Select Page

Agricultural Satellite Monitoring

Technological Advancement

Agricultural Satellite Monitoring delivers high resolution satellite imagery and
new capabilities for farmers. Inter-field, intra-field and unique industry analyses.
Simple access to your fields in seconds with any computer or phone.

Analyses

Crop Health

Detects subtle changes in plant health before they are visible to the human eye. indicator of crop stress NUTRIENT DEFICIENCIES, DISEASE, It is also a direct indicator of vegetation density. The identification of unusual high density areas inside a parcel enables weed detection.

Read more...

Inter-field Crop Health indicates health variability between multiple parcels; it is used for comparison purposes of multiple parcels. Intra-field Crop Health indicates health variability within every single parcel; it is not influenced by other crop types, crop growth stages outside the parcel.

Specifications

• High resolution optical satellite imagery-based analysis using visible, near-infrared bands

• Does not saturate under conditions of moderate to high aboveground biomass

• Spatial resolution: 10 m

• Symbology:

Low health

High health

Open analysis

Plant Water Content

Provides leaf water content information at canopy level. It is an indicator of water stress and in direct relationship with plant development, crop productivity and crop failure. It detects active irrigation systems providing support for irrigation management. Your water distribution can be monitored for uniformity and equipment malfunctions.

Read more...

Inter-field Plant Water Content indicates water variability between multiple parcels; it is used for comparison purposes of multiple parcels. Intra-field Plant Water Content indicates water variability within every single parcel; it is not influenced by other crop types, crop growth stages outside the parcel.

Specifications

• High resolution optical satellite imagery-based analysis using near-infrared, red-edge/shortwave-infrared bands

• Spatial resolution: 15 m

• Symbology:

Low content

High content

Open analysis

Chlorophyll Content

Canopy Chlorophyll Content is the total amount of chlorophyll in a given area and indicates the photosynthetic efficiency of your plants. It is a input in vegetation models development and potential gross primary productivity. Chlorophyll Content has a close and nearly linear relationship with canopy nitrogen estimation.

Read more...

Inter-field Chlorophyll Content indicates chlorophyll variability between multiple parcels; it is used for comparison purposes of multiple parcels. Intra-field Chlorophyll Content indicates chlorophyll variability within every single parcel; it is not influenced by other crop types, crop growth stages outside the parcel.

Specifications

• High resolution optical satellite imagery-based analysis using visible, near-infrared bands

• Spatial resolution: 10 m

• Symbology:

Low content

High content

Open analysis

Anomaly Detection

A first look analysis providing fast identification of areas that might require your further observations. Vegetation anomalies detected inside a parcel can vary from man-made structures to early stages of crop disease. They can be visible or less visible to the human eye on the field.

Read more...

.

Specifications

• High resolution optical satellite imagery-based analysis using visible, near-infrared bands

• Extracts unknown targets spectrally distinct relative to the background. Analysis developed by SensoMap using its own unique detection algorithm

• Spatial resolution: 10 m

• Symbology:

No anomaly

Anomaly

Open analysis

Canopy Cover

Green Canopy Cover provides an accurate delineation of vegetated areas in order to keep your land use records current. The up-to-date status of your parcels supports a better understanding of your land management and logistics planning. In addition it is used in earlier stages of the season to monitor the uniform distribution of emerging plants on the soil surface.

Read more...

.

Specifications

• High resolution optical satellite imagery-based analysis using visible, near-infrared bands

• Decreased accuracy when used on frost damaged vegetation

• Spatial resolution: 10 m

• Symbology:

No vegetation

High vegetation

Open analysis

Evolution

text text text text text text text text text text text text text text text text text text text text

Read more...

.

Specifications

• text text text text text text

• Symbology:

No anomaly

Anomaly

Open analysis

Fire (Emergency)

text text text text text text text text text text text text text text text text text text text text

Read more...

.

Specifications

• text text text text text text

• Symbology:

No anomaly

Anomaly

Open analysis

Flood (Emergency)

text text text text text text text text text text text text text text text text text text text text

Read more...

.

Specifications

• text text text text text text

• Symbology:

No anomaly

Anomaly

Open analysis

Crop Health

Detects subtle changes in plant health before they are visible to the human eye. indicator of crop stress NUTRIENT DEFICIENCIES, DISEASE, It is also a direct indicator of vegetation density. The identification of unusual high density areas inside a parcel enables weed detection.

Inter-field Crop Health indicates health variability between multiple parcels; it is used for comparison purposes of multiple parcels. Intra-field Crop Health indicates health variability within every single parcel; it is not influenced by other crop types, crop growth stages outside the parcel.

