Category Archives: AgTech

Excellent LandWISE 2016 Conference Speakers

We published the list and short biographies of our invited speakers today. We are again privileged to have an extremely knowledgeable group representing farmers, technologists and researchers from both sides of the Tasman Sea.

Conference keynotes and new LandWISE Australians include Ian Layden and Julie O’Halloran, precision horticulture researchers and extension specialists from the Queensland Department of Agriculture and Fisheries (DAF).

Ian and Julie are leading a group of two dozen top growers and agronomists for a week of related events built around the LandWISE Conference. Queensland farmer Ben Moore and Tasmanian farmer Robbie Tole will present their own experiences investigating precision horticulture opportunities.

Returning LandWISE Australians are Tristan Perez from Queensland University of Technology and John McPhee from the University of Tasmania. Tristan will update us on progress with weeding robot AgBot II and Harvey the capsicum picker. John will tell us about precision horticulture research underway in Tasmania.

Parallel work is being done in New Zealand. Look for reports from  Plant and Food researchers Sarah Sinton, Paul Johnstone and long serving LandWISE Board member Bruce Searle. Chris Smith from AgriOptics, Jane Adams of OnionsNZ and LandWISE’s Dan Bloomer and Justin Pishief will overlay a series of precision cropping and related topics.  Charles Merfield from the Future Farming Centre will give a review of biostimulants and related technologies – a different aspect of the agritech revolution.

Rounding out Day 1 are agritech accelerator Sprout Entrepreneur in Residence Stu Bradbury and two accelerating companies represented by Tom Rivett and Julian McCurdy.

Day 2 has a focus on value from data and robotics. We hear a lot about “big data” and “value chains”: what are they? Alistair Mowat, James Beech and Megan Cushnahan will tell us how they and others are getting real value, and where there’s still value to be tapped. Roger Williams will outline how Plant and Food is investing in digital horticulture research.

Lincoln Agritech’s Armin Werner has been a regular attendee at LandWISE. This year he takes the stage with a global review of field robotics and weeding technologies in particular. Kit Wong will tell us about Callaghan Innovation development of systems for machine vision to manage onion crops.

David Herries of Interpine will take us to a different sector and explain how UAVs are giving value in forest research and management.  And rounding it all up, Simon Morris of ALtus UAS will make sure we understand the regulations governing our use of this still new but very powerful technology.

So come to LandWISE 2016: the value of smart farming. Have you mind expanded, your knowledge updated and your excitement kindled. Mix and mingle with leaders in farming, agronomy and agtech!

Conference programme here>

Speaker biographies here>

Conference registration here>

 

A visit to Climate Corporation

LandWISE’s Dan Bloomer joined a large group of New Zealand ag-tech organisations for a week getting to know the Silicon Valley venture capital and tech start-up scene.

The first visit was to Climate Corporation, recently acquired by Monsanto. How can you not be impressed by a three metre 3D projection screen? One you can control from a tablet, make it spin like the earth, view the globe from any angle, and project any theme you like.

ClimateCorpGlobe
Climate Corp Chief Technology Office, Mark Young, demonstrates the globe.

Climate Corporation seeks to understand the world and its climate, map it in real time and make useful information available to the world’s farmers. We saw time lapse of global cloud cover, near real time views of sea surface temperature and as shown above, global ground cover allocated to food for animals and food for people.

But their interest is wider than the weather. The Climate Corporation aims to build a digitized world where every farmer is able to optimize and flawlessly execute every decision on the farm.

They are investing heavily in agronomy and creating growth models to help predict crop development.   To achieve greater seed placement accuracy they developed SpeedTube, a precision elevator to replace drop tubes. This is said to allow more precise seed spacing at twice the normal planting speed. Same quality at twice the rate? Sounds attractive!

This visit was organised by Wharf42, NZTE, Callaghan Innovation and the Silicon Valley Forum.

Onion variability Year 1

OnionsNZ

Enhancing the profitability and value of New Zealand onions

The purpose of this OnionsNZ MPI Sustainable Farming Fund research project is to provide the industry with tools to monitor and manage low yields and variability in onion yield and bulb quality.

In this collaboration with Plant & Food Research, LandWISE is providing precision agriculture paddock scale measurement and interpretation.

We have base maps from topography and surface ponding analysis completed by Page Bloomer Associates, and from AgriOptics Dual EM soil mapping. We also have some previous crop data including true colour, false colour and NDVI images of winter cover crops between successive onion crops in these paddocks. More details here>

We tracked crop development with a range of sensor technologies including AltusUAS MicaSense from UAV, Agricultural Software GroundCover app and some satellite imagery.

The collaboration with Plant & Food Research was to help us develop protocols to monitor crop development and yield variation (spatially and temporally). Linking these with crop modelling and agronomy helps determine why variation is occurring.

Crops were traced from paddock through harvest and storage so that post-harvest quality issues can be related to factors during growth. Linking paddock production to packhouse performance and back again may be key in unlocking value potential.

Grower led focus groups are involved in the project and analysis of results. They have a vital role in the development of practical tools they can use to monitor and quantify variability, to identify the causes of loss of yield and quality and share best practice to improve sustainability and grower returns.