Wet conditions this past winter lead to heightened risks of soil and slurry contamination in first-cut grass silage, because of increased wheel ruts in fields and delayed slurry applications. Farmers will require extra vigilance with silage-making this season.
Nutrient management planning ensures that crops receive the right nutrients in the right amounts at the right time. When done effectively, it not only promotes healthy crop growth but also maximises yields and minimises environmental impacts.
Rachel Clifton, one of our experts in nutrient management planning, sheds light on the plan’s key principles and practices, and what is involved in the process of getting one.
When growing high yielding varieties, often other agronomic features such as disease resistance are sometimes overlooked. The fungicides at our disposal today are capable of producing extremely good results, but it is important to apply as much thought to the fungicide programme and timings as to the choice of product, to achieve optimum yield potential.
Over recent years, the emphasis has moved away from reactive fungicide applications to treat visible disease in the crop, and more towards a strategy where prevention is better than cure. To achieve this, the fungicides must be applied at the correct time and early in the development of the disease, or even before infection occurs, with timing infl uenced by growth stage, weather and the variety’s disease resistance.
This season we have seen considerable pressure of septoria tritici, therefore it is worthwhile to recap the biggest yield-robbing disease to winter wheat and what we can help do to fight against it.
Septoria tritici blotch is a fungal disease of wheat that causes significant yield losses. It is caused by the fungus Zymoseptoria tritici, which overwinters on infected crop debris and plant residues. The fungus can infect wheat at any growth stage, but it is most common in the autumn and spring when the weather is cool and wet.
There is enough energy in a hectare of fresh forage maize to support about 30,000 - litres of milk production in dairy cows, once animal maintenance needs are met. With high cereal prices having a direct impact on bought-in feed prices, it is therefore well worth protecting the energy potential in this starch-rich forage.
The best electric fence is the one that is suited to your requirements. Our table outlines the 3 main types of electric fence structures as a starting point to help you identify which fence type best suits your needs.
Growers are advised to re-think their cereal agronomy strategies and use of seed treatments, to ensure the best possible establishment and vigour of crops this autumn, as a result of the neonicotinoid bans.