Precision agriculture technologies in vegetable businesses

Data and Resources

• Soil mapping technologies in vegetables PDF

  Summary of available soil mapping technologies.

• Soil mapping in vegetables using EM38 PDF

  Electromagnetic soil mapping in vegetables.

• Yield monitoring in vegetables using load cells PDF

  Using load cells to monitor yield in horticulture.

• Remote sensing to predict yield in vegetable crops PDF

  Yield prediction in vegetable crops using technology.

• Automated plant counts in broccoli using UAV imagery PDF

  Achieving automated plant counting in vegetable production.

• Using innovative technologies to develop drainage models PDF

  Case study on precision draining technologies.

• Soil mapping for farm development and infrastructure PDF

  Case study on applications of soil mapping information.

• Soil grid mapping and VR application of lime and nutrients PDF

  Case study on grid mapping and VR fertiliser and lime.

• Using VR technology to manage within-field variability PDF

  Case study on pH soil mapping and VR lime.

• Precision technologies for drainage modelling PDF

  Case study on drainage modelling from drone elevation data.

• Yield and profitability mapping in carrots PDF

  Case study on yield mapping for profit loss maps.

• Using precision soil mapping technologies to understand variability PDF

  Case study on application of EM38 soil mapping.

• Using PA technologies to manage salinity and sodicity PDF

  Case study on EM38 and grid sampling and analysis.

• Getting started in Precision Agriculture PDF

  Some tips on where to start in Precision Agriculture (PA) in vegetables.

• Variable rate technologies PDF

  Overview of variable rate technologies in vegetables.

• Drone in vegetable systems PDF

  Overview of drone technologies in vegetables.

• Using precision technologies to understand within-field variability PDF

  Case study on managing in-field variability.

• Practical applications for drones in vegetable production PDF

  Case study on drone technologies.

• Using soil-sensing technologies to understand irrigation requirements PDF

  Case study on precision draining technologies.