Precision agriculture: Difference between revisions

In the general case, precision agriculture uses new technologies with the aim of increasing yields and profitability while reducing the amount of required resources. It can be as simple as a crop irrigation systems taking into account weather forecast, but could reach autonomous robots taking care of a wide range of tasks. While precision agriculture is not designed to tackle climate change, it opens up the opportunity to mitigate several sources of emissions.

 

 

== Background Readings ==

== Community ==

===Journals===

 

*[https://www.agriculture-vision.com/ Vision for Agriculture]

*[https://www.sydney.edu.au/engineering/our-research/robotics-and-intelligent-systems/australian-centre-for-field-robotics.html Australian Centre for Field Robotics]

 

== Data ==

===Kaggle datasets===