The Productive Landscape: NatureTech for Profit and Planet
How can technology enable delivery of food, nature recovery, and climate resilience - all at once? The Head of the Environment Agency is asked: what's the national plan for dealing with land use pressures, plus you’ll hear from technologists and land managers working on nature-based and tech-enabled solutions for water, soils and climate adaptation.

Agronomy Club – May 2025 Crop Rotations & Nitrogen Planning

Member News
The views expressed in this Member News article are the author's own and do not necessarily represent those of Agri-TechE.

Ceres Research delivered their first Agronomy Club webinar, focused on weather impacts, nitrogen and rotations. These webinars are designed to help aid your decisions and plan for upcoming agronomy, powered by the latest scientific data.

The webinar slides can be viewed below along with an overarching summary of the discussions.

Click here to view the webinar slide deck.

Weather Conditions and Impact on Crops: Danni provided an update on current weather conditions, highlighting the increase in temperatures and decrease in rainfall compared to previous years. She explained the impact of these changes on crop growth and yield, noting that global wheat production is estimated to fall by 6% for each degree of temperature increase. Danni also discussed the East Atlantic and Western Russia surface air pressure pattern and its effect on storm tracks and moisture content across Europe which may be one of the causes behind the dry spring this year. 

Yield Expectations and Grain Quality: Alex discussed yield expectations for various crops, focusing on winter wheat. He explained the inverse relationship between crop yield and grain protein content, known as the dilution effect. Alex presented data showing that linking yield and grain quality is complex and emphasised the need for monitoring and data recording at the farm level to tailor crop management decisions. 

Nitrogen Applications and Crop Health: Jock provided insights into nitrogen applications and their impact on crop health. He explained that most crops have received the intended amount of nitrogen, which is now waiting for rainfall to be absorbed. Jock discussed the importance of monitoring nitrogen levels and the potential benefits of foliar urea applications for milling wheat. He also highlighted the need to protect crops from rust and septoria infections. 

New Season Nitrogen Prices: Jock shared information on new season nitrogen prices, anticipating that market prices would be released next week, likely around £315-£325. He mentioned the competitiveness of Granular Urea and liquid fertilizer prices compared to ammonium nitrate. Jock suggested that farmers might secure some nitrogen at these prices and worry about payment terms later. 

Crop Rotation and Break Crops: Jock discussed crop rotation options, emphasising the importance of selecting break crops that offer good yield potential and reduced risk. He highlighted the benefits of growing HEAR rape for its premium price and potential to de-risk cabbage stem flea beetle pressure. Jock also mentioned the upcoming trials days and the need to replace septoria-susceptible varieties with more robust options. 

Open Discussion and Q&A: Tim facilitated the open discussion session, inviting participants to ask questions and share their experiences. Various questions were raised about T3 fungicides, septoria infections, nitrogen applications, and biostimulants. Jock provided detailed answers and insights, emphasising the importance of protecting crops and making informed decisions based on weather conditions and crop health.

  • Fungicides: Thoughts on T3 fungicides for milling wheat? Jock explained that the decision depends on the effectiveness of T2 applications and the weather forecast. He emphasised the importance of protecting crops from rust and septoria infections. 
  • Septoria Infections: What is the likelihood of septoria infections after rain? Jock explained that septoria is likely to start from the bottom of the crop and move up, depending on the duration of wet conditions. He emphasised the importance of timely fungicide applications. 
  • Nitrogen Applications: Is there a cutoff for applying the last 50 kg of nitrogen in feed wheat? Jock explained that the decision depends on the amount of nitrogen already applied and the likelihood of rainfall. He suggested that late applications may not provide a significant yield response. 
  • Biostimulants: What biostimulants, if any, may provide relief to drought stress? Danni explained that biostimulants are very site specific (including crop type and variety, soil type, growth stage, type of application etc) and so whilst certain products including amino acids for example can manipulate crop response to drought stress, more evidence is needed for individual farming types to show more concrete evidence to support their use. 
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The Strawberry Patent Battle: Seeds, Speculation, and Jurisdiction

Member News
The views expressed in this Member News article are the author's own and do not necessarily represent those of Agri-TechE.

“This case, relating to infringement of a US plant patent, deals with the evidentiary burden required to show infringement of a plant patent in the US, as well as highlighting the problems associated with asserting IP rights in relation to breeding programs conducted across different jurisdictions.

