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 Every farm is different and every field has some level of soil variation. Agrii’s SoilQuest Precision Agronomy offers a service to evaluate, consult, and gather soil and nutrient data to advise on the specific needs of your individual farm business, whatever the size and budget. The SoilQuest service goes way beyond producing lots of pretty maps; it provides a tailor made Precision Agronomy package to help you drive yields, target inputs and maximise efficiency. 

 The backbone of the SoilQuest system is based on the creation of accurate field maps showing soil variation and nutrient status. These are achieved by measuring electrical conductivity at two depths using the Veris scanner and then analysing representative soil samples from each soil type zone. The resulting maps are then combined with accumulated grower and agronomist farm knowledge to divide fields into separate management zones in order to cost effectively target farm inputs, putting nutrients where they are needed.

 “Understanding how soils vary across a farm and within individual fields is crucial for farm businesses to implement the latest input technology and optimising yields,” points out Precision Agronomy Manager, Stuart Alexander. “Our scanning service is the most reliable way of characterising management zones by their actual soil type and nutrient status for the best precision agronomy decision-making, ultimately leading to improved efficiency on farm.” 

 Visit the SoilQuest stand, number 82, in hall 1 at CropTec 2017 and speak to one of our local Facts and Soil and Water Qualified Account Managers to find out how we can help you.



CropTec 2017

Join SoilQuest this November at The CropTec Show.

Registration is free for all those who pre-register before the event.


The ground-breaking Hands Free Hectare (HFHa), run by Harper Adams University and Precision Decisions, which aimed to be the first in the world to plant, tend and harvest a crop with only autonomous vehicles and drones, has come to an end after a successful harvest.

The Iseki tractor which was used earlier in the project for the spraying, drilling and rolling, was smaller and lighter than most tractors used nowadays. The team’s mentality that smaller is better was carried through to harvest which was completed with a combine harvester designed to harvest trial plots. The team believe that the use of smaller agricultural machines could improve soil and plant health.

Jonathan Gill, researcher at Harper Adams University, said: “There’s been a focus in recent years on making farming more precise, but the larger machines that we’re using are not compatible with this method of working. They’re also so heavy that their damaging farmers’ soils.

“If combines in the future were similar to the size of the combine we used in this project, which was a little Sampo combine with a header unit of only two meters, it would allow more precise yield maps to be created. They would also be much lighter machines.

“The weather can be an issue when farming, and provide only small windows for work to be completed; we’ve experienced it ourselves with this project. Just like anywhere in the UK, we’ve had to adjust our spraying times and harvest times due to the rain. This is part of the reason machines have been getting so much bigger over the years; we need to be able to complete work quickly. We believe the best solution is that in the future, farmers will manage fleets of smaller, autonomous vehicles. These will be able to go out and work in the fields, allowing the farmer to use their time more effectively and economically instead of having to drive up and down the fields.

“But it’s going to take new talent entering the industry to develop the technology. We hope that this project has helped to inspire some people and shown them the range of interesting and innovative jobs that are available now in agriculture.”

Martin Abell, mechatronics researcher for the industry lead, Precision Decisions, said: “This project aimed to prove that there’s no technological reason why a field can’t be farmed without humans working the land directly now and we’ve done that. We set-out to identify the opportunities for farming and to prove that it’s possible to autonomously farm the land, and that’s been the great success of the project.

“We achieved this on an impressively low budget compared to other projects looking at creating autonomous farming vehicles. The whole project cost less than £200k, funded by Precision Decisions and Innovate UK. We used machinery that was readily available for farmers to buy; open source technology; and an autopilot from a drone for the navigation system.”

Jonathan added: “Despite our combine being 25 years old, it performed absolutely wonderfully.

“It’s phenomenal to know that I was part of this world-first project. To know that we’ve actually done it and you can now look out at the field and see it’s all gone. We grew it, nursed it and now we’ve harvested it, completely autonomously. What an achievement.”
“It feels amazing to have finished,” said Martin. “We’ve worked all year for this. At some points it didn’t feel like it was ever going to happen, but we’ve done it.

“Our major challenge leading up to harvest was getting the combine ready. We spent a lot of time practicing; getting our headland turns right and on the day they appeared to be perfect, which was amazing to see.

