SensorCloud® Enables Condition Based Agriculture at Shelburne Vineyard
Custom wireless environmental sensor at Shelburne Vineyard
The cultivation and harvesting of wine grapes is highly influenced by localized environmental conditions. These conditions are variable over short distances, making their monitoring both difficult and time consuming. Practices such as irrigation and spraying depend on the cumulative exposure of plants to a variety of elements. Without access to accurate, reliable field data, farmers risk the health of their crop and the effectiveness of their resources and labor.
MicroStrain worked with Shelburne Vineyard, a northern Vermont winery, to implement a wireless sensor solution. The solution enabled web-based, real-time monitoring of vineyard conditions across multiple locations. As a result, vineyard employees can remotely view and track simultaneous events.
Shelburne Vineyard wireless sensor data on SensorCloud
The deployed sensor network provided Shelburne Vineyard with means to create alerts to notify growers when significant environmental thresholds are met. Furthermore, the scalable network is capable of proactively monitoring all the vineyard's plant varieties and providing the necessary platform to enable condition based cultivation and harvesting.
To view the Shelburne Vineyard wireless sensor data, sign up for a free SensorCloud account for access.
Selecting the Best GPS Antenna to Optimize Performance of the 3DM-GX3® -45 and 3DM-GX3® -35
MicroStrain conducted a "real world" test of three GPS antennas for the 3DM-GX3. Each antenna was plugged into a 3DM-GX3 -35 and tested for speed of satellite acquisition, DOP data, and GPS fix quality. In addition, each of the three antennae were evaluated for effect on magnetometer performance.
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NDIA Ground Robotics Capabilities: MicroStrain will be exhibiting at the Ground Robotics Capabilities Conference in San Diego, California on March 21-23. Visit us at booth #332 to learn more about our range of inertial and wireless sensing capabilities. We'll be featuring the latest in our line of inertial sensing - the 3DM-GX3-45 GPS-Aided Inertial Navigation System, which are well suited for integration in unmanned ground vehicles. To register for this event, go to the online registration form here.