Soil, Plant, and Environment IoT Systems

ICT International have a range of sensors for integration into new or existing systems.

The catalogue that introduces these systems can be found here.

Plants exist within the soil-plant-atmosphere continuum; an interlinked system where the atmospheric (environmental) conditions drive the plant’s response and subsequent water demands. The soil moisture is the supply, the plant is the integrator.

Our Comprehensive Range

ICT International offer a comprehensive range of sensors and integrated solutions for the measurement of plant water use and plant water potential, as well as the factors that influence the supply and demand of water by the plant.

Internet of Things and SPAC

Internet of Things connected sensors and instruments provide continuous measurement of these key parameters, with the ability to
visualise and process the measurements for use in research, management or decision-making systems.

The sensors featured in the plant section of catalogue enable the measurement of soil water content, soil water potential, soil salinity, soil temperature & soil oxygen

The sensors featured in the plant section of catalogue provide continuous measurement of plant water use & plant water potential.

The sensors featured in the environment section of catalogue are ideal for the masurement of Vapour Pressure Deficit, ET, weather & water parameters.

ICT International have a comprehensive range of IoT enabled nodes that support a range of sensor inputs.

SensorAD-NodeMFR-NodeS-Node
Soil MoistureSMT-100a
MP406 (single)
MP406C (single)
SMT-100D
MP406 or MP406C
EnviroPro or EnviroPro with EC
Stevens Hydraprobe
SMT-100D
EnviroPro or EnviroPro with EC
Stevens Hydraprobe
Soil OxygenMIJ 03 Soil Oxygen SensorSO-411 / SO-421 (Fast Response)
MIJ 03 Soil Oxygen Sensor
SO-411 / SO-421 (Fast Response)
Soil Water PotentialGT3-15-4-20mAGT3-15-4-20mA | TM7TM7

Plant Water Use

 SDI-12 Sap Flow Sensor*SDI-12 Sap Flow Sensor*

Plant Water Potential

 SDI-12 Psychrometer*SDI-12 Psychrometer*

Dendrometers

 Large stem: DBS60 or DBV60
Small Stem: DPS40 or DPV40
Large stem: DBS60
Small Stem: DPS40

Leaf Measurements

Leaf Wetness Sensor | Therm-Micro Leaf TemperatureLeaf Wetness Sensor |  Therm-Micro Leaf Temperature 

Frost Detector

 SF-421-SS | SF-110-SSSF-421-SS

Rain Gauge

PRP-02 | RIM-7499

PRP-02 | RIM-7499 | Cloudburst Weighing Precipitation GaugeCloudburst Weighing Precipitation Gauge

Barometric Pressure

 Apogee Barometric Pressure 

Wind Sensor

 Gill WindSonic | Calypso Wind SensorGill WindSonic | Calypso Wind Sensor

Temperature and Relative Humidity

THERM-EP | ATH-2AATH-2S | ATH-2AATH-2S

Apogee Infrared Radiometers for Temperature

 Horizontal: SI-4H1-SS (RG) / SIL-4H1 (CG)
Standard: SI-411-SS (RG) / SIL-411 (CG)
Narrow: SI-421-SS (RG)
Ultra-narrow: SI-431-SS (RG)
Road Surface: SI-4HR-SS (RG)
Horizontal: SI-4H1-SS (RG) / SIL-4H1 (CG)
Standard: SI-411-SS (RG) / SIL-411 (CG)
Narrow: SI-421-SS (RG)
Ultra-narrow: SI-431-SS (RG)
Road Surface: SI-4HR-SS (RG)

Vapour Pressure Deficit

 ATH-VPDATH-VPD

Apogee Pyranometers

 SP-421-SS | SP-214-SSSP-421-SS

Apogee Original Quantum X (PAR)

 SQ-421X | SQ-204XSQ-421X

Apogee Net Radiometer

 SN-500SN-500

Apogee NDVI Sensors

 S2-411-SS (Upward) & S2-412-SS (Downward)S2-411-SS (Upward) & S2-412-SS (Downward)

Water Quality

 AWQ-pH
AWQ-NTU
AWQ-DO
AWQ-C4E
AWQ-pH
AWQ-NTU
AWQ-DO
AWQ-C4E
Pressure and DepthECL 8439ECL 8439
SmartPT
SDX Submersible Depth Transmitter

SmartPT

Where multiple products are available, the preferred sensor is in bold | * To be released

LoRaWAN

  • User-managed network solution for low power, long range, wireless networking
  • Range up to 10km (depending on terrain, foliage, buildings, and other parameters)
  • Requires a gateway connected to the internet (or local server)
  • Ideal solution when there are many sensors deployed to measure soil, plant, and environmental parameters simultaneously

Cellular

  • Require a device SIM card (and associated costs) to access the internet for data transmission
  • CAT-M1/NB-IoT:
    • Uses aspects of the cellular network optimised for small data volumes
    • Single device connectivity
    • Devices are ideal for urban and peri-urban applications
    • For certain research applications, these connection solutions can be the most suitable, avoiding the need to introduce a device needing connection to an organisational network (e.g. university) where each user requires network credentials
  • General Cellular:
    • Where CAT-M1/NB-IoT coverage does not exist, ICT International has found that general cellular networks can work with the cellular devices

Please contact ICT International to discuss your specific application and location for further details.

 LoRaWANCAT-M1/NB-IoT General Cellular
Use When

Many sensors are deployed locally

Internet connectivity is available

Providing infrastructure to a local area (public LoRaWAN)

Single devices

Avoids the need to connect to an organisational network (e.g. university)

CAT-M1 or NB-IoT is unavailable, but single device connection required

Internet ConnectionVia Ethernet or WiFiCellular (via CAT-M or NB-IoT)Cellular

 

ICT International have designed the datasets from their IoT devices to be compatible with the FAIR (Findability, Accessibility, Interoperability, and 
Reusability) guiding principles.

All data generated by ICT International designed and developed IoT devices is available in machine readable representations such as JSON and CSV. The data contained within these datasets is available in both calculated and raw data for processing.

Data is transmitted via the Internet of Things using MQTT. Throughout this, the data remains in the ownership of the creator (the customer of ICT International device).

Data is available for download from the endpoint in a machine-readable format. This ensures that there is an opportunity to retain data when a subscription to the IoT service is cancelled or concluded. This is ideal for research projects where long-term data retention is required.

Compatibility With Other Solutions:

  • Data can be sent to many dashboard solutions available
  • MQTT or API transmission of data to customer dashboard or database
  • Full decoders are available from ICT International
  • Calculations may require additional programming by customer
Science at the Shine Dome, Australian Academy of Science 2024

Celebrating Customer Success

Tim Brodribb presenting at Science at the Dome 2024 Congratulations to Professor Tim Brodribb and Professor Belinda Medlyn Long term customers Tim Brodribb (University of Tasmania)

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