Water
This dimension emphasizes the soil's ability to retain, absorb, and store water, which is essential for plant growth and overall ecosystem health. It monitors soil moisture levels, ensuring that soils can effectively support vegetation, regulate water flow, and mitigate the impact of droughts or floods. Maintaining adequate water-holding capacity in soils helps sustain agriculture, manage water resources, prevent flood-related damages, and preserve natural habitats.
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.
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.
Measures a soil's ability to retain water at a 1km scale, essential for regional land and water management.
Measures water content in the soil at a 1km scale, vital for monitoring drought and optimizing irrigation in agriculture.
Precipitation
Offers key data on rainfall and snowfall, essential for water management and assessing flood and drought risks.
Soil Moisture Trend
Analyzes long-term changes in soil moisture, revealing critical trends for climate change adaptation and water management.
Water Holding Capacity (Site Level)
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.
Water Holding Capacity (Landscape Level)
Measures a soil's ability to retain water at a 1km scale, essential for regional land and water management.
Soil Moisture (Landscape Level)
Measures water content in the soil at a 1km scale, vital for monitoring drought and optimizing irrigation in agriculture.
