Figures & data
Figure 1 Remote sensing platforms employed in precision farming.
![Figure 1 Remote sensing platforms employed in precision farming.](/cms/asset/a3b2d164-7387-4012-abcb-3b8f69e50135/djwr_a_69405_f0001_c.jpg)
Figure 2 Some kinds of sensors developed ad hoc for monitoring applications for unmanned aerial vehicle platforms.
Abbreviation: LiDAR, light detection and ranging.
![Figure 2 Some kinds of sensors developed ad hoc for monitoring applications for unmanned aerial vehicle platforms.](/cms/asset/9970f619-2891-49f3-885d-4c493779c9a9/djwr_a_69405_f0002_c.jpg)
Figure 3 Wireless sensor network architecture deployed in a vineyard at Azienda Agricola Castello di Brolio, Siena, Italy.
![Figure 3 Wireless sensor network architecture deployed in a vineyard at Azienda Agricola Castello di Brolio, Siena, Italy.](/cms/asset/1a596154-6c08-47cb-a46c-39f0f6958394/djwr_a_69405_f0003_c.jpg)
Figure 4 Some sensors employed in wireless sensor networks for proximal sensing in vineyards.
![Figure 4 Some sensors employed in wireless sensor networks for proximal sensing in vineyards.](/cms/asset/5f30eaac-97f6-480d-ac99-2fb5bd659462/djwr_a_69405_f0004_c.jpg)
Figure 5 The Trimble® GreenSeeker® multispectral sensor for canopy monitoring, carried on a quad (Practical Precision Inc., Tavistock, Canada) (A) or tractor (Avidorhightech SA, Le Mont-Pèlerin, Switzerland) (B).
![Figure 5 The Trimble® GreenSeeker® multispectral sensor for canopy monitoring, carried on a quad (Practical Precision Inc., Tavistock, Canada) (A) or tractor (Avidorhightech SA, Le Mont-Pèlerin, Switzerland) (B).](/cms/asset/5f8237b3-e821-44f0-a0c1-ce9aa95175e0/djwr_a_69405_f0005_c.jpg)
Figure 6 Harvester (GREGOIRE Group, Cognac Cedex, France) equipped with a georeferenced yield monitoring system (A) and a yield map of the vineyard (B).
![Figure 6 Harvester (GREGOIRE Group, Cognac Cedex, France) equipped with a georeferenced yield monitoring system (A) and a yield map of the vineyard (B).](/cms/asset/3e547475-e0c8-48a8-9ac7-8851065da3f4/djwr_a_69405_f0006_c.jpg)
Figure 7 Spectron (A) and Multiplex (B) hand-device sensors for grape quality proximal monitoring, which allows quality maps to be realized.
![Figure 7 Spectron (A) and Multiplex (B) hand-device sensors for grape quality proximal monitoring, which allows quality maps to be realized.](/cms/asset/537d3e66-1b65-4b17-925b-0fb59fae4077/djwr_a_69405_f0007_c.jpg)
Figure 8 Some automated commercial solutions used in precision viticulture.
![Figure 8 Some automated commercial solutions used in precision viticulture.](/cms/asset/1dc11e3f-c46d-4970-9834-740a59b7f27e/djwr_a_69405_f0008_c.jpg)