Describing a phenomenon, object, or process that operates across distances measured in kilometers (thousands of meters). This scale implies a scope that is intermediate between microscopic and planetary, often involving significant spatial extent and the interaction of various components. kilometer-scale events can encompass geological formations, atmospheric processes, ocean currents, and large-scale infrastructure. Understanding kilometer-scale systems often requires considering factors that span across extensive areas and can have substantial impacts on the environment, human activities, and broader natural systems.
Kilometer-scale meaning with examples
- Scientists used satellite data to study kilometer-scale atmospheric disturbances that preceded a severe hurricane. These disturbances, visible across large swaths of ocean, helped predict the storm's path. Such a detailed observation reveals the dynamics of weather patterns that are critical for forecasting and mitigating impacts of extreme weather events.
- The construction of a new highway required careful geological surveys to assess the stability of the terrain at a kilometer-scale. Assessing the risk involved mapping fault lines, considering the soil composition, and looking for areas of unstable land. Failure to do so could lead to major infrastructure and environmental damage.
- Researchers are simulating kilometer-scale ocean currents to better understand the dispersal of pollutants. The large models include factors like wind, salinity, and temperature. These simulations will offer insight into how contaminants travel throughout large bodies of water and affect marine ecosystems.
- A team of archaeologists discovered the remains of a complex civilization, including kilometer-scale irrigation canals and agricultural fields. The large-scale infrastructure revealed complex social organization and technological advancement, reshaping our understanding of ancient societies.
- Geologists are using seismic monitoring to detect and map kilometer-scale underground fault lines to identify potential risks of earthquakes. These systems, across a large region, assist scientists in predicting earthquake risks and assisting in disaster preparedness.