“The combine drove a lot better than the tractor. We made a bit of a breakthrough with that. Unfortunately, we didn’t have the time to make the same adaptions to our tractor, so even though we’d practiced a rolling team, as a precaution during the actual trial, we didn't allow the tractor to get too close to the combine to avoid any accidents.

“Throughout the year we’ve been predicting a yield of 5 tonnes. Looking in the trailer, it looks like we’re not quite there. Our agronomist predicted 4.5 tonnes and it looks like he’s on the money.”

The team now plan to make a Hands Free Hectare beer with the spring barley that has been harvested. They also hope to bring the project back by repeating the experiment, but with a winter crop.

Anyone interested in the project and wants to help keep it going for 2018, please get in contact with the Hands Free Hectare team.


CropTec 2017

Join Harper Adams University and Precision Decisions this November at The CropTec Show.

Registration is free for all those who pre-register before the event.



Minimise surface disturbance – it’s the future!

Start to control black-grass with our low-disturbance toolbar at The CropTec Show

 One initial step to start controlling black-grass is to try and maintain where the seeds are positioned in the soil profile. Shallow surface cultivations will encourage the weed to chit and the more flushes possible prior to drilling the better. This way there’s a much higher possibility to kill the weed with a spray pass of glyphosate. The new low-disturbance toolbar from Yorkshire-based Grange Machinery will enhance establishment processes where farmers are facing problems with blackgrass. This subsoiling equipment has the versatility to adapt existing machines with a deeper working element for cultivators and drills. “The objective is to lift the soil whilst minimising surface disturbance. Our machines will loosen the soil whilst maintaining the profile structure." Rhun Jones, director of Grange Machinery.

Use the toolbar in conjunction with a trailed machine or as a standalone agricultural implement as a primary cultivator or to loosen headlands or tramlines. “Getting on top of black-grass has driven our decision to launch our low disturbance toolbar” stated Richard Beadle, farmer of 500 acres in Yorkshire and co-director of Grange Machinery. Machines come in widths of 3m, 4m or 6m with six, eight or twelve legs. The discs cut in front to minimise surface disturbance. Leg center spacing’s on all models are at 0.5m, the wing folding on the 3m & 4m slide into the frame for transport with the 6m hydraulically folding. The legs are all located on a beam that is hydraulically powered into work independent of the carrying frame. 


“Our shallow working subsoil equipment gives cultivation and drilling systems more versatility and flexibility in different crop establishment processes in varying soil types and ground conditions. Our soil loosening toolbars improve soil structure and lower the cost of establishment, resulting in healthier margins and increased profit for your business.” Rhun Jones, director of Grange Machinery.

Working depth can be adjusted hydraulically on the move and the legs are tripped with either shearbolt or auto-reset protection. Hydraulic power is supplied to the back of the toolbar and there’s a choice of rear hitches and linkage options.


Maximum Soil Restructuring, Minimum Surface Disturbance 

Want to find out more about how our machines can help control blackgrass, lower costs and add more flexibility in establishment processes? Talk to Rhun Jones on Stand 156 at CropTec 2017. http://www.grangemachinery.co.uk/ For more information, contact: rjones@grangemachinery.co.uk Tel: 01482 81571 | Mobile: 07918515385
CropTec 2017

Join Grange Machinery this November at The CropTec Show.


Registration is free for all those who pre-register before the event.



ACS Farm Image launches precision soil analysis services and a range of yield boosting products to mark 20 years of agricultural business.

September 2017 sees the 20th anniversary for Farm Image, part of Kent-based Austin Contract Services Group who, over the past two decades, have provided agricultural services including soil sampling and lime spreading for farmers across the South East.

Since 1997, Farm Image has grown from solely offering soil pH analysis to today providing the most accurate techniques for obtaining a whole portfolio of useful soil data as well as offering a unique solution for each client.

Introducing SoilSmart.

The Farm Image team are of the strong ethos that profitability in farming heavily relies on making the most of your every hectare which in turn, is dependent on truly knowing your soil.

SoilSmart is the division of Farm Image that offers a range of sampling and analysis packages tailored to suit you and your business with no hidden costs or contracts. In doing so, Farm Image pride themselves in remaining a team that can provide an honest and personal service tailored to each and every one of their customers.

