Hydrology Mapping
AQUIFER_VITALITY // SUBSURFACE_FLOW_AI
The Pulse of the Aquifer
Hydrology Mapping engines uncover the hidden state of critical water resources. By fusing satellite gravimetry with ground-based IoT sensors on high-performance compute clusters, we provide 3D visualizations of aquifer health, enabling sustainable extraction and climate-resilient agricultural planning.
[RECHARGE_RATE]: 1.4m / YEAR
[EXTRACTION_RISK]: HIGH (SUBSIDENCE_POTENTIAL)
[WATER_TABLE_HEALTH]: STABLE // SALINITY_CHECK: PASS
Hydro Analytics Stack
Modeling planetary-scale groundwater systems requires massive matrix computation and physics-informed machine learning:
- PINN-ACCELERATED FLOW SIMULATION
- GRACE-FO GRAVIMETRY DATA FUSION
- 3D GEOLOGICAL GRAPH SEGMENTATION
- REAL-TIME SENSORThings IoT INGESTION
- SUBSURFACE SALINITY TOMOGRAPHY
Leading Research Institutions
Stanford Water in the West
Linking water research with policy to ensure sustainable water management in the American West and beyond.
USGS Water Resources
The primary federal agency for monitoring and modeling the nation's water quality and availability.
ETH Zurich Hydrology
Developing advanced numerical models and satellite data analysis tools for global water cycle research.
UC Irvine Hydrology
Home to the Center for Hydrometeorology and Remote Sensing, focusing on satellite-based groundwater monitoring.