Vegetation maps show the type and spread of vegetation. It also identifies vegetation health, and the different kinds of stress under which it may live because of different levels of contamination due to hydrocarbons or other pollutants. Hyperspectral imaging is also useful for species distribution and diversity studies, illegal crop detection, etc.

Bathymetry data are also used to map and monitor tropical and coastal regions. Examples of these include water quality, coral reef mapping and storm damage assessment.

A soil map references soil types, including the inferred texture (categorized in coarse, medium and fine classes) and predominant chemical composition of the defined soil in each area.

This product measures land erosion, which is one of the most important environmental variables to monitor in desertification processes.

An environmental baseline is developed from crop, urbanization rate, vegetation, and hydrographic maps. It is designed to show the condition of the environmental variables in an area at a certain point in time, typically before the intrusion of industrial activities. In the development of a wide variety of industrial projects it is important to know the initial state of these variables, to be able to identify and quantify possible changes. Hyperspectral technology has been tested to be extremely useful for such studies in hydroelectric, mining and hydrocarbon projects.

This core product is a measure of how the resources of an area have changed over a period of time. This analysis is done by means of multi-temporal multispectral and hyperspectral, using several processing methods, such as simple image differencing, image regression, post-classification comparison, etc.

The detection of hazardous spills has always been a difficult task. Remote sensing imagery makes them easy to spot on land or water.

The identification and mapping of pollutants is performed by means of imagery and data through multiple-variable analysis.

An environmental sensitivity map details the sensitivity to environmental impact of the regions in the study area. These potential impacts might be natural disasters o result from human activities.

This product maps the extension and levels of damage on any area due to natural occurring disasters such as earthquakes, flows, twisters, volcanic eruptions, wildfires, etc. Agricultural and material losses are also estimated.

An impact map quantifies and assesses the damage on an area due to human activities.

The determination of the soil uses is essential for the planning of different industrial activities. Soil coverage maps are obtained through the information provided by spectral images in a rapid and efficient way.

A population density map records population estimates that are not obtained directly, but are inferred by various methods. Dwelling-unit estimates are most useful in rural areas and third world countries. Land use and area density estimates are also used. In large cities, built-up techniques can be utilized.

This can be considered a subvariety of the change detection product. Not only does it map urban areas, but it also compares them to previously available data, so as to identify changes and to estimate the urbanization rate.

The settlement detection does not only identify marginal settlements, but also includes the comparison with previous data, in order to identify changes and know the urbanization rate.