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What do you do if you want to revolutionize data collection methods as a geologist?

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As a geologist looking to revolutionize data collection methods, you're at the forefront of a thrilling and challenging endeavor. The world beneath our feet is complex and ever-changing, and the traditional methods of studying it might not suffice in the age of rapid technological advancement. By harnessing innovative techniques and technologies, you can vastly improve the efficiency, accuracy, and scope of geological data collection. This will not only advance your own research but could also contribute significantly to the broader field of geology.

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Guilherme Freitas

Diretor Técnico na Geocontrole Brasil | Geotecnia | Geologia de Engenharia | Pesquisa e Explora??o Mineral | DSc…

1 Embrace Tech

Embracing cutting-edge technology is essential. Consider drones for aerial surveys, which can cover vast and inaccessible areas, or employ remote sensing techniques using satellite data for a broader geological perspective. Utilize Geographic Information Systems (GIS) to analyze spatial data effectively. These tools can provide you with a wealth of information that might take years to gather by traditional means. The integration of these technologies into your data collection processes can vastly expand your research capabilities.

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Guilherme Freitas

Diretor Técnico na Geocontrole Brasil | Geotecnia | Geologia de Engenharia | Pesquisa e Explora??o Mineral | DSc Student at UFOP
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O mapeamento geológico é o amago da atua??o do geocientista posto em prática no campo. A geologia é uma ciência natural aplicada, portanto, muito do que é praticado na geologia possui grande parcela de empirismo. Na tarefa de mapeamento geológico é onde o geólogo(a) pode explorar seu poder de abstra??o e aplicar empiricamente o que aprendeu na academia ou desenvolveu durante os "anos de janela" na carreira. Mas, como tudo evolui, e o avan?o tecnológico está aí para auxiliar, o geólogo também deve se adaptar e evoluir. Hoje é possível no campo utilizar ferramentas tecnológicas, como: - Drones; - Schmidt Hammer; - Apps de smartphones; - Pulso ultrass?nico. - Dentre várias outras novas tecnologias. Aproveite e extraia o que for possível!

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McNeil Amandy G.
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Embrace New Technologies that will help to maximize the work output and challenge decision making on the accuracy or precision of data. These are: Remote Sensing & Drones: LiDAR (Light Detection and Ranging) and high-resolution satellite imagery can create detailed 3D models of terrain, revealing subtle structural features like faults and folds. Drones equipped with LiDAR or hyperspectral cameras can provide even higher resolution data for specific areas. Machine Learning & Image Analysis: Develop or collaborate with AI specialists to create algorithms that automatically identify and map structural features from imagery data. This can save immense time and improve consistency in analysis.

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2 Innovate Methods

Innovation in methodology is key to revolutionizing your data collection. Adapt existing methods or develop new ones to suit the unique challenges of your geological fieldwork. For instance, if you're studying sediment layers, consider laser scanning technology to create high-resolution, three-dimensional models. This approach can reveal subtle details that might be missed by the naked eye or traditional photography, providing a richer data set for analysis.

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McNeil Amandy G.
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Innovate the Methods: Sensor Fusion & Wearables: Integrate various sensors like magnetometers, inclinometers, and GPS into a single unit or wearable device. This can allow for real-time data collection on structural features like dip and strike of rock formations. 3D Scanning & Modelling: Utilize portable 3D scanners to capture detailed data of outcrops and rock structures. This data can be used for creating accurate 3D models for further analysis and visualization.

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3 Collaborate Widely

Collaboration is a powerful tool. Work with professionals from other disciplines, such as computer science or engineering, to develop new data collection tools and methods. Their expertise can help you create custom software or equipment tailored to your specific geological needs. By fostering interdisciplinary partnerships, you can leverage a wide range of skills and perspectives to push the boundaries of what's possible in geological data collection.

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McNeil Amandy G.
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We should focus on Data Integration & Sharing: Standardization & Open-Source Platforms - Advocate for standardized data formats and promote the use of open-source platforms for sharing geological data. This fosters collaboration and allows researchers to combine datasets for a more comprehensive picture. Real-time Data Sharing & Collaboration - Develop methods for real-time data sharing from the field. This allows for remote experts to contribute to analysis and decision-making during data collection.

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4 Data Management

Efficient data management is crucial. As you collect more complex and voluminous data, you'll need robust systems to store, process, and analyze it. Learn about database management and consider using cloud storage solutions to ensure your data is secure and accessible. Mastering data management techniques will allow you to focus on the insights gleaned from your data rather than getting bogged down by its sheer volume.

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Guilherme Freitas

Diretor Técnico na Geocontrole Brasil | Geotecnia | Geologia de Engenharia | Pesquisa e Explora??o Mineral | DSc Student at UFOP
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Dados s?o informa??es organizadas. Dados organizados geram conhecimento! A evolu??o das técnicas de mapeamento, nas ferramentas para coleta de informa??es e nos métodos de investiga??o, faz com que cada vez seja gerado um volume maior de dados. E como organizá-los? Com o advento da Internet das Coisas e Big Data, a todo momento em que se está trabalhando numa atividade, por exemplo, numa investiga??o geotécnica, uma infinidade de informa??es está sendo gerada: desde condi??es climáticas do local, parametros de perfura??o do equipamento, além de imagens em tempo real do ambiente. O segredo é trabalhar com um bom programa de gerenciamento de dados, procedimentos e rotinas que padronizem como e onde s?o armazenadas as informa??es.

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5 Share Findings

Sharing your findings and methodologies with the geological community is vital for revolutionizing data collection. Publish your research in scientific journals, present at conferences, and engage in online forums where geologists gather. By communicating your innovations, you invite critique, collaboration, and further development, propelling the entire field forward.

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6 Reflect Often

Regular reflection on your progress and methods is indispensable. Analyze the effectiveness of your new data collection techniques and be willing to adapt them as needed. Stay informed about the latest technological advancements and consider how they might be applied to your work. This constant cycle of reflection and adaptation ensures that your approach to data collection remains at the cutting edge.

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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 want to revolutionize data collection methods as a geologist?

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1 Embrace Tech

2 Innovate Methods

3 Collaborate Widely

4 Data Management

5 Share Findings

6 Reflect Often

7 Here’s what else to consider

Geology

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