Here's how you can optimize your field research with new technology.

In mining, the integration of drones into exploration improves efficiency, safety, and data precision, and reduces costs, while contributing to more sustainable and environmentally friendly mining development.

You use this tool only if you wil work in un accessible area, high mountain or dense forests areas, but if you work in easy and accessible area not need this tools, you can collect your geological data through foot or car investigation, this let geologist write down all small geological features and samples you need in his project, even minimize the cost as general. This method applicable in small projects.

The use of UAVs in geological investigations is extremely pivotal because they provide high resolution imagery that can be interpreted in the office prior to planning fieldwork to ground-truth identified areas of interest. These images help scientists to narrow down to specific areas of interest without wasting time aimlessly walking all over the field.

Actually I think It’s very important and it help us find out all the problems at bridges and clear our vision and that help us to make the right decision for maintenance

The integration of GIS mapping into mineral exploration offers significant advantages in terms of planning, analysis, risk management, cost reduction, regulatory compliance, communication, and environmental responsibility. These tools enable mining companies to improve project planning and management, data accuracy and reliability, operational efficiency, and sustainability while minimizing negative impacts, thereby facilitating proactive and responsible management.

GIS Mapping is a great place to start any project, including fieldwork. It is low cost, and there is a lot of data available in the public domain. Aerial photos and digital elevation models are particularly relevant for fieldwork. Once the GIS project is created, it can be used to plan your fieldwork and data acquisition.

Technologies for on-site and real-time sample analysis are revolutionizing mineral exploration by offering significant gains in terms of time, cost, safety, and precision. Technologies such as XRF enable mining companies to operate more efficiently and sustainably, while maximizing the chances of success in discovering new deposits.

Portable XRF analysers are extremely useful in Percussion Drill Programs because they provide direct on-site geochemical analyses, helping geoscientists to determine which samples should be sent to the laboratory for further analyses. Extremely cost effective. While XRF is good for RC drilling, it is not so applicable for diamond core analysis because XRF measures only a tiny spot at a time. The more homogeneous a sample is, the better it is for XRF analysis. For soil surveys, pXRF is extremely environmentally friendly. Selected areas of interest can be surveyed in-situ by simply brushing off debris from the soil surface and running an XRF without the need to take a soil sample home, leaving the environment undisturbed.