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What do you do if you encounter obstacles while conducting remote geotechnical investigations?

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When you're out in the field, or rather, remotely assessing it for geotechnical purposes, you might encounter a range of obstacles that can impede your investigation. Conducting geotechnical investigations remotely involves using technology to assess the physical properties of a site without being physically present, which can include soil composition, rock quality, and potential hazards. This process is crucial for planning construction projects and ensuring safety, but it's not without its challenges. If you face difficulties, it's essential to have strategies in place to overcome them and to continue your investigation effectively.

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Raphaela Lopes de Andrade

Geóloga | Mestre em Geociências (Geologia/Geofísica) | Pesquisadora
Harshita Srivastava

JRF at Birbal Sahni Institute of Palaeosciences

1 Adapt Quickly

Flexibility is key when you're dealing with unexpected issues during remote geotechnical investigations. If your usual methods are proving ineffective due to physical barriers or technological issues, it's important to have a plan B. This might involve using different remote sensing techniques, such as aerial photography, satellite imagery, or ground-penetrating radar (GPR). These alternative methods can often provide the additional information needed to bypass the obstacle and continue with your investigation.

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Prince Osei-Bonsu

Entry level Geophysicist at Ghana National Petroleum Corporation from February 2021 - August 2022 Safety Officer (Offshore Saltpond) from November 2014 - January 2020
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Every obstacle can be dealt with being big or small, that's why you need have contingency if you plan well because if you fail to plan we'll, it means you're planning to fail.

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2 Data Analysis

When an obstacle arises, revisiting and analyzing the existing data can provide new insights. You may find that you already have enough information to make an informed decision or that by looking at the data from a different perspective, you can circumvent the issue. Geotechnical software can be particularly helpful in this regard, allowing you to model different scenarios and predict outcomes based on the data you have.

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Raphaela Lopes de Andrade

Geóloga | Mestre em Geociências (Geologia/Geofísica) | Pesquisadora
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New methods allow by interpolation good data conections and amazing models construction, which in some cases could be a good option to solve data missgapping. Eventhough, the professional responsable for the interpolation need to have full domain of the geological background of the area, so a good result control can be done. Otherwize, the gap fill may not correspond with realistic data an error could be propagated in a lot of scales.

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3 Collaborate Online

Remote work often means virtual collaboration with other geologists or engineers. When faced with an obstacle, tapping into the collective expertise of your team can lead to innovative solutions. Utilize online platforms for communication and share your findings in real-time to get input from others. This collaborative approach can help you tackle challenges more efficiently and ensure that your remote investigation yields accurate results.

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Harshita Srivastava

JRF at Birbal Sahni Institute of Palaeosciences
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There are chances that one can encounter obstructions while performing remote investigations. In such cases, it's better to collaborate with an expert near that area who can provide you with real-time field details or an expert working in a similar terrain or researchers already working in the same Lat long.

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Wajdi ALLAGUI

PhD ?Geoscience |University of Vienna |university of Tunis| Pedology( soil science),| Hydrology |geology \Remote sensing | PMP_BOOK |SdG | Data science | #As a #researcher,I am dedicated to #Exceeding_expectations???
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In my experience as when I got any problems, the collaboration is the one way to solve any issues ( more expertise, more effective

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4 Utilize Drones

Drones have revolutionized remote geotechnical investigations by providing access to difficult or inaccessible areas. If you encounter an obstacle such as rugged terrain or a hazardous environment, deploying drones can be an effective workaround. They can capture high-resolution images and gather data that would be otherwise unattainable, allowing you to complete your investigation without putting anyone at risk.

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Raphaela Lopes de Andrade

Geóloga | Mestre em Geociências (Geologia/Geofísica) | Pesquisadora
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VANT mapping is a perfect option when a obstacle is found on field, and even when it was not. It is a amazing tool that which combines ease of access, detailing, agility, and can also be associated with AI tools. Once I have used this method with a 2 centimeters resolution grid, from which I produced digital elevation model subsequently concavity and convexity maps. The high resolution images allowed me to see structures is vertical scarps and automatize my interpretation agrouping structures by size and direction. Otherwize, the transformed maps were an additional tool for improve detail mapping. It is also a interesting tool for who is looking for monitoring any area in real time.

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5 Seek Expert Advice

Sometimes, the best course of action when encountering obstacles is to seek advice from experts who have faced similar challenges. Reach out to seasoned geologists or professionals who specialize in remote sensing and geotechnical analysis. Their experience and knowledge could provide you with the guidance necessary to navigate around the impediments and carry on with your investigation.

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Bambang Sidharta

Penyelidik Bumi at Badan Geologi, Kementerian Energi dan Sumber Daya Mineral Republik Indonesia/ Earth Investigator at Geological Agency, Ministry of Energy and Mineral Resources (MEMR), Republic of Indonesia
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Discussion with an expert or senior can give you other views or thinking out of the box. Sometimes experiences had the answer of problems that we encounter where theories can not give you the answer. Yes, earth gives you real facts and phenomenon other than stagnan theories. It means that theories will follow the real fact in the field.

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6 Innovative Tech

Embracing innovative technologies can be a game-changer in overcoming obstacles during remote geotechnical investigations. Stay abreast of the latest advancements in geotechnical instruments and software that can enhance your ability to collect and analyze data remotely. Investing in technology that offers greater precision, versatility, and reliability can make all the difference when facing unexpected challenges in the field.

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Raphaela Lopes de Andrade

Geóloga | Mestre em Geociências (Geologia/Geofísica) | Pesquisadora
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Day by day new tecnologies are released thinking in makes processes easier and faster, even more precisely. For sure beeing aware of new advences will improve the results of your researches and make it even more inovative!

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7 Here’s what else to consider

This is a space to share examples, stories, or insights that don’t fit into any of the previous sections. What else would you like to add?

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What do you do if you encounter obstacles while conducting remote geotechnical investigations?

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1 Adapt Quickly

2 Data Analysis

3 Collaborate Online

4 Utilize Drones

5 Seek Expert Advice

6 Innovative Tech

7 Here’s what else to consider

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