AGRICULTURE

AgricultureAgricultureAgriculture

MONITOR CROP HEALTH. DETECT VARIATIONS. IMPROVE YIELD.

  • Daily large-scale data coverage for precise
    problem-solving

  • Efficient management with crop species classification

  • Detect nutrient deficiency through advanced
    spectral signatures

  • Field-level monitoring for early disease mitigation

  • Pest infestation forecasting with hyperspectral precision

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agricultural solutions With Pixxel’s hyperspectral imaging satellites

Gain access to Pixxel’s analysis-ready hyperspectral data for efficient crop management, enhanced yields, and sustainable agricultural practices. Through Pixxel, organisations, agronomists, and researchers are empowered to make informed decisions at each stage of crop management practices and welcome the future of precision agriculture.

Global coverage

Capture extensive scenes of remote and inaccessible regions worldwide

High spectral resolutions

With 250+ spectral bands, hyperspectral data contains detailed information on ground parameters

Impressive spatial capabilities

5-metre GSD resolution capabilities to enhance insights

DAILY IMAGERY

Obtain daily updates for comprehensive monitoring

The Hyperspectral Advantage over Multispectral Imagery

Traditional approaches for assessing crop health, yield and management practices are labour-intensive, time-consuming, and often lack accuracy. As we face the challenges surrounding a growing global population and declining natural resources, we must deal with retaining agricultural productivity rates to feed nations while mitigating environmental impacts. Hyperspectral imagery offers a transformative solution to these challenges.

agricultural solutions

Crop variety classification (Tubarjal, Saudi Arabia)

Localised problem detection and hyper-optimised solutions

Pixxel’s imaging satellites capture information across up to 250 spectral bands of the electromagnetic spectrum. The technology delivers an unprecedented spectral fidelity and high spatial resolutions, providing tailored solutions across a wide range of applications.

Hyperspectral images of croplands enable decision-makers to identify highly localised in-field patterns and region-specific trends. This also provides continued variation tracking at scale and improved operational efficiency throughout the growing season.

Data-driven and sustainable farming practices

The frequency and spectral fidelity of Pixxel’s hyperspectral imaging technology enable accurate crop species classification.

Adoption of sustainable practices can help reduce costs, allocate resources efficiently, improve yields and crop quality and the overall agricultural planning process while helping regenerate soil health and minimise environmental impact.

agricultural solutions

Synthetic 5m capture of agricultural lands (Seminole, TX, U.S.A.)

Streamlined crop and soil health monitoring and management

Pixxel’s range of 5-metre spatial resolution satellite imagery has up to 250 spectral bands to choose. This wealth of data allows for accurate insights to biochemical composition and health of crops and crop variations.

Access to Pixxel’s data also helps detect any nutrient deficiencies, vegetation stress factors like water scarcity, land and water resource conditions and soil nutrient imbalances to facilitate appropriate actions for yield optimisation.

Hyperspectral imaging enables the development of precision agriculture techniques and fertilisation strategies by evaluating:

  • Plant health parameters, including chlorophyll content, photosynthetic activity, and evapotranspiration rates.
  • Soil health parameters, including nutrient content, soil type characteristics, and water content.
  • Effluent monitoring, allowing for accurate detection of seepages from neighbouring areas, including hydrocarbons and nutrient leaching.

Crop stress is sensed before it becomes physically visible. This enables prompt mitigation strategies before it’s too late and yields are affected.

Early crop disease estimation and mitigation

High spectral resolutions and frequent revisit rates are essential components of Pixxel’s hyperspectral imaging technology, proving critical in detecting and forecasting crop and agricultural diseases and pests.

Pixxel’s hyperspectral solutions provide timely information on presymptomatic disease detection, which allows for early intervention measures before they become significant threats and ensures minimal crop losses. Access to hyperspectral data enables agronomists to experiment and monitor varieties against different biotic and abiotic stressors, allowing for maximised yields every harvest period.

agricultural solutions

Agricultural land health status monitoring (Mcdesme, QLD, Australia)

Hyperspectral Solutions for Precision Agriculture

Pixxel's hyperspectral imaging technology offers exceptional precision in crop species identification and variety classification, enabling targeted input usage for sustainable farm management practices.
Learn more about Pixxel's hyperspectral imaging satellites and their applications in agricultural solutions and how Pixxel can help ensure a future of abundant, environmentally responsible, and profitable farming ventures.  

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