The 2025 maize varieties guide combines expert research with practical farming knowledge, offering farmers tailored recommendations for optimal silage production. Backed by Bartholomews Agri Food's qualified agronomy team and integrated haulage services, we support sustainable farming success through evidence-based variety selection.
Maize 2025
Agriculture’s Link within a Sustainable Food Industry
In these pages, you will find a wealth of information, insights, and guidance grounded in the most recent and reputable research, all aimed at empowering you to optimise your 2025maize growing season. Enjoy exploring the collective expertise and support encapsulated in this booklet. empowering you to optimise your 2025 maize growing season. Enjoy exploring the collective expertise and support encapsulated in this booklet. Warm regards Your Trusted Partner in Agronomy, Bartholomew’s Agrifood Warm regards Your Trusted Partner in Agronomy, Bartholomews Agri Food In these pages, you will find a wealth of information, insights, and guidance grounded in the most recent and reputable research, all aimed at
Our commitment to Equitable solutions underscores our dedication to fostering fairness and mutual benefit in all our interactions and services. We believe in creating and nurturing a balanced and just agricultural ecosystem where all stakeholders thrive, reinforcing the intertwined relationships between farmers, crops, and supplier. Moreover, our holistic approach also seamlessly links you with our dedicated haulage services team. They work synergistically to ensure the efficient and timely delivery of see to your farm by handling transportation ourselves we cut down on the cost, savings that we pass on to you . .
Our highly qualified agronomy and seed team support farmers with a harmonious blend of cutting-edge science and hands-on practical experience. The knowledge and expertise they provide are invaluable in guiding you to make informed decisions to boost the productivity of your maize harvest for an optimal silage diet. the latest research and insights to support the discerning choices of the farmers in selecting the optimal maize varieties for their unique agricultural contexts. Welcome to the latest edition of our maize booklet, a comprehensive guide that is the fruit of our relentless pursuit for excellence in agronomy. Our booklet has been enriched with
We prioritise the provision of tailored, evidence-based recommendations, ensuring each farm’s distinct needs and objectives are met with precision and understanding. This booklet will showcase tangible examples of our core values, Perpetuity and Equitable, in action. In our commitment to This booklet will showcase tangible examples of our core values, Perpetuity and Equitable, in action. In our commitment to Perpetuity, we steadfastly work towards ensuring the long-term sustainability and prosperity of your Perpetuity, we steadfastly work towards ensuring the long-term sustainability and prosperity of your farming operations. Our strategies are designed to bolster the resilience and productivity of your maize crops, to achieve the best nutritional results. farming operations. Our strategies are designed to bolster the resilience and productivity of your maize crops, to achieve the best nutritional results.
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BARTHOLOMEWS
Variety Faith
2024 season review After an extremely wet period, growers were concerned about ground conditions for maize planting. The ground dried quickly, but timely rain helped crop germination. Subsequent rain and low sunlight caused nitrogen deficiency in maize crops, leading to yellowing of plants. Harvest was delayed, with some foraging continuing into early November. Despite challenges, yields were generally good. Key learnings include planting maize by mid-May and selecting early-maturing, high-yielding varieties.
In this booklet you’ll find the selection of maize varieties that we will be running with for the 2025 season, along with some information on growing maize, and considerations to be taken into account before selecting a variety.
We are a non-favourable site, at 350ft and limestone brash, so we need an early maize variety. We’ve grown Faith for the first time this year and it’s produced a really impressive crop, with big strong plants, really good cobs and no signs of eye spot. Faith has shown good early maturity and we strated cutting on Friday 22nd September.
We feel that we have a variety to suit each and every customer’s site and growing conditions, as well as end uses.
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Things to consider with drought becoming more common: Increased organic matter in soils to increase moisture holding capacity.
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Reduced drilling rates to allow plant rooting systems more space.
Drilling to conditions, not to date.
Anthony Butler Crutchley Farms (2023)
BARTHOLOMEWS
Drilling Tips and Considerations
Soil Depth
In addition to variety selection, being successful in growing maize is also dependent on following good agronomy and management practices. Optimal soil conditions at drilling are required to ensure good germination and plant establishment. Modern maize hybrids have a high degree of cold tolerance but should not be drilled before soils have reached an even temperature of 8°C for light soils, 10°C for heavy soils for 3-4 days, usually around mid-April to May.
