Space-based monitoring of Australian paddock-scale crop yields

Donohue, RJ1,2, Lawes, RA3

1 CSIRO Land and Water, Building 801 Clunies Ross St, Black Mountain ACT 2601, Randall.Donohue@csiro.au,
2 ARC Centre of Excellence for Climate Extremes, Australia,3 CSIRO Agriculture and Food, Underwood Ave, Floreat, WA 6014

Abstract:

Existing crop yield models typically estimate paddock-scale yields across small areas, or regional-scale yields nationally.  This dichotomy restricts our ability to scale between paddock, region and country yields.  We developed a nation-wide, paddock-scale crop yield model based on satellite imagery, called CCrop.  For its simplicity, C-Crop is effective at estimating canola and wheat yields, with about 70% accuracy.  Ongoing model refinements will improve accuracy, encompass more crop types and perform mid-season forecasting.  Coupled with crop type maps, C-Crop now provides the ability to conduct nation-wide, fine-scale monitoring of Australian grain production.

Host

The Australian Society of Agronomy is the professional body for agronomists in Australia. It has approximately 500 active members drawn from government, universities, research organisations and the private sector.

Photo Credits

David Marland Photography david_marland@hotmail.com Graham Centre for Agricultural Innovation, Charles Sturt University

Conference Managers

Please contact the team at Conference Design with any questions regarding the conference.

© 2015 - 2019 Conference Design Pty Ltd