The diverse professional skills that drive Geostudi Astier have always been dedicated to supporting clients in all aspects of geophysical surveys: from choosing the diagnostic methodology, to designing the measurement campaign, to data processing, to data interpretation and reporting.
Get advice.
Multi-array or single-antenna radar? Classic ERT or external transmitter? IP yes or no? Gradiometer, EM31, or Dualem?
We’ll help you choose.
direct contact with leading instrument manufacturers, our relationships with research and academic institutions, and collaboration with professionals experienced in various survey and data interpretation methodologies allow us to always provide the best possible advice.
Beyond the obvious reasons for choosing a survey technique (type of target to be identified, sensitivity to a specific physical parameter, depth of investigation, and degree of resolution), remember that evaluating the right methodology is often influenced by cost considerations, logistics, and the need to maintain high daily productivity of the on-site team.
We can provide you with various tools to manage the design phase, so you can carefully define sensor geometry, measurement types, and configuration parameters:
Our processing software is based on years of experience in data processing: this has allowed us to provide our customers with tools to confidently manage the measurement processing phase, even complex ones, completely independently.
Often, even those who use our software rely on our direct experience for processing, if the work context is new or particularly sensitive, or to manage large datasets using our dedicated machines, which allow us to process even very large models and manage large data sets with enviable performance.
Today, even complex 3D models can be processed quickly.
We provide you with tools to enhance the model produced by processing, to extract information through geostatistical analysis, to integrate different datasets (geophysics, surveys, geotechnics, chemical analysis), for 3D visualization, and integration with maps and satellite imagery.