A US plant patent provides protection for asexually produced plants (apart from tuber propagated plants and uncultivated plants).  A plant patent owner has the right to exclude third parties from “asexually reproducing the plant, and from using, offering for sale, or selling the plant so reproduced, or any of its parts, throughout the United States, or from importing the plant so reproduced, or any parts thereof, into the United States.”  Notably, in contrast to plant variety rights, a plant patent does not provide protection against unauthorised export of the protected plant.

The case relates to the breeding of strawberries, with the patentee (Driscoll) in 2019 alleging that California Berry Cultivars (CBC) had infringed three of their US plant patents, firstly by cross-breeding the patented varieties in Spain, and then secondly by importing seed derived from the cross-breeding program into the US.

In strawberries, the male plant provides the pollen, and the female plant produces the fruit and seeds.  However, most strawberry flowers include both male and female reproductive parts, and so in a cross-breeding event, any single variety could be used as either the male or the female parent.

Driscoll’s allegation relating to infringement as a result of unauthorised importation of seed was based on the argument that their patented plants were used as female plants for crossbreeding, and therefore the seeds imported in the US were a “part” of a patented plant.  To support this allegation, they needed to provide evidence as to which variety was used as the female in each cross.  However, the CBC’s breeding plans did not specify which variety was used as the female in each cross, and there was no evidence of how each cross was performed.  The Judge found that Driscoll relied on “guesswork and speculation” regarding the parents in the cross-breeding, and had failed to meet its evidentiary burden in showing that the seed was indeed a ‘part’ of one of their protected varieties.  The Judge remarked that “the mere existence of progeny of a patented plant does not support an inference that that Defendants imported and used seeds that were grown on a Patented Plant, as opposed to the other variety in any given cross”. 

The Judge further dismissed the allegation of infringement based on cross-breeding because this activity was performed in Spain and therefore outside of the jurisdiction of Driscoll’s US plant patents.

Breeding programs often take place across multiple jurisdictions, and the protection afforded can differ between patents, plant patents, and plant variety rights.  This case again highlights the complexities in adequately protecting innovation in this sector, the challenges in obtaining evidence relating to third-party activities, and protecting the rights of breeders.

This article was written by Partner & Patent Attorney Punita Shah, and Trainee Patent Attorney Delphine Lauté-Caly.

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From policy to plates: rethinking the National Food Strategy

Member News
The views expressed in this Member News article are the author's own and do not necessarily represent those of Agri-TechE.

In December 2024, five months after taking office for the first time in 14 years, the Labour government announced that it would develop a new national food strategy in 2025. Led by the Department for Food, Environment and Rural Affairs (Defa), the new strategy will be underpinned by four key areas for improvement: food security, health, environment, and the economy.

The government is keen to hear from a range of interested individuals, businesses, and industry professionals. Defra has even commissioned a new citizen’s advisory council to test public support for potential measures such as mandatory health reporting and policies to reduce meat consumption – all of which are likely to shape the contents of the new strategy.

A food strategy is not a new area of government policymaking. In fact, this strategy comes only four years after the last strategy, led by Henry Dimbleby, which shed bleak light on pervasive regional inequalities that restrict access to healthy food. Dimbleby’s efforts were subsequently shelved by the then government when the impact of the pandemic threatened chaos for UK supply chains.

It is therefore no surprise that health outcomes and broadening access to healthy food dominates the political discourse around this food strategy too. Several policy interventions have been made ahead of its publication, particularly aimed at reducing childhood obesity. For example, widely anticipated advertising restrictions have been announced, and the government has published a consultation on its plans to expand the scope and threshold of the soft drinks levy.  Improving public health and tackling obesity have clearly shot up the political agenda and joining this up with food and farming policy is the key to successfully achieving these policy aims. Aligning with the government’s thinking on this will be crucial for food producers to thrive.

Although the exact shape and scale of the national food strategy is yet to be revealed, it is clear that the government will take a more interventionist approach than its predecessors to improving the nation’s diet.

If you’d like to discuss this in more detail, including how GK Strategy can support you with government relations and communication, please contact Lauren Atkins.

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Autonomous drone spraying poised to become a reality

Meet the Network
Agri-TechE

Pioneering work by SEAD Artists could be about to unblock the bottlenecks impeding the use of drones in agriculture, allowing beyond visual line of sight flight, the aerial application of key crop protection products and seed sowing for reforestation projects.

SEAD Artists is a consortium of like-minded drone experts supporting agricultural innovation using new technology and drones. The current participants are Autospray Systems, Skypointe, the University of Liverpool and DronePrep, and they are open to new members. SEAD Artists has collaborated on several projects utilising drones in specific settings, including Paludiculture and forestry.