Whilst still offering the standard soil sampling techniques to give results for pH, P, K and Mg, Farm Image have expanded their SoilSmart range to include Precision Sampling and Smart Scanning.

As opposed to simply taking samples in a ‘W’ pattern across a field, Precision Sampling uses GPS technology to systematically sample a field, taking 16 cores from every hectare or a specific number of samples per hectare at the request of the farmer. As a result, this technique provides a far more accurate insight into unique field environments and allows for the formation of Farm Image Precision Maps (as depicted) clearly showing field zones for each field property- pH, P, K and Mg.

However, in 2017, Farm Image began researching further into the ways in which soil can be analysed and how that may be translated into precision farming techniques such as variable rate seeding and fertiliser application. As a result, September’s anniversary celebrations sees the launch of SoilSmart’s Smart Scanner service using the latest in-field scanning equipment. 

Farm Image, having invested in the technology to offer soil data analysis at an unbeatable rate of samples per hectare as well as adding analysis of Organic Matter, Soil Texture (Electrical Conductivity) and Topography to their precision packages. 
Amy Bradley, Marketing Manager at Farm Image, explains that ‘the Farm Image Smart Scanner is able to take 200 readings per hectare and form on-the-go field maps via an on-board tablet, to the highest accuracy for pH, Organic Matter, Soil Texture and Topography, all of which drastically affect water holding capacity and nutrient availability for crops.’

“We were the first British company to import a U3 soil scanner from Veris Technologies” remembered Amy. “It came straight off the plane at Heathrow and went to the 2017 Cereals show in Lincolnshire where it turned a lot of heads.” “Since then, we have been busy taking the service from farm to farm across the UK showing farmers the real potential in farming precisely for profitability”. 

The team at Farm Image are keen to make it clear to their customers how the biggest benefit of the Smart Scanner service is how it translates into huge money savings by allowing farmers to be more targeted with drilling as well as product application. The advantage of the Smart Scanner mapping compared to grid sampling is that soil is not laid out in neat squares, there is variability within most 1Ha grids, and modern farming equipment has the ability to change rates multiple times within each 1ha grid, and meet the soil’s needs more accurately. 


CropTec 2017

Join ACS Farm Image this November at The CropTec Show.


Registration is free for all those who pre-register before the event.




With 42 percent of the 486 drinking water protected areas in England and Wales at risk from pollution by agricultural chemicals, growers must protect water quality by ensuring this autumn’s crop protection programmes are only applied when it is safe and prudent to do so.

That is the advice from Adama which warns that unless growers act now, ongoing water quality issues threaten to remove even more actives from the crop protection armoury.

“UK agriculture has already lost more than 70% of the active substances at its disposal since the early 1990s,” explains Ali Bosher, Marketing Director at Adama. “Put simply, if we as an industry don’t do more to protect our natural water resources, even more active ingredients will be banned, leaving farmers to face a future with significantly restricted weed and pest control options.”

Whether it is metaldehyde from slug pellets or key weed control active ingredients, more needs to be done to prevent these and other agrochemicals from entering fresh water supplies.

“It is clear that efforts to date have been insufficient to mitigate many of the non-target, water related impacts associated with applying chemicals to arable crops,” Ali continues. “The increasing trend of raw water exceedances for oilseed rape herbicides such as metazachlor, carbetamide, propyzamide and quinmerac need to be reversed.”

To protect and promote water quality, Adama urges growers not to apply chemicals when there is a risk of active ingredients being leached into running field drains, ditches or natural water courses.

“Whether it is safe to apply depends on a raft of factors including field slope, soil moisture deficit, location and current and future weather conditions,” Ali adds. “Assessing these dynamics can be difficult, especially when working across a large geographical area, at multiple sites or on land with a range of soil types. For that reason, we are appealing to growers, agronomists and sprayer operators to use the free WaterAware app prior to making any applications this autumn.”

The WaterAware app uses GPS positioning and data from the British Geological Survey’s MySoil-UKSO Platforms, MORECS and Met Office to spatially assimilate soil type, soil moisture deficit and slope information along with forecasted weather conditions on a field-by-field basis to advise when it is safe or unsafe to make applications. It also incorporates the #SlugAware tool which enables users to assess the risk of slug and snail activity and to target activity on an individual field basis.

