How researchers conduct geological research

The most basic working method is field investigation and observation research, and the geological information obtained is recorded in a certain format on the geographical base map (see geological catalog). In addition, the following methods are often used:

Geophysical exploration, including gravity exploration, magnetic exploration, electrical exploration, ** exploration, nuclear exploration, geothermal exploration and borehole geophysical exploration.

Geochemical surveys.

In areas where the bedrock is well exposed and the geological signs are clear, remote sensing image interpretation can also be used (see Remote Sensing Geology).

Heavy sand measurement (heavy sand refers to a loose aggregate composed of particles of minerals with large specific gravity and relatively stable physical and chemical properties), through heavy sand analysis and comprehensive sorting, find and circle the mineral mechanical dispersion halo, that is, the heavy sand anomaly of the indicator minerals closely related to minerals, so as to further pursue the primary ore deposits and sand deposits, which is a prospecting method widely used in regional geological surveys, especially suitable for areas with water system development.

On the other hand, if you want to start a geological study, it is a very complex process, and they need to set goals in advance before they can carry it out.

In the process of geological research, researchers first need to start with basic research such as geophysical chemistry in order to achieve relatively large results.

The process of geological research carried out by researchers is mainly through geological exploration, first of all, through the detection of satellite cloud images, to find that a certain area may contain minerals. Only then will there be geological exploration equipment to carry out surveys.

Scientific researchers mainly refer to the scientific research team composed of professors from universities and colleges and their graduate students and the team composed of scientific and technological personnel of the company.

If researchers carry out geological research, this is more formal, and this is more difficult, and this needs to be explored in the field.

Address research requires a combination of science and experience, and it is difficult to carry out research without this experience.

Researchers conduct geological studies, and they generally conduct actual surveys and samples of geological conditions. Then go to the laboratory for chemical analysis and comparative studies.

Researchers carry out geological research, they all need some special machines, and then analyze and study the geology, and then draw conclusions.

How the researchers carry out geological research, of course, is through a large number of field trips to conduct field research, and they will have certain specimens in each place, and these specimens are the result of their repeated arguments and. I can find it by looking for my own idea.

How researchers conduct geological researchIf geological research is carried out, geologists must have some professional means to carry out research with special tools and books.

I should have gone to the field for investigation, and I have seen many geological researchers, going to various places, bringing tools, and going to the field for investigation.

Conducting geological research is the address, and the researcher goes to each of the addresses they want to study to take samples, and then does various scientific analyses.

First of all, it is necessary to study the soil, and secondly, it is necessary to study some terrain and landforms, and only then can some geological conditions be studied comprehensively.

Drill to get specific information about the rocks, so you can know the local geology.

First of all, they have a lot of knowledge and know what they want to study, and then they are able to find the right place.

How do researchers conduct geological research? The first step is to do a geological survey, then to carry out the search work, and finally to study the findings.

Researchers carry out this geological research, first they have to use a uh detector to detect a soil problem in the geology, and then use a small part of an instrument to detect a small part of a piece of land and a material.

Well, there should be a lot of this, and you have to ask the professionals, yes, and then it should be very hard, and then it will definitely need to go to those similar to digging wells underground or underground, drilling or something.

Hello, generally speaking, there are many aspects to carry out geological research, such as starting to conduct field surveys first, and then learning about some of the history of each place.

In the case of geological research, it is necessary to actually investigate and study, and it is necessary to ask a large number of talents, and the form used is also to inquire directly.

Good friends, professionals carry out geological research, and can conduct research through professional instruments and geography and history, I hope to help you.

The geology of each region should be made of some local stones, or spitting words, and take them back to study.

It is difficult to say that the situation is not clear, and this involves the professional knowledge of geological research work, and it can only be known by consulting relevant local professionals or institutions.

How researchers conduct geological researchThey were all surveyed many times. Detect. Geological research was carried out later.

They mainly conduct research based on scientific and technological means in the case of field investigations.

It must be a field trip, to see them somewhere.

Researchers should first go through the guidance of teachers, and then go to the field to conduct geological research and exploration.

Some of them have to be investigated on the spot, and then a conclusion is given to study the geological problem.

Geological research is a very complex scientific research, it should be said that it requires professional study and rich experience, and it is necessary to go to the front line to collect data to be completed.

Geology is the study of the earth. The Earth includes the solid Earth and its outer atmosphere. Geology & Geography.

The object of study and its differences: the solid earth includes the outermost crust and the middle mantle.

and the three main layers of the Earth's core. At present, the upper layers of the solid Earth, that is, the upper part of the crust and mantle, are mainly studied.

Geological research has strong regionality, history and comprehensiveness. Only geological theories that are based on sufficient practical data, especially on the basis of abundant data sufficient to fully explain the factors of spatial and temporal variation, can have a wider applicability.