Their work is now set to overcome the regulatory hurdles that have hampered drone use and adoption in the industry.

SEAD Artists do not believe the regulation is necessarily the issue; it is the focus on building the evidence to demonstrate safe use. “It is the willpower to put your mind to it to make those applications, and that’s what we are spearheading,” says Andy Sproson, COO of Autospray Systems.

“We’re the only people who have started to find solutions that satisfy the regulator,”.

“It’s the same with agricultural drone spraying. Yes, you can’t apply a product unless the application method is on the label, but there are processes in place.”

Aleks Kowalski, CEO of Skypointe, believes there are three main areas beyond visual line of sight (BVLOS) drone operations need to address. Put simply, these revolve around where the operator is, where everybody else is, and what the risk to people on the ground is.

“The only way people have been able to fly drones so far has been using visual line of sight (VLOS). Usually, this means you are restricted to flying the drone no more than a range of 500 metres from where you take off.

“This is very limiting if you want to fly over thousands of hectares.”

Now, BVLOS has become a reality. It involves categorising low altitude, below 15 metres in their case, as an atypical air environment with an improbable likelihood of a collision with a crewed aircraft. The CAA announced a policy concept for this late last year, says Aleks.

“We’ve taken this policy concept and made a safety argument to the regulator that the type of spraying Andy does fits within that airspace at low altitude,” he adds.

This means that, presently, Autospray Systems is the only operator that can fly BVLOS without any trials or restrictions on the type of activity. Aleks believes they have unlocked BVLOS and are the first to do so in the UK.

To go with their new BVLOS capability, Andy has been working towards regulatory approval for drone spraying of key plant protection products.

“We’ve had to create drift data to quantify how far it goes if you spray it with a drone. Our drift is down to 15 metres, which is equivalent to a horizontal boom sprayer.”

They already have trial permits for some products. Slug pellets were announced last year, which could be a game-changer for farmers struggling through a wet autumn.

“We also have a biological insecticide called Dipel, which we’ve used to treat box caterpillars and oak processionary moths in oak trees. Other products are coming down the line. We have 13-15 at the end of the application process with the HSE (Health and Safety Executive).”

Andy adds that this includes an application for glyphosate products, which would put drone spraying on many farmers’ radar. “We are hopeful that we will have our glyphosate active substance-based product approval very shortly.

“This season, our operators will be in the field applying these products on a trial basis, but with the benefit that we will be controlling the pest or weed while they gather data to support further commercial approvals.”

 

What could BVLOS and a glyphosate approval mean for farmers this season?

Ask any farmer tackling black grass on their farm, and they will say June is the month when the success or failure of their weed control strategy becomes apparent. For the worst fields, they must also decide whether to take it to harvest or spray it off and stop the seed return for future crops.

Many farmers will also spot spray patches of black grass in a field. With BVLOS and aerial application approval, this is where drones now offer a speedy and cost-effective solution.

“I was speaking to a farmer who spent nine hours driving 28 kilometres through their crops’ tramlines in their sprayer to treat under a hectare of blackgrass dotted through the wheat crop.

“We’d have done that in 20 minutes,” says Andy.


SEAD Artists are speaking at an Agri-TechE online event “Unlocking the potential of drones” on July 14th.

UK-US Trade Framework: A New Chapter for British Agriculture?

Member News
The views expressed in this Member News article are the author's own and do not necessarily represent those of Agri-TechE.

The recently announced UK-US trade framework brings a mix of opportunity and caution for British agriculture. While not a full free trade agreement, the framework marks progress after the turbulence of increased US tariffs earlier this year. For UK farmers, particularly beef producers, it opens a potentially valuable door.

British beef farmers will gain access to the US market, which has previously been limited to just a few nations, such as Australia. With the US being the world’s largest consumer market, this could help UK producers scale up and diversify exports. The deal allows for a reciprocal tariff-free beef quota of 13,000 tonnes, starting at 10,000 tonnes, and increasing annually by 1,000 tonnes to that cap. Though modest compared to the UK’s existing Australian beef quota (which begins at 35,000 tonnes and rises to 110,000 tonnes), this move is symbolically important and commercially promising. Moreover, British standards on food safety and animal welfare remain non-negotiable. Hormone-treated beef and chlorinated chicken will continue to be banned, and all imports must continue to meet the UK’s high sanitary and phytosanitary (SPS) standards.

