Matching irrigation to crop growth
Ensuring plants get the right amount of water when they need it is essential to produce a great crop. In this factsheet, Dr Jenny Ekman covers water stress, waterlogging and how to make sure your potatoes are getting the right amount of water.
Managing potatoes in wet conditions
An interactive panel session with some of the PotatoLink team, Peter O’Brien, Peter Philp, Tim Walker and Nigel Crump on disease management, nutrition management, weed control, and more.
Setting up for summer - preparation for potato growers
As it warms up and your potato crop gets going Dr Kelvin Montagu and Marc Hinderager talk practical tools to help scheduling and monitor irrigation in potatoes.
Irrigation scheduling with IrriSAT
IrriSAT, is a free satellite-based irrigation scheduling app. It combines satellite images with weather data to estimate crop water use. Learn how it works and what you can use it for.
Salinity and potato production (Part 2 of 4): Know your salts to better manage potato nutrition
‘Know your salts’ takes an in-depth look at salinity and the salts that affect both plant health and soil structure, and guide potato nutrition.
Salinity and potato production (Part 1 of 4): Monitoring for improved management
This first fact sheet outlines the causes of salinity followed by key assessments and tests that will better inform your management decisions.
Irrigation monitoring in potatoes (part 2) - Practical use of satellite information
This NSW case study has shown that IrriSAT satellite images, used to monitor irrigation, can also help potato growers identify soil and irrigation problems across the pivot. Fixing the problems identified in this case study would have increased yield and revenue by between $7,600 and $10,800 under this half pivot.
Irrigation monitoring in potatoes (part 1) - Practical use of IrriSAT and soil moisture sensors
This case study explains how the irrigation tool, IrriSAT, combined with soil moisture monitoring, provided important information to the grower about crop water requirements and actual soil moisture levels. This enabled him to manage his crop irrigation to maximise yield and quality.