“By considering factors such as soil type, humidity, soil moisture, temperature, cultivation method, wind and current and previous crops, #SlugAware gives growers a low, medium or high threat of slug activity warning based on their land’s specific conditions in a given 24 to 72 hour period,” Ali explains. “Only applying pellets during low risk periods will help to protect water quality and help to extend the longevity of metaldehyde-based slug pellets such as Gusto 3.

“The app is completely free to use and is designed to prevent key active ingredients from entering and polluting raw water supplies and in doing so to avoid further regulatory restrictions,” Ali concludes.

The WaterAware app is FREE to download from Google Play for Android devices or the Apple Store for Apple devices. BASIS and NRoSO points available for using the app. For more information click here https://www.adama.com/uk/en/wateraware



CropTec 2017

Join Adama this November at The CropTec Show.

Registration is free for all those who pre-register before the event.





Schulte Fixed Knife Technology features stationary fixed knives, mounted in strategic positions under the deck of the cutter and pairs of free swinging blade sets moving at up to 16,000 feet per minute. Mounted baffle distribution plates direct mulched material out of the cutter with an even spread. Shattered stalks or crop residue decompose rapidly as the shattered material is opened to microbes and weathering. Optional rubber belting on the cutters helps to create even more vacuum under the deck and control blow out of material. Fixed knives are protected by shear bolts and the rotating blades are protected individually by slip clutches. Many competitive flail choppers are wide to transport or must be end towed, while Schulte cutters have a narrow transport width, even on the largest models.

 Fixed knives with free swinging updraft bottom blades are used in dry material, such as corn, sun flowers, rice, oil seed, cereal crops and grass seed straw. The fixed knives can be easily removed to cut green grass, pasture or set aside making the Schulte cutter a multipurpose tool as compared to traditional flail choppers. Fixed knives with free swinging flat bottom blades are generally used to cut green material or wet cotton stalks.

CropTec 2017

Join Schulte this November at The CropTec Show.

Registration is free for all those who pre-register before the event.

Azotic Technologies’ natural nitrogen fixing technology is basically a food grade bacteria which is derived from sugarcane. The technology is applied to the seed and spreads systemically through the plant, enabling the organism to form a symbiotic relationship with the bacteria that converts atmospheric nitrogen into a form that the plant can use. It provides every cell in the plant with the ability to fix up to 50% of the plant’s nitrogen needs. Every percent of Nitrogen the plant can fix from the air is a percent that doesn’t run off the soil to foul water and air.

It a sustainable product which improves agricultural productivity. It increases yields and enhances crop quality. It contains no toxins and is environmentally friendly.



For more information on Azotic Technologies, please visit www.azotictechnologies.com


 CropTec 2017

Join Azotic Technologies this November at The CropTec Show.

Registration is free for all those who pre-register before the event.




Investment in the correct grain handling equipment to prevent costly crop deterioration is critical.  For the UK market, BDC Systems offers a complete range of grain handling, drying, cleaning and storage equipment, which includes the renowned Skandia Elevator range of belt & bucket elevators and chain & flight conveyors and the increasingly popular Svegma continuous flow grain driers.

BDC Systems is the UK distributor for Skandia Elevator and Svegma driers. Skandia elevator is a company that has specialised in designing and manufacturing innovative handling lines for nearly 100 years and the Svegma drier was first introduced to the UK in 1984.

Over the last few years, Skandia has invested heavily in new manufacturing and assembly plant at their Swedish HQ in Vara. This includes state of the art 3D design capability, robotic punching and robotic folding lines. The company's batch manufacturing strategy allows products to be manufactured and stored on site, resulting in very short lead times from the company's 4500 square metre warehouse.

Product quality is one of Skandia Elevator's major strengths but it is their commitment to the customer and fast deliveries which are critical in the UK.  BDC Managing director Andrew Head commented: “The attention to detail, information provided and quality of the equipment are major factors when seeking equipment suppliers and Skandia fulfil all of these requirements.”

Skandia offers three different handling lines to suit the requirements of capacity, usage and quality.  Every line is a complete system of bottom conveyors, elevators and top conveyors. Conveyors can be curved or inclined to allow flexibility in plant design.  All products within each line work together as a system and are matched to attain maximum flow rates and avoid unnecessary blockages. 

