To truly answer the question, "what damage can a tornado cause," the first step is analyzing broader patterns across communities and landscapes.

The gap between analysis and true spatial understanding has real consequences in subsurface mapping. 3D modeling closes that gap.

In a recent webinar, Drew Dudley showed how to transform raw borehole data into polished 2D borehole logs and 3D models.

A regional hydrologist does rapid assessments of sinkholes, leveraging a peaks and depressions map. Learn why the map is so powerful.

As an environmental consultant, you can use 3D to enhance your data communication skills so stakeholders better understand your findings.

Want to easily create 3D contact picks and surfaces from your drillhole data? Surfer now equips you to do that very thing. Learn more.

Do you want to showcase underground feature with clarity and precision? Create contact drillhole contacts and surfaces show lithologies & more.

To complete a project successfully, sometimes you need to convince your decision-makers to spend more money on analysis. Learn how.

PFAS at California airports are an issue. But how can researchers and the public truly understand the problem? A PFAS model can help.

PFAS is a growing concern in California. However, to better understand the situation, Zach Dickson created a model showing PFAS in California.

PFAS is a growing concern in Colorado. However, to better understand the situation, an model was created to visualize PFAS in Colorado.

PFAS is an increasingly urgent problem in the U.S., but sometimes, it's hard to understand its impact. Fortunately, new interactive models can help.