Maize Agronomy
Altitude
To support its bulk and height, a maize plant requires a very extensive root system. Ideally, crops should be grown where there is a good depth of topsoil. Where the soil is shallower root development may be impaired and produce stunted crops, with resultant lower yields. Crop maturity can also be delayed. The same effects can occur where soil is compacted. Seed should be sown on to a firm base at 3-6cm depth. Use deeper sowing for lighter, drier soils and shallower sowing for heavy soils. Despite this, drilling into moisture is more important than depth.
Herbicides Pre-emergence
Avoid high altitude sites which are often colder. As a rule, growers should consider 600 feet above sea level to be very marginal and have a shorter growing season. However, individual fields above 600 feet with lighter, drier soil types that will warm up quickly in spring can be considered.
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Broad leaved weeds and grass weeds – PDM (Anthem or Wing P)
Post-emergence (before buttress roots develop)
Broad leaved weeds – mesotrione (Osorno 480/Raikir), pyridate (Diva) or dicamba mixtures (Kingsley).
Aspect
Ideally any fields selected for maize production should face south and be sheltered from wind. Avoid fields which are very exposed, or have heavy, poorly drained soils, and any locations which are known to suffer from frost. An established crop at 2-6 leaf stage can be set back 2-3 weeks by a late May frost. Avoid steep sloping fields to reduce the risk of nitrate leaching and soil erosion.
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Thistles – clopyralid (Shield Pro)
Docks and volunteer potatoes – fluroxypyr (Hurler/Minstrel)
Weed Control
Grass weeds – nicosulfuron (Fornet 6OD)
Maize can suffer considerably from weed competition during the early growth stages. Ideally, a clean, weed free site should be chosen. A weed control programme applying either pre-emergence and/or post emergence herbicides can be followed.
Fungicides
Eyespot – azoxystrobin (Tazer)
BARTHOLOMEWS
Soil Analysis
that a starter fertiliser is placed close to the seed, even when the bulk of the soil is adequately supplied with nutrients. If you are looking at fields that traditionally suffer from run-off or are prone to erosion, then consider a slightly earlier maize variety (modern genetics often mean that you won’t lose yield and often gain some quality) and look to place a cover crop in to help scavenge nutrients and stabilise surface soils. This in turn can be used as a green manure, used for grazing or potentially harvested before the following crop. Maize is a prime opportunity on which to use manure in the spring when there are limited opportunities for spreading on grassland. Be careful that applications DO NOT EXCEED 250 kg/Ha of Total Nitrogen to conform to the NVZ guidelines, The Farmers Rules for Water & all the relevant Codes of Good Agricultural Practice.
As maize is a valuable crop with a high demand for nutrients it is important to know the soil pH and available nutrient levels in order to apply the necessary lime and fertiliser to ensure good crops. Maize needs a pH of 5.8-7.0, but the optimal pH is 6.8. The field should be limed if the pH is 6.0 or lower.
Soil Nutrient Requirements
To produce a good crop, maize plants need to grow very rapidly once they have germinated. They will do this providing the soil moisture and structure are good, the soil temperature is warm, and nutrition is adequate. Maize can easily produce 50 t/Ha of fresh weight in a period of four months. to support this rapid growth, it has a large demand for nutrients and any shortage will restrict early growth and final yield. Although established crops have a well-developed root system, root growth is slow in the early days of the crop, especially if the weather is cold. Poor root growth means decreased uptake of nutrients, and this can be a vicious circle as poor uptake of N and P can restrict root growth for this reason, it is advised
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Maize Yield 40t/Ha N P
Option 2
Fertiliser Requirement for Forage Maize
K MgO SO3
20t/ha of Organic Manure Start Fertiliser
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2
2-
2
-
SNS Index Kg/Ha Nutrient
100 55 175 20 60-70
Kg/Ha Of Product
Kg/N/ Ha
Kg/P/ Ha
Kg/K/ Ha
Kg/MgO/ Ha
Kg/SO3/ Ha
Timings
Product
As maize is a valuable crop with a high demand for nutrients it is important to know the soil pH and available nutrient levels in order to apply the necessary lime and fertiliser to ensure good crops. When the maize field has been chosen a soil sample should be taken for analysis unless the field has been tested within the last 3-5 years. Bartholomews provide a complete soil analysis package which allows a tailored approach to nutrient management.
