Record geological observations with spatial data collection using points, lines, or polygons. Capture photos and sketches. Create maps and stratigraphic sections. Use high-resolution image basemaps and nested Spots for multi-scale data management.
Record orientation data of planar and linear features using GPS and orientation sensors. Measure bearings and inclinations. Save and export data for analysis. Sync with devices for fieldwork efficiency.
Collect and map field data with customizable forms and attributes. Capture data offline or online. Transfer data to desktop GIS platforms. Edit and manage attributes directly in the field. Sync data with preferred GIS software.
Record routes from specific locations to survey sites and display them on a map. Measure distances between coordinates or map points. Calculate areas using coordinate lists or map selections.
Identify rocks, crystals, and minerals from photos
Identify rocks, crystals, minerals, and gemstones by uploading or taking a photo. Learn about their properties, origins, and uses. Access a comprehensive database with detailed information on each .
Scan rocks, identify minerals, and view properties
Identify rocks, minerals, or gems by uploading a photo. View detailed information about the identified item including properties and characteristics. Access expert-level details on crystals and jewelry.
Identify rocks and minerals by uploading photos. Access detailed information about each specimen. Learn about geological properties and classifications. Save and organize collected samples. Share findings with others.
Measure areas and calculate distances using GPS. Draw polygons on maps to calculate field areas. Save and share data. Access detailed maps and satellite imagery for accurate surveying.