Stratification

Stratification refers to the process of arranging or classifying things into different levels, layers, or categories. This can apply to physical objects, social structures, or abstract concepts. It implies a hierarchical organization where elements are positioned based on specific criteria, reflecting differences in status, function, or composition. The resulting layers often exhibit distinct characteristics and relationships. stratification is a fundamental concept in various fields, including geology, sociology, and economics, helping to understand complex systems and the distribution of resources or characteristics within them.

Stratification meaning with examples

• Geological surveys revealed clear stratification in the rock formations, with layers of sandstone, shale, and limestone indicating different periods of deposition. The visible layers allowed scientists to deduce the age and history of the landscape and study the earth's history. Further analysis would allow researchers to use it in various scientific experiments.
• The company's organizational chart showed a clear stratification of employees, from entry-level positions to senior management roles. Each level had distinct responsibilities, salaries, and levels of authority which affected the daily lives of the employees. This structure impacted communication flow and decision-making processes throughout the organization.
• Social stratification in the medieval era created distinct classes, like royalty, nobility, clergy, and peasantry, each with different rights and obligations. The stratification affected the lives of the people. The strict societal structure limited social mobility and created significant inequalities in wealth and power.
• The analysis of the lake's water revealed stratification, with warmer, oxygen-rich water near the surface and colder, less oxygenated water at deeper levels. This thermal stratification influenced aquatic life distribution and the lake's ecosystem overall. The study allowed scientists to model and predict changes in lake temperature and biodiversity.