Sap Flow Sensor
Measures the flow of water and nutrients through the target plant. Sap flow measurement serves as an indicator of transpiration rate, which can subsequently inform irrigation management.
Dendrometer
Dendrometers are precision-based, multi-purpose sensors that measure plant growth, water status, and health. They can monitor small expansions and contractions in plant tissue over daily cycles, as well as over several days, weeks, and even months."
Vehicle Asset Tracking
An innovative way to record on-farm activities such as fertiliser spreading, harvesting, and application dates and times. Location and time data can supplement or even replace many of a farm's manual records.
Water Level Sensor
Devices that measure water levels by sensing the pressure of the water above. They provide a remote water monitoring solution, enabling users to track water levels through stored reports and real-time notifications.
Electrical Conductivity Sensors
Measures the level of salinity in water and can be monitored at multiple locations on a farm or nursery, such as water storage areas, irrigation lines, leachate zones, and runoff zones.
Irrigation Pressure Transducers
Used to monitor an irrigation system and identify when it is not operating to specifications. If the correct pressure is not attained during irrigation, this may indicate a broken pipe or a failing irrigation pump.
Camera System
Used for remote crop growth monitoring and modelling of fruit size, plant development, and growth. They are also used for yield forecasting to assist with harvest logistics. Additionally, security cameras help reduce theft and trespassing on properties by deterring incidents or recording proof.
Independent Integrated Dashboards
Enables data from various devices to be integrated, providing producers with information accessible via the internet or a mobile device.
Irrigation Systems and Controller
Captures data on weather, soil, sunlight, and humidity. Their full fertigation capability allows for the addition of nutrients to correct deficiencies detected in plant tissue analysis, including adjustments to Electrical Conductivity (EC) and pH levels. They also have the capacity for full irrigation automation across all aspects of irrigation system operation.
Weedicide Unit
A herbicide sprayer that uses advanced optics and computers to detect weeds, applying a combination of boiling water and saturated steam at low pressure to kill them.
pH Water Quality Monitors
Measures the alkalinity or acidity of a solution on a scale of 0 to 14, where readings above 7 are alkaline and readings below 7 are acidic. The acidity or alkalinity of water can adversely affect plant growth and damage irrigation equipment.
WiFi Point to Point Connection
Uses long-range air links to extend internet connectivity to specific sites across your property.
Weather Station
Monitors data with a wide variety of sensor sets that capture valuable information, including temperature, rainfall, solar radiation, wind speed and direction, and relative humidity.
Soil Moisture Probe
Configured with either soil moisture or temperature sensors to measure volumetric water content and temperature at 10 cm intervals. Soil profile data is accessed through a web-based platform, where data sent from the monitoring equipment can be analysed
Pest Detection Trap
Provides accurate on-farm pest detection and real-time forecasts. An in-built alert system indicates when and where pests are active, allowing for rapid response. The Internet of Things (IoT) sensor technology ensures exceptional pest detection accuracy, and the traps are low-maintenance.
Microclimate Monitor
Help growers understand the specific conditions affecting plant growth within different areas of their operations. This information supports more precise decision-making, such as adjusting irrigation schedules, optimising fertiliser application, and managing pest control, all to create the ideal environment for plant health and productivity.
Nitrate/ Redox Sensor
Enables continuous, real-time measurement of nitrate in soil pore-water and is highly resistant to harsh chemicals and challenging soil conditions.
Strawberry Farm Agritech
Jason Bloxsidge
Created on September 24, 2024
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Transcript
Sap Flow Sensor
Measures the flow of water and nutrients through the target plant. Sap flow measurement serves as an indicator of transpiration rate, which can subsequently inform irrigation management.
Dendrometer
Dendrometers are precision-based, multi-purpose sensors that measure plant growth, water status, and health. They can monitor small expansions and contractions in plant tissue over daily cycles, as well as over several days, weeks, and even months."
Vehicle Asset Tracking
An innovative way to record on-farm activities such as fertiliser spreading, harvesting, and application dates and times. Location and time data can supplement or even replace many of a farm's manual records.
Water Level Sensor
Devices that measure water levels by sensing the pressure of the water above. They provide a remote water monitoring solution, enabling users to track water levels through stored reports and real-time notifications.
Electrical Conductivity Sensors
Measures the level of salinity in water and can be monitored at multiple locations on a farm or nursery, such as water storage areas, irrigation lines, leachate zones, and runoff zones.
Irrigation Pressure Transducers
Used to monitor an irrigation system and identify when it is not operating to specifications. If the correct pressure is not attained during irrigation, this may indicate a broken pipe or a failing irrigation pump.
Camera System
Used for remote crop growth monitoring and modelling of fruit size, plant development, and growth. They are also used for yield forecasting to assist with harvest logistics. Additionally, security cameras help reduce theft and trespassing on properties by deterring incidents or recording proof.
Independent Integrated Dashboards
Enables data from various devices to be integrated, providing producers with information accessible via the internet or a mobile device.
Irrigation Systems and Controller
Captures data on weather, soil, sunlight, and humidity. Their full fertigation capability allows for the addition of nutrients to correct deficiencies detected in plant tissue analysis, including adjustments to Electrical Conductivity (EC) and pH levels. They also have the capacity for full irrigation automation across all aspects of irrigation system operation.
Weedicide Unit
A herbicide sprayer that uses advanced optics and computers to detect weeds, applying a combination of boiling water and saturated steam at low pressure to kill them.
pH Water Quality Monitors
Measures the alkalinity or acidity of a solution on a scale of 0 to 14, where readings above 7 are alkaline and readings below 7 are acidic. The acidity or alkalinity of water can adversely affect plant growth and damage irrigation equipment.
WiFi Point to Point Connection
Uses long-range air links to extend internet connectivity to specific sites across your property.
Weather Station
Monitors data with a wide variety of sensor sets that capture valuable information, including temperature, rainfall, solar radiation, wind speed and direction, and relative humidity.
Soil Moisture Probe
Configured with either soil moisture or temperature sensors to measure volumetric water content and temperature at 10 cm intervals. Soil profile data is accessed through a web-based platform, where data sent from the monitoring equipment can be analysed
Pest Detection Trap
Provides accurate on-farm pest detection and real-time forecasts. An in-built alert system indicates when and where pests are active, allowing for rapid response. The Internet of Things (IoT) sensor technology ensures exceptional pest detection accuracy, and the traps are low-maintenance.
Microclimate Monitor
Help growers understand the specific conditions affecting plant growth within different areas of their operations. This information supports more precise decision-making, such as adjusting irrigation schedules, optimising fertiliser application, and managing pest control, all to create the ideal environment for plant health and productivity.
Nitrate/ Redox Sensor
Enables continuous, real-time measurement of nitrate in soil pore-water and is highly resistant to harsh chemicals and challenging soil conditions.