-based biodiversity data using tools such as camera traps, eDNA sampling, and species geotagging to validate and enhance remote sensing insights on species presence, abundance, and ecosystem health.

On-site measurements of soil condition using methods such as eDNA analysis, decomposition tests, and bulk density sampling to assess soil biodiversity, structure, and organic matter dynamics.

Provides field-based water quality measurements, such as pH, turbidity, and contaminant tests for arsenic, fecal matter, and E. coli, to evaluate ecosystem health and suitability for human or agricultural use.

Gathers localized social data through community-based surveys, participatory methods, and language translation tools to capture lived experiences, perceptions, and social dynamics within project areas.

Measures environmental quality through on-site assessments of factors such as air pollution, noise levels, and other ambient conditions that influence human wellbeing and ecosystem health.

Measures the height of vegetation canopies using satellite or LiDAR data to assess forest structure, biomass, and habitat complexity across landscapes.