18,000 11
34 169 32
4
Ploughed in
Phosphate D 12.5-32-4 +2MgO+5CaO+14.5SO3 Blend
160
20
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0
23
Precision Drill
Top Dress before 3 Leaf Stage
288
69
0
0
0
40
DS+ 24N - 14SO3
Total Kg/ Nutrient/ Ha
100
85
175
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Low Yield 11t DM/Ha High Yield 14t DM/Ha
Main Fertiliser We can make besoke blends to fit your requirements, to be applied in the seedbed and worked in just prior to drilling. Alternatively, it can be applied after drilling depending on practicalities and preference. Final Fertiliser To be applied, if needed, as a top dressing after weed control & NO later than 3 Leaf Stage. Urea 46% Plus Protected by Limus® 34.5N + 3K + 1.5MgO + 4.5CaO + 12SO3 Season Long Blend DS+ 24N + 14SO3 Compound BASF’s nitrogen stabiliser improves the Nitrogen Use Efficiency of slurry and liquid biogas digestate waste, reducing nitrous oxide emissions by 50%. On average, Vizura can increase maize yields by 7%, with starch yields increasing by 12%.
To be applied where possible, down the spout and placed near the seed in order to get the maize off to the best start. Phosphate D 12.5-32-4+2MgO+5CaO+14.5SO3 Blend
Field Yield
40t/Ha (16t/Ac)
50t/Ha (20t/Ac)
Nitrogen
100 Kg/Ha
125 Kg/Ha
Phosphorus
55 Kg/Ha
70 Kg/Ha
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Potash
175 Kg/Ha
220 Kg/Ha
DAP 18N-46P
Index: -SNS1, P2 & K2
TSP 46P
Option 1
Remember to follow Cross Compliance Guidelines and Farming Rules for Water. When planning nutrient applications for maize, consider all factors. Conduct one or two tissue analyses of the growing crop to ensure nutrient balance and address deficiencies for optimal quality and yield.
Maize Yield 40t/Ha N P
K MgO SO3
No Organic Manure
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SNS Index Kg/Ha Nutrient
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2-
2
1
100 55 175 20 60-70
Kg/Ha of Product
Kg/N/ Ha
Kg/P/ Ha
Kg/K/ Ha
Kg/MgO/ Ha
Kg/SO3/ Ha
Timings
Product
22.5 57.5
0
0
0
DAP 18N-46P
125
Precision Drill
Bespoke Blend 13-0-30+5.5MgO+11SO3
77.5 0
179 33
66
596
Top Dress before 3 Leaf Stage
Total Kg/ Nutrient/Ha
179 33
57.5
100
66
BARTHOLOMEWS
Remember: this is only a guide and requirements & nutrient value may differ depending on specific situations.
Step 3 - Choose your main fertiliser
Dependent on organic manure usage.
Example: Planning on applying 18m3/Ha of FYM in late spring and incorporating within 24 hours giving.
N P
K MgO SO 3
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N, P, K requirements derived from the RB209 (Fertiliser Manual) and the MgO & SO3 requirements adapted from industry recommendations in PDA booklet (Potash Development Association).
Step 4 - Choose your final fertiliser
Example: Looking at final requirements, a top up dressing of nitrogen should be applied no later than 3 leaf stage after weed control. DS+ 24N - 14SO3 applied @ 288Kg/Ha will supply the reaming.
N P
K MgO SO 3
40
0
0
69
0
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Step 5 - Actual nutrients applied
Step 1 - Decide on your yield potential
Example: (SNS1, P1, K2-, Mg2) Working on an everage of 40 t/Ha the maize crop requires.
N P
K MgO SO 3
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100 85 175 35
N P
K MgO SO 3
30
100 85 175 30
Following this process carefully will ensure you get the most out of your maize crop and adhere to the legislation regarding organic manures and nitrogen applications.
Step 2 - Choose your starter fertiliser
The illustration charts are for guideance only and all compliance with current legislation is the responsibility of the farmer/grower.
