Harvest is just around the corner for oilseed rape and there are some final but important tasks required now that the crop has reached this point in its life cycle. Across the country, many oilseed rape crops have been looking well but this means that careful consideration is required when planning desiccation and necessary steps should be taken to safeguard crop potential.
In the second blog of this soil management series, we review how catch and cover crops can play an integral role in post-harvest soil management, including the options available and how their inclusion can support stewardship. The first blog in this series focussed on pre-harvest soil management and you can read it here.
The low levels of sulphur we see today are not a new problem. Rather, it is something we've been aware of for over 30 years; ever since the first sulphur-deficient oilseed rape crops were seen on very light soils. Over time, this deficiency has progressed and now impacts virtually all crops and soil types. By looking at the factors that influence sulphur availability, you can make informed decisions and opt for products that match your crops' sulphur demand.
Unpredictable weather seems to be the order of the day at the moment. After what was a very dry and cold April, May has brought about warmer temperatures and a considerable amount of rainfall. At Kings, much of our time had been spent advising growers not to drill wild bird seed and game cover crops too early but given the drastic change in weather, we're now finding that many simply cannot get onto plots because it is too wet.
Now that we are entering the peak planting window from mid-May through to mid-June, I've compiled some timely points of advice to help you make the most of the next four weeks.
If a production system experiences losses, its efficiency is going to be reduced. Often this can lead to a reduction in output too and, if losses are severe enough, even an increase to overall running costs.
If we look at this in relation to our fertiliser programmes the risks are similar, so preventing any losses can lead to some real gains. For example, by reducing the CO2e/t of production you could improve your margins and simultaneously benefit the environment.
This blog is the second and final installment in our series looking at the value of biostimulants, including why a sequenced approach - such as that within our BioPlan nutrition programme - can prove beneficial when it comes to pushing crop performance. While our first blog covered the benefits and application guidance for winter crops, this one explores the opportunities for spring crops and includes some useful trials data.
With April quite literally around the corner and early nitrogen doses now applied, it's an opportune time to reflect on what's happened so far this season and factor in decisions for future applications. I believe it's always sensible to constantly question the fertiliser plans and programmes made earlier in the season and it's not to say they are wrong, it's to check they are still right!
At SOYL, we have been running an extensive precision farming research and development programme for nearly 30 years. The work is central to the value of our technology and services, and today we now possess one of the largest trial databases in the world. A significant part of this work involves trials to compare our variable rate application approach against flat rate applications.
It's one of the first questions we face from growers when discussing variable rate nitrogen (VRN) and it's understandable given sulphur is one of the major nutrients required by plants. If optimum amounts aren't available, it will have a direct impact on end yield.
As it happens, in nearly all of these conversations our recommendation to growers is to apply sulphur variably alongside their nitrogen in order to achieve optimum yields and quality. Of course, as with all nutritional decisions, some forward planning is required.
With this in mind, we're going to address some common questions to help you plan for the spring and ensure you get the maximum benefits from variably applying sulphur.
How we design and manage profitable, efficient crop rotations can be influenced by the use and management of available cover crop positions within them. When incorporated well, they can lead to the introduction of wider sustainable crop establishment systems, having the potential to gradually reduce some crop inputs and the overall cost of crop establishment.
If you have a good cover crop that has been successfully absorbing available nutrients, improving soil structure and supporting soil biota, you may be wondering what to do. First and foremost, careful thought and consideration is required when planning your next move.
This week we were delighted to hear that one of our customers, Tim Lamyman, has scooped both a silver and gold medal in this year's Yield Enhancement Network (YEN) competition. Congratulations, Tim!
The 2019/20 cropping season was one that none of us will forget in a hurry, with one of the wettest autumns and winters in recent history. This was followed in quick succession by a drought and low levels of incoming solar radiation during the key grain filling period.
The nitrogen inputs to your crops can be one of the most important factors that influence crop output and, ultimately, the profitability of your business. There is a wealth of tools and information to help guide you when it comes to applying the optimum rate of nitrogen, but how do you know if you are actually getting it right and making the best use of these applications to maximise your financial return?
The stark variation across the country has continued into harvest this year, with some areas completed a couple of weeks ago while others are struggling to make real headway as a result of the wet weather. Where completed, the SOYL applications team has been busy processing fertiliser recommendations ready for post-harvest P and K applications - allowing new season orders to be booked.
For many growers though, doing this raises the question: What considerations should be made when planning P and K management?
Last month we published the first in our series of blogs on grassweed management, looking specifically at black-grass, its characteristics and the strategies to take pre-harvest. You can read the blog here.
As with management before harvest, efforts to control grassweeds are crucial post-harvest too. Cultivation strategies during this time can have a significant impact on the overall grassweed burden for the following crop, but it is important to understand the biology of the individual species in order to use cultural options to the best effect.
There are many reasons to sow new grass leys, but none more prominent than having some in poor condition following the wettest winter on record and one of the hardest spring droughts.
The recent rainfall will help things but it cannot reverse the damage that's already been done. Unfortunately, many leys have lost key elements, allowing weed grasses such as annual meadow grass, rough stalked meadow grass and couch grass to populate the thinner areas.
Phosphorus and potassium are vital for photosynthesis and water regulation – but how much of them do you need to guarantee healthy plants?
Precision technology can play an important role when it comes to successful nutrient management. With P and K in particular, there is a considerable benefit to carrying out nutrient mapping and variable rate applications of fertiliser in that you are able to individually deal with field areas that are both below, at and above the critical level.
The ability to store grain can be a fundamental aspect of a crop marketing strategy, providing growers with the opportunity to sell for later movement.
Of course, this can only be successful when effective grain storage facilities and management plans are in place, as these are pivotal for safeguarding premiums and grain quality to lessen the risk of rejections and claims.
With maize establishing well across the country now, attention is turning to the management of the crop during the crucial early stages.
The crop itself originated in sub-tropical regions, so it is a plant which loves conditions that tend to be warmer than the average UK spring. As a result, it is not uncommon for maize to show nutrient deficiencies, or for its growth to slow if temperatures are relatively cool.
Black-grass is major problem on many UK farms and it is now widely accepted that fully integrated solutions to manage the weed are fundamental to achieving any kind of success. Ultimately, most approaches are aimed at limiting seed return in order to reduce the overall population pressure.
In this blog, I discuss a number of management options that should be considered pre-harvest to reduce seed return and which should form part of an overall, long term plan to eradicate the weed.
Weather in the Northern Hemisphere continues to underpin grain prices, particularly ongoing dryness in some of Europe's key wheat-producing regions. Much of Northern Europe, the Baltics and Southern Russia have seen very little rainfall with the latter receiving just 5-20mm this week, so crops are continually being stressed. Consultancy, SovEcon, said on Friday that despite some recent rain, the extended drought period left irreversible damage to some crops which will result in lower output.