Specifications

High resolution optical satellite imagery-based analysis using visible, near-infrared bands

Does not saturate under conditions of moderate to high aboveground biomass

Spatial resolution: 10 m

Symbology:

Low health

High health

Plant Water Content

Provides leaf water content information at canopy level. It is an indicator of water stress and in direct relationship with plant development, crop productivity and crop failure.

It detects active irrigation systems providing support for irrigation management. Your water distribution can be monitored for uniformity and equipment malfunctions.

Inter-field Plant Water Content indicates water variability between multiple parcels; it is used for comparison purposes of multiple parcels. Intra-field Plant Water Content indicates water variability within every single parcel; it is not influenced by other crop types, crop growth stages outside the parcel.

Specifications

High resolution optical satellite imagery-based analysis using near-infrared, red-edge, shortwave-infrared bands

Spatial resolution: 15 m

Symbology:

Low content

High content

Chlorophyll Content

Canopy Chlorophyll Content is the total amount of chlorophyll in a given area and indicates the photosynthetic efficiency of your plants.

It is a input in vegetation models development and potential gross primary productivity. Chlorophyll Content has a close and nearly linear relationship with canopy nitrogen estimation.

Inter-field Chlorophyll Content indicates chlorophyll variability between multiple parcels; it is used for comparison purposes of multiple parcels. Intra-field Chlorophyll Content indicates chlorophyll variability within every single parcel; it is not influenced by other crop types, crop growth stages outside the parcel.

Specifications

High resolution optical satellite imagery-based analysis using visible, near-infrared bands

Spatial resolution: 10 m

Symbology:

Low content

High content

Anomaly Detection

A first look analysis providing fast identification of areas that might require your further observations.

Vegetation anomalies detected inside a parcel can vary from man-made structures to early stages of crop disease. They can be visible or less visible to the human eye on the field.

Specifications

High resolution optical satellite imagery-based analysis using visible, near-infrared bands

Extracts unknown targets spectrally distinct relative to the background. Analysis developed by SensoMap using its own unique detection algorithm

Spatial resolution: 10 m

Symbology:

No anomaly

Anomaly

Canopy Cover

Green Canopy Cover provides an accurate delineation of vegetated areas in order to keep your land use records current. The up-to-date status of your parcels supports a better understanding of your land management and logistics planning. In addition it is used in earlier stages of the season to monitor the uniform distribution of emerging plants on the soil surface.

Specifications

High resolution optical satellite imagery-based analysis using visible, near-infrared bands

Decreased accuracy when used on frost damaged vegetation

Spatial resolution: 10 m

Symbology:

No vegetation

High vegetation

Evolution

text text text text text text text text text text text text text text text text text text text text text text text text text text text

text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text

Specifications

text text text

text text text

text text text

Low health

High health

Fire (Emergency Response)

Free support with Emergency Response text text text text text text text text text text text text text text text text text text text text text text text text text text text

text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text

Specifications

text text text

text text text

text text text

Low health

High health

Flood (Emergency Response)

Free support with Emergency Response text text text text text text text text text text text text text text text text text text text text text text text text text text text

text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text

Specifications

text text text

text text text

text text text

Low health

High health

Statistics

Click any parcel on the map to access it’s charts. Each intra-field analysis comes with advanced
statistics for a better understanding of the parcel’s variability. Enables high-precision
measurements of problem areas and crop evolution.

Case study used: parcel with active irrigation system

Field Orientation

Locate Mobile

See your current location in the field when using a mobile device. It enables you to reach hot spots in your analyses that can be visible or less visible to the human eye.
Available on most smartphones, tablets with location service capabilities.

Locate, Direction Mobile

See your current location and the direction your mobile device is pointing towards. This superior orientation capability enables you to move precisely towards a desired location in the field.
Available on smartphones, tablets with gyroscope sensors.

Locate Mobile

See your current location in the field when using a mobile device. It enables you to reach hot spots in your analyses that can be visible or less visible to the human eye.

Available on most smartphones, tablets with location service capabilities.

Locate, Direction Mobile

See your current location and the direction your mobile device is pointing towards. This superior orientation capability enables you to move precisely towards a desired location in the field.

Available on smartphones, tablets with gyroscope sensors.

Measure, GPS

Measure

Measure equipment and infrastructure in order to support your land management and logistics planning.

GPS

Find the coordinates for a location and use them with your GPS equipment to reach the location in the field. Enables high precision field interventions such as localized applications and sampling.

Measure

Measure equipment and infrastructure in order to support your land management and logistics planning.

Note: Double click on the map to end an area, distance measurement.

GPS

Find the coordinates for a location and use them with your GPS equipment to reach the location in the field.

Enables high precision field interventions such as localized applications and sampling.

Machinary transfer