Example: Phosphate D 12.5N-32P-4K+MgO+5CaO_14.5SO3 Blend down the spout @ 160Kg/Ha will apply.
N P
K MgO SO 3
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BARTHOLOMEWS
2024 Trial Work
We evaluated a diverse range of maize varieties, planting eight-row blocks at a standard rate of 42,000 seeds per acre. Additionally, we conducted a crop protection trial examining pre and post-emergence weed control using both established and new products. The comprehensive data from these trials will be available on our website. Interested parties can scan the provided QR code for more details, and we invite you to explore our ongoing trials across southern England in wheat, barley, and grass.
This year, we conducted an extensive maize trial at our Merston headquarters, spanning 2.2 hectares and exploring tillage methods, fertiliser technology, and variety performance. The trial began with minimal tillage after an over winter cover crop, which improved soil structure and drainage. We prepared the seedbed by light lifting and power harrowing, and planted into good conditions on 4th June. Our fertiliser application included Phosphate D applied directly at drilling to support early crop development, complemented by MOP for potash and Impact Zero DS+ to manage nitrogen levels. Innovatively, we used drone technology to apply biological nitrogen sources at tasselling, which preliminary results suggest significantly boosted crop performance.
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Fertiliser Application
Pre and Post Emergence
Post Emergence
Product
Product
Rate Ha
Rate Ha
Trt No Product
Application Type
Rate Kg/Ha
Nutrients Applied - Kgs/Ha N P K MgOCaO SO 3 19 48 6 3 8 22 58 119 48 186 3 8 80 - - - - - - - - - 180 100
Product
0.750 lit
6 7 8 9
Diva Kingsley
- 0.750 lit 0.750 lit 0.750 lit 1.000 lit
Fornet
0.750 lit
Temsa
Phosphate D 12.5-32-4+2Mg O+5CaO+14.5SO3 MOP 60% DS+ 24N-14S
Down the spout Top Dress Top Dress
150 300 417 Total
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0.250 kg 0.250 kg 0.135 kg 0.135 kg 0.480 kg 0.480 kg 0.020 kg 1.000 lit 4.000 lit 4.000 lit 0.400 kg
Barracuda Codacide Raikiri Codacide
Kingsley
- - - - - - - - -
- - - - - - - - -
Dragster Dragster
10 11 12 13 14 15 16 17
P Forte
1.000 lit
P Forte
Raikiri
0.750 lit
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Pre Emergence
Titus Leystar Wing P Wing P
1.000 lit
Codacide -
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Rate Ha
Trt No Product
0.750 lit
Diva
1 2 3 4 5 Untreated Wing P Eximus Dual Gold Raikiri
4.000 3.000 0.700 0.750 -
lit lit lit lit -
Oceal
0.500 lit
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Casper
BARTHOLOMEWS
Joy 150
160
160
165
170
170
FAO
Skipper
Augustus
Faith
Foxtrot
P7179
Variety
Breeder
DSV
LG KWS
Grainseed
LG Pioneer
170
170
180
180
180
180
Variety FAO Breeder Variety FAO Breeder
Autens
Debalto Pinnacle
Yukon P7381
P7034
KWS
KWS
LG LG Pioneer Pioneer
180
190
210
220
220
P7326 Bonnie Aroldo LG31.160 Movanna
Pioneer Grainseed
DSV
LG DSV
38.5
Augustus
38.0
37.5
Maize Varieties
37.0
36.5
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Joy
Pinnacle
36.0
Skipper
35.5
Foxtrot
35.0
Bonnie
Yukon (2021)
34.5
Faith
Autens Debalto
34.0
33.0 33.5
Movanna ( 2021)
16.5 17.0
18.0
17.5
18.5
19.0 19.5 20.0
DM Yield (t/ha)
BARTHOLOMEWS
Limagrain
Skipper
Yukon
FAO 160
FAO 180
- New to the 2024 RL with the highest starch yield of any variety - Big step forward in breeding - Very early with exceptional ME - Outstanding for both favourable and less favourable areas - Good CWD - Very good early vigour, standing power and leaf senescence.
