Key Features and Benefits
- Chlorophyll Content Measurement: The device measures the Normalized Difference Vegetation Index (NDVI), a crucial index calculated from the difference in leaf reflectance between the near-infrared (NIR) and visible (VIS/Red) light spectrum.2 The formula used is:
NDVI = {R_{NIR} – R_{RED}}/{R_{NIR} + R_{RED}}
This index is directly related to the plant’s photosynthetic capacity and is an excellent indicator of relative chlorophyll content.
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Non-Destructive Design: Utilizing a mechanical leaf-clip and an internal dual-wavelength light source (typically RED approx. 635 nm and NIR approx 760 nm), the PlantPen measures attached or detached leaves without damage.
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Integrated GPS Module: A built-in, ultra-high-sensitivity GPS module provides accurate spatial coordinates for every measurement (accuracy<=1.5 m), allowing for precise mapping and localization of data points.
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Field-Ready Portability: With a weight of only 188 g and a compact size (135 x 65 x 33 mm), along with a long-lasting Li-ion rechargeable battery (up to 70 hours of typical operation), it is ideal for extensive fieldwork.
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Data Management & Analysis:
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Internal memory can store up to 100,000 measurements.
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Data transfer is achieved via USB or Bluetooth communication.
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The included FluorPen software (compatible with Windows 7 and higher) provides comprehensive routines for data visualization, analysis, graphing, and export to Microsoft Excel, including GPS mapping functionality.
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Ideal Applications
The PlantPen NDVI 310 is a versatile tool perfect for:
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Agronomy & Forestry: Monitoring crop nitrogen status, irrigation needs, and forest health.
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Plant Biology & Screening: Rapidly assessing the vigor of different plant varieties or mutants.
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Photosynthesis Research & Education: Studying the effects of stress (e.g., water, nutrient deficiency) on photosynthetic efficiency.
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Stress Physiology: Detecting early signs of plant stress based on changes in leaf chlorophyll.
The PSI PlantPen NDVI 310 is the preferred choice for researchers and agricultural professionals seeking a convenient, accurate, and cost-effective method to monitor plant photosynthetic pigment content and vitality in real-time.













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