These characteristics of the quality of cherry socks determine that general geological research must pass a certain proportion of field field investigation, with the corresponding indoor research. Field investigation and laboratory research constitute a complete geological research process of observation, recording (including mapping) sampling, preliminary synthesis, experimental analysis, summary and improvement, and review and verification. Geological research is essentially a comprehensive investigation and research process for its research object.

An important aspect of geology's service area is the development of the earth's resources.

Among them are related to mineral resources.

and the study of new energy, which is still in the most important position. At the same time, due to the needs of regional metallogenic research, the comprehensive study of regional geology will be further strengthened, and the development of stratigraphy, paleontology, sedimentology, structural geology, geochronology, as well as regional magmatic activity research and metamorphic geology research will be promoted to a new level. The research on ensuring a good habitat for human spine storage, hydrogeological problems in arid and semi-arid areas and swampy areas, and engineering geology problems will continue to expand.

Environmental geology, including environmental geological surveys, research on micro-testing techniques and geological measures for environmental protection, is becoming increasingly important.

In short, geology must strengthen basic research, such as mineralogy, petrology, stratigraphy, paleontology and other disciplines with foundational significance, so as to improve the understanding of various geological bodies, geological phenomena and their formation and evolution. At the same time, it is also necessary to fully absorb and make use of the new achievements of other science and technology, including the research results of social sciences, so as to have a more comprehensive and essential understanding of the history of the earth.

and structure, for the development of science, for human beings to more rational and effective development and utilization of the earth's resources, to maintain the living environment, to make due contributions.

The disciplines that study the material composition of the earth and the conditions under which it is formed and distributed are: geochemistry, crystallography, mineralogy, petrology, mineral deposits and gemology.

Structural geology is the study of the internal structure of the earth, its formation conditions and evolutionary laws.

Regional Geology and Geophysics.

The disciplines that study the history of the Earth are: geohistory, paleontology, lithofacies paleogeography and Quaternary geology.

The disciplines that study the application of geology are: engineering geology, environmental geology, coal geology and petroleum geology.

Research methods for the study of geology.

And the means of the disciplines are: isotopes.

Geology, Mathematical Geology, and Experimental Geology.

The disciplines of global comprehensive research are: plate geology, marine geology, and astrogeology.

Summary. You can study this through natural history analysis, mathematical mechanics analysis, model simulation experiments, and engineering geology analogies. The four research methods have their own characteristics and should be applied comprehensively and complement each other.

The natural history analysis method is the basis of the research method. And be extra careful and conscientious when doing research. Ensure the authenticity and reliability of the research, and verify it from multiple parties.

Hope mine can help you!

Hope mine can help you!

If we become a geological researcher, how should we complete the research?

Hello, I have seen your question, and I am sorting out the answer, please wait for a while Hello, I am happy to answer for you, according to the information query of Xiangda Tangerine Nuclear Pass, if we become a geological research worker, how should we complete the research is: "You can study and excavate through natural history analysis, mathematical mechanics analysis, Wupin model simulation test method and engineering geology analogy method." The four research methods have their own characteristics and should be applied comprehensively and complement each other.

The natural history analysis method is the basis of the research method. And be extra careful and conscientious when doing research. Ensure the authenticity and reliability of the research, and verify it from multiple parties.

Hope mine can help you! Hope mine can help you!

Human engineering construction activities du

In the case of a certain geological environment on the surface or shallow part of the earth's crust, the special geological environment must have different degrees of impact on the construction of the building and the normal use of the building after completion, and the construction of the building will inevitably have different properties and different degrees of reaction to the geological environment. In order to make the built building can play the expected benefits normally and the cost is low, and will not cause adverse consequences to the surrounding environment, before the construction of the building, it is necessary to study the geological environment in depth according to the actual needs, and evaluate the geological problems that may arise and the geological problems related to the building and its surrounding environment - engineering geological problems, so as to provide necessary and sufficient geological basis for the design and construction of the building. Engineering geology problems are diverse, what kind of problems may arise in specific circumstances and how much impact on the building and the surrounding environment depends on the characteristics of the building and geological conditions, engineering geology is the study of engineering buildings and geological environment interaction and the engineering geological problems generated by the discipline.

1. Research objects:

Geological environment (or geological body) DUs associated with engineering activities.

2. Tasks: 1) Evaluate the geological conditions of the project and elucidate the DAO

Reveal the favorable and unfavorable factors for the construction and operation of above-ground and underground construction projects, select the building site and suitable building type, and ensure the smooth progress of planning, design, construction, use and maintenance;

2) From the perspective of the interaction between geological conditions and engineering buildings, demonstrate and improve the relevant engineering geological problems, the possibility of occurrence, the scale of occurrence and the development trend;

3) Propose and propose measures to improve, prevent or utilize relevant engineering geological conditions, strengthen rock and soil masses and prevent and control groundwater programs;

4) Study the classification, zoning and regional characteristics of rock and soil mass;

5) study the interaction and influence of human engineering activities with the geological environment;