- Early maturing stable crop. - Stands well and has excellent potential for grain and crimped maize production. - Superb early cob maturity with high starch to produce high quality silage. - High dry mater yields - Proven performance over several years. First listed 2012. LG31.160
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Foxtrot
FAO 170
FAO 220
- Highly digestible variety with good starch content. - Good early vigour and is outstanding under plastic.
- New grain maize variety, replacement for Yukon and LG30.179. - Late as silage maize (FAO220), but the earliest variety for grain. - Same cob maturity as Yukon but potential for an extra 1t/ha grain yield
Pinnacle
FAO 180
- Good early vigour for rapid season growth. - Early maturing and suitable for all maize growing sites. - One of the top varieties available for ealy segment starch. - High starch combined with digestibility to produce quality silage. - Agronomically very sound.
BARTHOLOMEWS
Grainseed Ltd
Faith
FAO 165
- A combination of yield and earliness, ideal for growers where they’re cutting 1st cut grass and drilling mid-May onwards or who want an early harvest in September to drill behind the maize crop. - Very good ME and starch, will produce energy dense silage that will produce a lot of milk. - Suited for all soil types. - Can be harvested for grain if required and its early grain maturity enables combining at the end of October instead of in November.
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Bonnie
FAO 190
- Superb cell wall digestibility coupled with excellent ME. - Excellent early season growth. - Combination of plant and cob yield to provide quality silage. - Suited for grain production as well as forage.
BARTHOLOMEWS
DSV
Joy
FAO 150
- Strong flint genetic, these hybrids are really fast in vegetation, flowering and cob filling. - They have a very high content of starch - Very good tolerance to cold weather conditions at juvenile stage. - Wide leaves for high forage quality.
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Aroldo
FAO 210
- Currently in the National Listing process. - It was one of the highest-yielding varieties in NL trials with a very large cob. - Quick to mature and excellent early growth - A big plant but has good stem stability and lodging resistance.
Movanna
FAO 220
- This vigorous, mid-harvest performer has a very robust agronomic package with excellent standing power and resistance to fusarium and eyespot, all of which means a healthy plant, even if harvest is delayed. - High starch yields. - Good cold tolerance.
BARTHOLOMEWS
Corteva
P7034
P7179
FAO 170
FAO 180
- An extra early maturing hybrid that delivers a very high starch content and has high dry matter yield for its maturity. - It has a flint dent starch texture. - High average dry matter content over 20 favourable locations.
- Dent grain texture variety with fast rumen starch degradability. - Very High whole plant digestibility and very high starch content - Early flowering - Aim to ensile last and feed out first.
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P7326
P7381
FAO 180
FAO 180
- Very early maturing flint/dent hybrid, high yielding and very adaptable to dry and wet conditions. - Good early vigour, standing power and eyespot resistance. - High starch content and high dry matter content - Very fast stover dry down.
- Proven suitability to colder sites and later sowing. - Tall stature for its early maturity class. - Very good early vigour. - High starch with good whole plant digestibility.
BARTHOLOMEWS
KWS
Debalto
Augustus
FAO 160
FAO 170
- Leading DM yield in its segment across all marginal sites. - Rapid early vigour get crop established quickly on more challenging sites. - Excellent starch. - Great ME content to boost animal performance.
- Strong yield performance across all sites. - High grain: stover ratio provides for an energy dense silage - Ideal for moderate to high TMR dairy or beef finishing rations. - Multi-use variety for forage and biogas - spreads harvest window. - Excellent vigour for all soil types.
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Autens
FAO 170
- Stable yield performance. - Faster dry down with great standing power. - Outstanding early vigour on all soil types. - High starch content. - Excellent energy content. - Provides an excellent early harvest option on lighter land.
BARTHOLOMEWS
Under Sowing
Optimisation of ground for production of extra forage, whilst retaining nutrients, boosting soil organic matter and reducing soil erosion over winter.
Under sow at 4-8 leaf stage – timing will depend on weed burden. Drill rather than broadcast to increase success of establishment.
•Follow maize with a winter cereal.
•Forage rye
- Very hardy, capable with withstanding severe frost. - Ideal for grazing or conservation - Quick to establish. - High yields for grazing or conservation
Key Benefits
Reduces bare soil – reducing risk of run off and erosion. Holds the soil together during harvest, allowing better travel, less risk of compaction.