BDC Systems has developed the Svegma drier for the UK market over the past 23 years to become a leading player in the continuous flow drier market. With the unique lateral fixing design, the driers are particularly suitable for drying specialist seed crops and malting barley due to the clean unobstructed drying column, as well as conventional wheat and oil seed rape. With various options on, capacities, fuel, control panels, fans and sizes there will be a Svegma drier to suit all situations.

In addition to Skandia and Svegma products, BDC Systems can supply, cleaning, storage and ventilation equipment so offering a complete solution.

For more information contact BDC Systems Ltd, Grafton Road, Burbage, Marlborough, Wilts, SN8 3BA. Tel: +44 (0) 1672 810851,. Email: info@bdcsystems.com, website: bdcsystems.com 



CropTec 2017

Join BDC Systems this November at The CropTec Show.

Registration is free for all those who pre-register before the event.





Red Tractor UK has recently launched its new farm assurance scheme standards, which are taking effect from 1st October 2017. Evie Price, from CXCS, here to give you the low down on the major changes you’ll need to comply with before your next audit.

With the recent launch of Red Tractor UK’s updated farm assurance standards, we’re taking a closer look at what it means for some of the sectors within UK agriculture. All 6 schemes have had their scheme standards updated to include additional requirements for paperwork and certain farming practices, with the changes taking effect from 1st October 2017.

The viability for a business is usually the topic of discussion when Farm Assurance is mentioned; when looking into becoming farm assured, many farmers ask ‘what are the benefits for me and my business?’ Financially the benefits aren’t always clear cut. You must pay to be a member, and whether your produce/livestock actually fetch a higher price than non-assured produce, can often be dependent on other factors. However, now that the average consumer is becoming more interested in where their food comes from, the industry can begin to see the benefit of using their Red Tractor membership to assure the consumer that their produce is 100% British, and at the high quality they expect. Without this, there is no real way of advertising that produce such as British meats, have been raised to some of the highest welfare standards, not just in Europe, but in the world.

This pressure from consumers is just one reason why Red Tractor UK have tightened up on their standards; the organisation has also faced criticism from other groups as well as the media, stating that their standards are the lowest  of all assurance schemes in the UK (compared with the likes of RSPCA Freedom Foods). Red Tractor assured farmers have been able to use their membership certificate as proof of competence for buying and using rat bait for industrial use, however this requirement (under VC.b) has now been brought in line with Think Wildlife’s Campaign for Responsible Rodenticide Use. This means that Red Tractor assured members will now have to complete a site survey, environmental risk assessment, bait plan (kept for 2 years), and a COSHH assessment if there are 5 or more employees. This is double the record keeping requirements compared to the current standards booklet (October 2014 version), and introduces more Health & Safety in to the mix, which some may feel is long overdue.

Additional to this, schemes will see changes from biosecurity and medicine usage, through to effluent containment and silage pit structures. This will bring it in line with, (and possibly above in some cases) regulations such as SSAFO, which are already statutory.

It is easy to take a look at the new standards, and begin to think you will be spending even more of your time in the farm office, but there are certain revisions to the standards which are just inclusions of documents that most farms should already have filed away. An example is a new entry in the Documents and Procedures section of the standards, (DP.a.2), which requires all members to have a farm map in place, showing buildings, watercourses and no spread margins. Sound familiar? That’s because it is very similar to the manure risk map all farms within an NVZ are required to keep as part of their cross compliance records.  Similarly, looking at revisions to farming practices, items such as the storage of agrochemicals (AG.a), don’t really ask for farmers to do anything more than what they should be doing to meet cross compliance regulations.

Having said this, we recommend all farm assured members to take some time before their next audit to ensure they are falling in line with all applicable standards as displayed in the October 2017 booklet. All scheme standards booklets can be found on the Red Tractor website at www.redtractor.org.uk, if you haven’t already been sent a hard copy in the post.

If you would like any advice or help to complete your farm assurance records, (including COSHH assessments where applicable), CXCS will be more than happy to help. Visit www.cxcs.co.uk for more information or email info@cxcs.co.uk.
CropTec 2017

Join CXCS this November at The CropTec Show.

Registration is free for all those who pre-register before the event.




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      • ‘Know your field, grow your yield!’
      • Be WaterAware when spraying this autumn
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