Which of the following is NOT associated with the function of LANDSAT?

Which of the following is NOT associated with the function of LANDSAT?

• A. Monitoring agricultural health
• B. Weather forecasting
• C. Locating natural resources
• D. Mapping urban development

Answer: (B)

The function of LANDSAT satellites primarily revolves around Earth observation through remote sensing technology. These satellites collect data that is critical for various applications, including monitoring agricultural health, locating natural resources, and mapping urban development. Monitoring agricultural health is crucial as LANDSAT data can help assess crop conditions, soil moisture, and overall agricultural productivity over time. This data is invaluable for farmers and agricultural planners. Locating natural resources is another function associated with LANDSAT, which can identify changes in land use and land cover, assisting in the exploration and management of resources such as minerals, forests, and water bodies. Mapping urban development is facilitated by LANDSAT's capability to capture detailed images of urban sprawl and changes in infrastructure, which is essential for urban planning and management. On the other hand, weather forecasting does not fall within the primary functions of LANDSAT. Weather forecasting typically relies on a different set of satellites specifically designed to observe atmospheric conditions, such as temperature, precipitation, and wind patterns. These satellites operate in different spectral bands than those used by LANDSAT, focusing instead on real-time atmospheric data. Thus, it is correctly identified that weather forecasting is not associated with the function of LANDSAT.

The function of LANDSAT satellites primarily revolves around Earth observation through remote sensing technology. These satellites collect data that is critical for various applications, including monitoring agricultural health, locating natural resources, and mapping urban development.

Monitoring agricultural health is crucial as LANDSAT data can help assess crop conditions, soil moisture, and overall agricultural productivity over time. This data is invaluable for farmers and agricultural planners.

Locating natural resources is another function associated with LANDSAT, which can identify changes in land use and land cover, assisting in the exploration and management of resources such as minerals, forests, and water bodies.

Mapping urban development is facilitated by LANDSAT's capability to capture detailed images of urban sprawl and changes in infrastructure, which is essential for urban planning and management.

On the other hand, weather forecasting does not fall within the primary functions of LANDSAT. Weather forecasting typically relies on a different set of satellites specifically designed to observe atmospheric conditions, such as temperature, precipitation, and wind patterns. These satellites operate in different spectral bands than those used by LANDSAT, focusing instead on real-time atmospheric data. Thus, it is correctly identified that weather forecasting is not associated with the function of LANDSAT.