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Fusarium Field Day


Written By: April, Flaman MarketingJul 21, 2017
We’re going on a Field Trip! On Tuesday, July 25th 2017, we’re off to Melfort Research Farms, located 1.6 miles south of Melfort, Sk on Hwy 6. They are putting on a morning event all about Fusarium Head Blight. With two industry experts to walk you through all the activities and information, the day is scheduled to start at 9AM and topics include:
  • Fusarium Head Blight Biology
  • Effects of FHB on Cereal Crops
  • Optimal Application Technology
  • How to Improve Grade Out of the Field
PLUS! Bring your Grain Samples and have it cleaned and tested! If you have a sample of grain (minimum two, 5 Gallon pails) bring it and have it tested for vomi-levels before, cleaned, and tested after so you can see in live action how you are able to Improve the Grade of your grain this harvest. Machines will be on site complete with staff to operate them and explain how it works.

Everyone is welcome and it’s completely FREE! Pre-registration is requested to ensure enough chairs and space is made available. Just click here to send in your name, email, and how many people are attending (don’t forget to count yourself).
In addition to Tuesday’s Fusarium day, Melfort Research Farms is hosting a second Field day the following day, Wednesday July 26th 2017. You can use the same registration link to sign up for Tuesday, Wednesday, or both days.

See you there!
 
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Posted in Technology | Tagged with fusarium head blight melfort research farms FDK information vomi-toxin vomi level testing grain cleaning fusarium | More articles by April

NDVI Drones


Written By: Jonathan Hutchinson, Web DeveloperMay 30, 2017
ndvi imaging uk

Aerial imaging can be used as a good indicator of crop health. The emergence of drone technology makes this process more affordable, and accessible. A drone accompanied with a remote sensor, and the NDVI graphical indicator, is all you need to gain useful information on the health of your crop.
 
The normalized difference vegetation index (NDVI) is a simple graphical indicator that can be used to analyze remote sensing measurements, typically but not necessarily from a space platform, and assess whether the target being observed contains live green vegetation or not.
 
NDVI was one of the most successful of many attempts to simply and quickly identify vegetated areas and their "condition," and it remains the most well-known and used index to detect live green plant canopies in multi-spectral remote sensing data. Once the feasibility to detect vegetation had been demonstrated, users tended to also use the NDVI to quantify the photosynthetic capacity of plant canopies.
 
The basic principle of NDVI relies on the fact that, due to the spongy layers found on their backsides, leaves reflect a lot of light in the near infrared, in stark contrast with most non-plant objects. When the plant becomes dehydrated or stressed, the spongy layer collapses and the leaves reflect less NIR light, but the same amount in the visible range. Thus, mathematically combining these two signals can help differentiate plant from non-plant and healthy plant from sickly plant.
 
 
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Posted in Ag news | Tagged with drones ndvi aerial imaging crop health remote sensor | More articles by Jonathan Hutchinson