SATELLITE SERVICE
Your Fields, Our Expertise!
We utilize satellite images to observe your fields and correlate them with on-the-ground reality. Through monitoring diverse plant indices, we analyze soil and plant requirements, guiding the implementation of precise actions for optimal plant nutrition. Our commitment is to provide access to comprehensive data and analyses, influencing crop quality and efficiency, while also proactively safeguarding against potential damages.
Plant Health Indices
Water Stress Index
Nitrogen Status
What Is Satellite Field Monitoring?
Satellite field monitoring involves capturing images of agricultural land at regular intervals using Earth observation satellites. These images are then analyzed to extract valuable agricultural insights. The data includes vegetation density, green coverage distribution, crop stress zones, and overall plant development.
With the rapid digitalization of agriculture, remote field monitoring has become not just possible but essential. Satellite monitoring allows farmers to view their fields without physical visits, using high-resolution satellite imagery. With the T-Earth satellite analysis system, growers can instantly track plant health, stress conditions, and irrigation issues, enabling smarter and more efficient farm management.
What Are the Benefits of Satellite Field Monitoring?
Satellite field monitoring provides more than just images—it delivers data-driven insights that support informed decision-making in precision agriculture. Key benefits include:
- Identifies uneven growth zones within fields, enabling targeted fertilization, irrigation, and spraying.
- Early warning alerts allow intervention before yield loss occurs.
- Pinpoints treatment zones to reduce input costs and avoid unnecessary applications.
- Enables historical yield analysis and year-over-year comparisons by reviewing archived field data.
- Centralizes management for farmers with fields in different cities or countries, simplifying operations.
- Identifies uneven growth zones within fields, enabling targeted fertilization, irrigation, and spraying.
How Does Remote Field Monitoring Work?
To access remote field monitoring, farmers need to register with the T-Earth satellite monitoring system. The system processes satellite imagery captured at regular intervals and delivers field-specific data.
Key insights include:
- Crop growth maps
- NDVI (Normalized Difference Vegetation Index) analysis
- Identification of crop stress zones
- Irrigation performance tracking
All information is accessible via both the mobile app and web platform. Since the system archives past images, users can compare field changes over time to assess progress and treatment impact.
What Parameters Are Measured with Satellite Monitoring?
T-Earth uses remote sensing technology to analyze a wide range of agricultural parameters and deliver clear insights into field conditions. Key satellite-based measurements include:
- NDVI Analysis: Measures chlorophyll content to assess overall plant health across the field.
- Crop Stress Detection: Detects heat, drought, or disease-related stress zones for timely intervention.
- Vegetation Density: Evaluates green biomass uniformity to identify yield potential differences.
- Growth Variation: Pinpoints areas with differing development levels within the same parcel to investigate underlying causes.
- Temporal Change Analysis: Tracks growth speed and the impact of agricultural practices using images from different dates.
- Nitrogen Status Index: Maps nitrogen sufficiency in crops, helping avoid over- or under-fertilization and ensuring balanced nutrition.
These analyses enable farmers to act only where needed, saving both time and resources while boosting productivity.
How Often Are Satellite Images Updated?
Satellite images are typically refreshed every 3 to 5 days, depending on cloud cover and satellite pass frequency. This ensures timely updates, especially during seasonal transitions or sudden weather events. T-Earth automatically processes available images and notifies users as soon as new analysis is ready.
How Can I View My Satellite Field Images?
With a T-Earth subscription, users gain access to personalized digital fields where they can view current and historical satellite images. Both the mobile and web interface allow users to explore interactive maps and visual data through graphs and charts.
Is Satellite Field Monitoring a Paid Service?
Yes, T-Earth offers tiered subscription plans tailored to different farming scales and needs. The service is scalable, making it accessible for both small family farms and large agribusinesses.
How Does T-Earth Detect Problem Areas Using Satellite Imagery?
T-Earth compares satellite-derived indices to detect anomalies in the field. Areas with declining NDVI values are flagged with distinct colors on the platform. These zones often indicate water stress, soil issues, or potential disease outbreaks. Farmers can then act only on those specific areas, using resources more efficiently.
What Crops Can Be Monitored via Satellite?
T-Earth is compatible with all open-field crops. Common crop types include:
- Cereals: Wheat, corn, barley
- Industrial Crops: Cotton, sugar beet
- Orchards: Olive, walnut, citrus
- Vegetables: Tomato, pepper, potato
- Legumes: Lentil, chickpea
Monitoring algorithms and vegetation indices are customized for different crop types to ensure high accuracy.