However, the framework does not come without its challenges, with the NFU expressing concern around the removal of UK tariffs on US bioethanol imports, particularly around the potential downward pressure on wheat prices used in domestic ethanol production.

What Happens Next?

Formal negotiations will now begin to convert the framework into a binding legal agreement. These talks will aim to tackle non-tariff barriers, secure mutual recognition of standards for goods, and ensure commitments on labour practices, digital trade, and economic security. The finer details of the framework are being finalised now, after a meeting with the US Agriculture Secretary earlier this week. This framework could shape the future of agricultural trade which is evolving rapidly.

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Paul-Tech’s Soil Station Displays Real-Time Nitrate Nitrogen Availability

Member News
The views expressed in this Member News article are the author's own and do not necessarily represent those of Agri-TechE.

The precision agriculture company Paul-Tech has introduced a groundbreaking innovation that is set to transform the farming sector. As of May this year, farmers can now see the amount of nitrogen available in the soil in real time, measured per hectare. No other company in the world has yet managed to offer this type of data through a reliable and proven solution.

This advancement is a direct result of feedback from Paul-Tech’s clients, who have frequently requested more precise information on nutrients—ideally shown in kg/ha. These requests encouraged the Paul-Tech team to continue researching how nutrients behave and move within the soil. As a result of this research, Paul-Tech’s Head of Science and Co-Founder, Tiit Plakk, concluded that it is indeed possible to determine the amount of nitrogen directly available to plants—accounting for both fertilizer input and naturally occurring nitrogen in the soil—based on the data collected by Paul-Tech.

According to Paul-Tech’s CEO, Mikk Plakk, this result is globally unique. “Various sensor technologies have been tested in the past to measure nitrate nitrogen in situ, ranging from multispectral cameras (NIR technologies) to ion-selective electrodes. However, none of these solutions have proven reliable in real agricultural soils—they require frequent recalibration or only function within a very narrow moisture range,” explained Plakk.

Paul-Tech has now integrated this nitrate availability data (NO₃) into its graph view. The NO₃-N graph is a powerful tool to help farmers decide whether fertilisation is needed at all, and if so, when. The graph is based on the differing behaviour of anions and cations in the soil solution and reflects both the NO₃-N added through fertilisation and that formed naturally in the soil.

Eve Plakk, Paul-Tech’s Product Manager and Co-Founder, noted that this feature has been in demand since the company’s early days. “One of the most frequently asked questions from our clients has been whether it’s possible to see nitrogen quantities in kilograms per hectare. We’ve now reached a point in product development where we can show this—and not just total nitrogen, but the portion that is actually accessible to plants,” said Plakk. “This has generated great excitement among both current and potential customers. It’s a major step toward ensuring every fertilisation decision is informed and justified.”

About Paul-Tech

Paul-Tech is a science-driven agricultural platform that empowers farmers to make better daily decisions using real-time soil data. The company’s soil sensors are built on generations of research and are designed to measure fertiliser efficiency and monitor various soil processes. Founded in 2019, Paul-Tech operates in Estonia, Finland, and Sweden. In 2024, the company expanded to the United Kingdom and Lithuania.

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Enhancing Nitrogen Efficiency and Sustainability with Nutrisphere

Member News
The views expressed in this Member News article are the author's own and do not necessarily represent those of Agri-TechE.

As agriculture’s demands continue to grow, so too does the need for more sustainable and efficient nutrient management. Nutrisphere, an innovative nitrogen stabiliser from Verdesian Life Sciences, is leading the way by helping farmers maximise fertiliser efficiency while minimising environmental impacts. 

Nutrisphere is designed to tackle the three major pathways of nitrogen loss — volatilisation, denitrification, and leaching — ensuring more nitrogen stays in the soil to support healthy, productive crops. 

Addressing Nitrogen Loss at Every Stage

Nitrogen loss not only undermines crop yields but also affects air and water quality. Nutrisphere uses a unique combination of technologies, including metal ion sequestration and microzone pH control, to retain nitrogen within the soil profile for longer, reducing the environmental footprint of fertiliser use. 

Independent research has validated Nutrisphere’s performance across multiple trials: 

Volatilisation Control:

A laboratory trial conducted at University College Dublin showed that Nutrisphere cut ammonia emissions by 86% over 20 days. This was further confirmed by a real-world field trial with ADAS at Gleadthorpe, which reported a 78% reduction in ammonia loss compared to untreated urea.

Denitrification Mitigation:

In a cotton field trial by California State University, Fresno, Nutrisphere reduced nitrous oxide emissions by more than 50%. By limiting microbial denitrification, Nutrisphere helps to reduce greenhouse gas outputs while preserving available soil nitrogen for crop uptake.  

