Entrants visit the trial in Herefordshire in 2019

Crop profitability depends on maximising margins, rather than yield alone.

Deciding on the optimum crop protection strategy in the spring requires judgement of the variety, its situation, and how yield affecting diseases can be controlled.

ADAS with the support of the AHDB and the wider industry set up the first Fungicide Margin challenge in 2019. Since then a total of 10 trials have been carried out over 3 years, allowing entrants to pit innovative strategies against others, against an ADAS experts' programme and against an untreated crop in replicated plot trials. The aim being to achieve the highest margin over fungicide cost. 

 

Trials receive all the same inputs, except for the fungicide programme. Entrants are each allocated plots for which they are responsible for designing the fungicide programme, based on information on the crop and updates during the season on disease development. All plots are monitored for disease, harvested and yields statistically analysed to establish which programmes achieved the highest margin over fungicide cost. 

The results of the 2021 trials are now available on the AHDB website: https://ahdb.org.uk/wheat-fungicide-margin-challenge-adas-ahdb 

Related Organisations

Connected Content

ADAS provides ideas, specialist knowledge and solutions to secure our food and enhance the environment. We understand food production and the challenges and opportunities faced by organisations operating in the natural environment

We deliver transformational projects to drive productivity and boost farming and supply chain businesses. We want the industry to thrive in a rapidly changing world and continue to produce high quality food, maintain our beautiful landscape and leave a legacy for generations to come. 

ADAS are planning a Nutrition Challenge to compare the effect of different nutrition programmes on winter feed wheat yield, N uptake and gross margin, in the 2022/23 season. This is particularly timely following the recent dramatic rise in nitrogen fertiliser prices, which has forced the industry to re-examine nutrition strategies. Objectives of the project are to showcase good nutrition products and practices so that farmers are equipped and encouraged to use fertiliser better, for the benefit of the environment and their own gross margins.

Commonly known as Septoria or Septoria leaf blotch, this is the most damaging foliar disease in the UK for Winter Wheat. With a carefully constructed fungicide programme and use of Integrated Pest Management (IPM), disease pressure can be managed and losses greatly reduced.  

Yellow rust is an important economic disease of wheat. Often occurring more in the east of the UK and areas with mild winters and cool, damp summer weather. A good selection of resistant varieties and well-timed chemical applications can provide effective control of the disease and minimise losses.

Diseases infect susceptible plant hosts, where environmental conditions favor disease development. Infected crops achieve lower yields and the quality of the produce can also be affected.

Driving Decision Making for Efficient & Sustainable Agricultural Production ADAS Digital Decision Support encompasses the way in which we use digital data and digital technology to deliver solutions in crop production, sustainable food and farming, land management and ecology to our clients.

Fungicides are a type of agrochemical used specifically to kill fungal pathogens or inhibit the growth of fungi and the spores that they produce. They full under the umbrella of plant protection products (PPPs), also referred to as pesticides, along with other agrochemicals such as herbicides and insecticides that target weeds and insect pests respectively.  Prior to the development of fungicides, there are many historic cases of pathogenic fungi devastating crop yields - one of the most famous being the Irish Potato famine of 1845-52. This was caused by the potato late blight fungal pathogen Phytophthora infestans which today still causes massive losses to agriculture globally, although management by fungicides is now an important component of control.  A wide variety of fungicides exist with various modes of action (MOAs) to effectively control many fungal diseases including mildews, rusts, blights and leaf spots. A threat to modern agriculture is the development and spread of resistance to such fungicides amongst fungal populations.

Multi-site fungicides appear to be making a valuable contribution in this year