Land and Water Science director and principal scientist Dr Clint Rissmann is one of the creators of Landscape DNA, an interactive, online mapping tool which provides a new approach to water quality modelling. In this episode of Cut the Crop, he tells Scott Champion that what’s underneath our feet can cause variations in water quality between neighbouring farms and even paddocks.

Land and Water Science director and principal scientist Dr Clint Rissmann is one of the creators of Landscape DNA, an interactive, online mapping tool which provides a new approach to water quality modelling. In this episode of Cut the Crop, he tells Scott Champion that what&rsquo;s underneath our feet can cause variations in water quality between neighbouring farms and even paddocks.

keeping you in the know about everything you grow

Cut the Crop!

A landscape approach to water and soil management

Two Canadian spraying experts Tom Wolf and Jason Deveau have just completed two weeks of FAR spraying workshops across NZ. In this episode of Cut the Crop, they reflect on how spray set-ups and coffee are different in NZ.

Two Canadian spraying experts Tom Wolf and Jason Deveau have just completed two weeks of FAR spraying workshops across NZ. In this episode of Cut the Crop, they reflect on how spray set-ups and coffee are different in NZ.

Sprayers 101: hitting the spot

FAR is running a series of weed workshops looking at all the tools available for weed control so growers don’t have to just rely on herbicides. In this episode of Cut the Crop, Kyle Baxter of Ecorobotix details a high-tech option, available in NZ, which can identify and spray weeds from about 2mm in size.

FAR is running a series of weed workshops looking at all the tools available for weed control so growers don&rsquo;t have to just rely on herbicides. In this episode of Cut the Crop, Kyle Baxter of Ecorobotix details a high-tech option, available in NZ, which can identify and spray weeds from about 2mm in size.

High-tech weed sprayers are here

A new solar farm at Lincoln University aims to show how productive land can be optimised to grow high-value crops while generating commercial-scale solar energy. In this episode of Cut the Crop, Lincoln lecturer in arable crop production Pieter-Willem Hendriks says that microclimate changes under the panels will be researched while growing arable crops, blueberries, Chardonnay grapes and even kumara.

A new solar farm at Lincoln University aims to show how productive land can be optimised to grow high-value crops while generating commercial-scale solar energy. In this episode of Cut the Crop, Lincoln lecturer in arable crop production Pieter-Willem Hendriks says that microclimate changes under the panels will be researched while growing arable crops, blueberries, Chardonnay grapes and even kumara.

A landscape approach to water and soil management

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