•IRG
Can produce an additional forage crop overwinter/early spring.
•Westerwolds
Creates cover if a late harvest is required or risk of not getting a crop in afterwards. Adds diverse root structuring and can provide organic matter if incorporated.
- Similar characteristics to IRG - Good at reducing nitrogen leaching over winter.
Options after Maize
•Cover crop
- Choices can be limited by cooler soil temperatures. - Winter hardy species should be chosen.
Water holding capacity increased.
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The key rule for undersown maize is the same as that for any cover crop. The performance of the main crop should not be compromised in any way by the undersown crop. Sowing too early will cause competition with the maize and issues with herbicides – MGA, 2022
•Stubble turnips/forage rape
- Latest sowing up to mid-September
If a crop post-harvest is unlikely due to harvest date, and likely conditions, an undersown crop could be a good option. SFI 2024 – SOH4 After harvesting maize, establish a non-cash winter cover crop either by planting a quick-growing variety post-harvest or maintaining an earlier undersown crop. Light grazing is permitted, provided the cover crop remains well-established during winter.
BARTHOLOMEWS
Game Maize
We can also offer game maize!
Bartholomews Trigger Blend
Will achieve a spread of maturity cob ripeness and supply a valuable source of feed.
Tried and tested mix.
Combines early, intermediate & late varieties.
All varieties are selected for good early vigour and standing power.
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50,000 seed packs.
BARTHOLOMEWS
Vizura ® Enhancing the value of your slurry and digestate
Slurry and digestate nitrogen losses
Introducing Vizura ®
Market Leading in Cropping Interventions It All Starts with the Soil...
Significant amounts of nitrogen are lost during and after the spreading of slurry and digestate. The nitrogen can be lost to the atmosphere as ammonia and nitrous oxide, or through nitrate leaching. Losses are dependent on environmental conditions post application, such as soil moisture content, rainfall and temperature.
Vizura® is a nitrification inhibitor for use with slurry and digestate. Vizura® keeps nitrogen in the ammonium form for longer, reducing losses and optimising plant nutrition.
Improves nitrogen use efficiency Increases yield Reduces nitrogen losses
How Vizura ® works
Vizura ® reduces nitrous oxide emissions
Slurry containing Vizura ®
Nitrosomonas bacteria
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Nitrobacter
Ammonium
Nitrite
Nitrate
Our highly qualified agronomy team offers a blend of science and practical experience, ensuring that your farm benefits from maximising the performance of your farm.
Vizura ® inhibits the activity of the Nitrosomonas bacteria, thereby stablising the ammonium
The slurry introduces ammonium into the soil
Vizura ® reduces nitrate leaching
Vizura ® slows down the conversion of ammonium to nitrite by inhibiting the action of the Nitrosomonas bacteria. Vizura ® reduces both nitrate leaching and nitrous oxide emissions and offers nutritional benefits to the crop.
Nitrosomonas bacteria convert the ammonium from slurry and digestate into nitrite. Nitrobacter convert the nitrite into nitrate, which can then be lost through nitrate into leaching, or to the atmosphere as nitrous oxide emissions.
Free customised fertiliser recommendations, soil testing & interpretation Full agronomic services of all crops you grow SFI and other environmental support
Dose rate
Application
Spring dose rate: 2.0 l/ha Autumn dose rate: 3.0 l/ha
Add into the main slurry filling line or into the suction hose For optimum performance, it is important that Vizura ® is evenly distributed throughout the slurry or digestate.
For more information, visit agricentre.basf.co.uk/vizura Vizura contains DMPP. Vizura is a registered Trade Mark of BASF.
CHURCHILLS
Our own haulage service means no more third party logistics. Get your seed delivered right where you need to, without fuss.
Contact
Follow us @bartsagri
Get in touch with our team of experts.
T: 01243 755 620 E: seed@bartholomews.co.uk
@bartholomewsagrifoodltd
Visit our website at www.bartholomews.co.uk
Chichester Food Park Merston, PO20 1BF 01243 784 171
Unit E, Cadbury Business Park West Sparkford, Yeovil, BA22 7LH 01243 755 665
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