Virtual Soils
Background
This project focuses on developing a VR-based platform that uses Gaussian splat technology to communicate the diversity of soils and their environmental contexts. The purpose is to provide researchers, students, and the public with an interactive experience that goes beyond conventional soil science communication methods such as descriptions, photographs, videos, or monoliths.
Objective
The team aims to develop a prototype with three core components: the integration of soil pit models reconstructed through Gaussian splats, VR navigation that allows users to move through and view soil pits from multiple perspectives, and a user interface that enables seamless exploration between soil pits and associated contexts. The goal is to create an accessible and engaging VR experience where users can explore soils and their ecological and land management histories.
Impact
The Virtual Soils Project enhances soil science education and outreach by creating immersive, browser-based 3D experiences that make soil environments more accessible and engaging. It enables students, educators, and researchers to explore, communicate, and preserve field sites in interactive digital formats, while demonstrating the potential of emerging technologies such as Gaussian splatting to support science learning and public engagement.
Explore Virtual Soils
Step inside one of the reconstructed soil environments and explore the 3D model directly in your browser.
Project Poster
A closer look at the project, development process, and outcomes.
