Your geology team is at odds over core sample data. How can you bring everyone to a consensus?
When your geology team is divided over core sample data, fostering agreement is crucial for a productive outcome. Here's how you can bring everyone to a consensus:
What strategies have worked for you in resolving team disagreements?
Your geology team is at odds over core sample data. How can you bring everyone to a consensus?
When your geology team is divided over core sample data, fostering agreement is crucial for a productive outcome. Here's how you can bring everyone to a consensus:
What strategies have worked for you in resolving team disagreements?
-
Geology is logical and every data set is interpreted logically. Those who come up with a logical reason as per Geological reasoning can be given weightage. But the whole team must realise that Geological data can never be interpreted 1 + 1 =2 sometimes it might be 3 or 5. To resolve the issue when there are more than one interpretation of Core or any data we need to run different scenarios with everyone’s interpretation and present to other team having experience of interpreting the similar data set. This is how we can have an unbiased interpretation of any data set. Here technical and managerial skills of a Teal lead play a vital role he/ she must communicate everyone that please “Don’t get in love with your interpretation”.
-
To bring a geology team to consensus on core data, clarify the objective, let each member present their interpretation, and encourage open, respectful discussion. Focus on data, not personal opinions, and consider bringing in external expertise if needed. Appreciate collaboration over competition and use geological principals as decision-making tools to narrow down options. Then make the final decision as a leader based on the most data-backed viewpoint.
-
You do not. Two geologists means three opinions on a single core sample. Geologists, according to engineers, just make things up! That is not true. We have rules when we make things up. Geology is a science where we never have enough data to be certain. The art is to use the rules and build on that. Observations, testing ideas and hypotheses, getting more samples and convincing your peers is inherent to the science. Consensus is for politics. Geology is best done in a bar drawing on napkins after many days in the core barn, field and lab. Not for the weak or thin-skinned.
-
Interpreating geological data is not a straight forward exercise. It need an integration of several disciplinaries within the Geosciences. First the accuracy of the data must be proved with all evidence. Then come a clear observation and description which are key. If it happen that there is absence of consensus in the team, listening and letting everyone demonstrates his thoughts is essential. What I believe is the one who reason by integrating other existing data should be close to the logic. It's never 100% right but solid argument + monitoring ( like adding other data to cross check) would help to move on.
-
The blessings of Geology are many, best of which is collaboration between Geologists and Geoscientists to resolve geological mysteries and to try to answer sometimes basic questions and other times Decision dependant outcomes based on logical rigorous interpretations based on inferences from datasets which could most of the time be old or insufficient. Looking at large scale features may be easier sometimes but not always compared to small scale features and structures someone may encounter in a log of a Core sample. Different Geology schools have certain areas to focus on sometimes Stuctural geology, Sedimentology & Stratigraphy where in other times geological specialty may be Another division of geology. I encourage them to collaborate.
-
The need for consensus is a fallacy. Multiple working hypotheses for the same dataset(s) are more the norm than not. There may be a preferred model but keeping the aperture open allows for a more robust understanding of the possible outcome(s).
-
1. Focus on the Data: Emphasize using objective data and established geological principles as the basis for interpretation. Reviewing quantitative aspects of the data together may help highlight where consensus is possible. 2. Define Goals: Clarify the goal for analyzing the core sample data. Remind the team of the larger project objectives, which can refocus attention away from individual viewpoints and toward shared outcomes.
-
Core sample is taken from specific place, it is associated with adjacent rocks bellow and above, it has regional frameworks, geologycal history process and so on. We need to lead the team to narrowing the uncertainty, apply it as frame or boundary while interprering it. Then let every one describes the core and make each interpratations. By creating geological background of the sample together, various interpretations are range of poasibilities which are valid and aceptable as a consensus.
-
First : Focus on the data, make sure the data aren’t contaminated. Second : Open the discussion, let everyone share their opinion, because many is better than one Third : Make sure the discussion result is heading to the goals. Eliminate and added some idea and get the best result that become the goal outcome
-
Prioritize the interval to be sampled according to the goal of collecting cores, concentrating on the information needed for the project or study rather than attempting to address all the ambiguities or informational requests.
Rate this article
More relevant reading
-
GeologyWhat are the best tools to analyze and visualize sequence stratigraphy?
-
GeologyHow can Geology experts assess the impact of land use and land cover?
-
Mineral ExplorationHow do you design and optimize a geochemical survey to maximize coverage and resolution?
-
GeologyHow can cross-cutting relationships be used to date rock layers?