XST-SCI-in-One Scientific Research Observation in One
Product Overview
StarView's self-developed Research Observation One Pole is a comprehensive automatic monitoring device designed to realize long-term and comprehensive monitoring of vegetation growth and its environmental elements. The device can synchronize the measurement of plant-related environmental parameters and vegetation growth indicators, providing an efficient and accurate ecological monitoring solution.
one computer with multiple measurements Clarity of capture
spatio-temporal synchronization Data Leadership
Intelligent monitoring Superior precision
Preprocessing One Click simple and efficient
Total Management Rapid alerting
ecological adaptation permanent monitoring
Installed in Bedok South Secondary School, Singapore; Installed in Bishan park, Singapore; Installed in Jilin Agricultural University Teaching and Research Base
Synchronized access to a total of 24+ scientific parameters such as plant indicators, meteorological environment, soil and hydrology
Plant time-series images::
Visualize plant growth at all stages, customize your perspective;
5 climatic vegetation indices::
NDVI Normalized Vegetation Index, GCC, RCC, BCC, GVI and other colorimetric vegetation indices (reflecting plant growth stage and health);
2 Parameters of planted cover structure::
LAI leaf area index, FVC cover (or depression), (reflecting plant growth and population distribution);
7 meteorological elements::
Air temperature, air humidity, atmospheric pressure, wind speed, wind direction, rainfall, total solar radiation;
3 soil parameters::
Temperature, humidity, and conductivity, with any number of probes, can be selected to observe soil three-parameter data at multiple depths;
7 optional additional parameters::
Parameters directly related to plant growth such as photosynthetically active radiation, infrared canopy temperature, leaf temperature and foliar humidity; hydrologically related parameters such as water level, water velocity and flow.
Real-time query of multi-source data, visual display analysis
1. Remote access to field observation node data; 2. Plant location map annotation, equipment operation status; 3. Spectral image pre-processing and index analysis; 4. Flexible customization of time analysis, access to the climatic period; 5. Free download of time-series data; 6. Cross-terminal cloud platform use.
Technical Parameters
spectrographic weather camera
spectral band | wideband | Narrow band and peak wavelength | ||
RGB True Color Photo | green | bonus | near infrared (NIR) | |
550±10nm | 650±10nm | 850±10nm | ||
circulate touch tool | CMOS lenses.500 megapixels, RGB images, spectral images and NDVI images | |||
zoom function | 20x optical zoom.Maximum field of view48.1° (horizontal) 36.2° (vertical) | |||
data acquisition | Automatic acquisition frequency range can be set:10Minutes～24hourly | |||
Vegetation canopy structure parameter camera
Sensing Type | CMOScamera shot (in a movie etc)(math.) genusHemispherical design for vertical upward or downward viewing |
pixel size | 500W(math.) genus(an official) standardRGBTrue color image output |
look at classifier for sporting or recreational activities ancient three legged wine vessel | 36°~120° adjustable |
Data Acquisition | Locked white balance, sunrise and sunset method for automatic data acquisition |
All-in-one weather sensors
Observational elements | Air temperature and humidity, atmospheric pressure, wind speed, wind direction, rainfall, total solar radiation; split sensors can be selected according to the situation |
protection class | IP66(math.) genusGB 4208-2008 |
Surge Rating | IV.GB/T 17626.5-2008 |
operating temperature | –40~85℃ |
response time | 1s |
signal output | RS485(ModbusAgreement) |
surveyingparameters | temp | humidity level | air velocity | fig. trends (esp. unpredictable ones) | precipitation | stresses | radiate |
surveyingprinciple | thermistor | Moisture Sensitive Capacitors | ultrasound (scan) | ultrasound (scan) | microwave radar | piezoresistive | thermopile |
Measurement range | –40℃~85℃ | 0~100% | 0~50 m/s | 0~360° | 0~200 mm/h | 200~1200hPa | spectral range280-3000nm Measurement range0~2000W/m2 |
accuracy | ±0.2°C | ±2% (10~80%) | 0.2m/s@ 0~10m/s 2%@ >10m/s | ±2° | ±15% | Tu (ethnic group)0.5hPa@ -10~50℃ | Secondary Total Radiation Measurement SensorISO 9060cap (a poem)WMO(an official) standard |
resolution (of a photo) | 0.1°C | 1% | 0.1m/s | 1° | 0.01mm/min | 0.1hPa | Sensitivity:7-14μV/W.; Resolution:1 W/m2 |
Soil temperature, humidity and salt sensors
probesmaterial (that sth is made of) | Anti-corrosive special electrodes |
sealing material | Black Flame Retardant Epoxy Resin |
protection class | IP68 |
operating temperature | –40~85℃ |
response time | 1s |
signal output | RS485(ModbusAgreement) |
surveyingparameters | temp | padding | conductivity |
Measuring principle | thermistor | FDR | alternating current bridge method |
surveyingrange (of scales or measuring equipment) | -40 °C~85 ℃ | 0~Saturated (VWC) | 0~20000us/cm |
accurate | ±0.5°C | ±2%(0~50%(math.) genusbrown soil(math.) genus25°C) | ±3%(0~10000us/cm) ±5%(10000~20000us/cm) |
resolution (of a photo) | ±0.1°C | ±0.03%(0~50%) | 10us/cm(0~10000us/cm) 50us/cm (100000~20000us/cm) Built-in temperature compensation |