Leaching Reduction:
Leaching trials at the John Innes Centre demonstrated that nitrate concentrations in the deeper soil layers were up to 75% lower when Nutrisphere was used. A field study by Niab at Salle Farms also showed a 14% average reduction in tile drain nitrate concentrations throughout the spring season.  

Supporting Productivity and Environmental Stewardship

Nutrisphere not only boosts fertiliser effectiveness but also plays an important role in environmental compliance by helping to meet regulations around nitrogen emissions and water quality protection.  

With fertiliser prices remaining high and sustainability becoming an ever-greater priority, Nutrisphere provides farmers with a proven way to maximise returns on fertiliser investments while protecting vital natural resources.  

Validated by Leading Research 

With a track record of success backed by institutions such as University College Dublin, the John Innes Centre, California State University, and Niab, Nutrisphere has been awarded CE mark accreditation under EU Regulation 2019/1009 as a certified urease inhibitor. 

For farmers and agronomists looking to adopt more sustainable practices without sacrificing yield potential, Nutrisphere offers a practical, science-backed solution that is ready for immediate deployment. 

Learn More and Download the Full Report 

For a detailed look at the data behind Nutrisphere’s performance, download the complete Nutrisphere Performance Presentation here

Discover how Nutrisphere can help you drive more productive, sustainable farming outcomes. 

A Smarter Future for Nitrogen Management

Nutrisphere is a vital tool for any farming operation looking to improve nutrient efficiency, protect soil and water health, and meet evolving environmental standards. Join the next generation of sustainable growers — and put more of your nitrogen to work for your crops. 

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Reflections on a journey from Seed to Field through Space

ECIF
Agri-TechE

In April 2025, ECIF hosted its annual conference, featuring presentations from research organisations and technology companies to show the wide range of innovations that are making a different to agriculture.

This is Dr Vongai Chekanai’s experience from the Early Career Innovators Forum Conference 2025: Reflections on a journey from Seed to Field through Space.

Having recently completed my PhD in Agriculture, I sought to connect with and join a community of other early-career professionals from diverse agricultural backgrounds, broadening my horizons and the options available to me.

Question Time!

My PhD project was centred on cover crop-based management of plant-parasitic nematodes. In my trials, some varieties of forage crops, such as alfalfa and forage chicory, were identified as poor hosts, reducing soil populations of root lesion nematodes under both controlled and field conditions. According to past research, resistance is partly due to high levels of saponins that reduce the digestibility of protein and amino acids in forage biomass by livestock.

Listening to Janet Montgomery, the Product Manager for Agriculture at Barenbrug UK, discuss the breeding and development of forage species was particularly interesting – and it generated lots of questions for me:

  1. Does this mean improved forage varieties for higher nutritional quality will eventually render forage crops susceptible to plant-parasitic nematodes?
  2. Is it possible to combine breeding goals for higher digestibility and increased pest and disease resistance, and what is the optimal balance?
  3. Can we achieve two objectives by using common weaning mixes currently available on the UK market, such as alfalfa and forage chicory, to manage both ruminant helminths and plant parasitic nematodes?
vongai 2
vongai

Developing industry knowledge and three new-found facts

I am currently working in Plant Pathology research, and I have a specific interest in plant disease management using biocontrol agents. Through Dr. Rosario Campilongo’s presentation, we gained insight into the work that PfBio is doing in developing plant bio-stimulants and biopesticide products as alternatives to synthetic chemicals.

Top Fact #1: The bio-stimulants industry in the UK is largely unregulated, resulting in a shorter development pipeline, whereas crop protection products face stricter regulations.

Brilliant presentations were done on air pollution and animal welfare by the University of Reading Researchers, Dr. James Ryalls and Dr. Zoe Barker. In her research group, Dr. Zoe Barker and colleagues at the Centre for Dairy Research (CEDAR) use novel sensors to measure the responses of dairy cows to microclimate conditions, such as temperatures and humidity, rather than relying on traditional outdoor meteorological data.

Dr. James Ryalls’ research examines the effects of air pollution gases, including diesel exhaust nitrogen oxides and tropospheric ozone, on invertebrate pollinators.

Top Fact #2: Pollutants may mask or degrade the volatile organic compounds that plants use to attract pollinators, resulting in reduced visitation and lower yields.

Yara Al Sarrouh is an Application Scientist at Assimila Ltd, a company that gathers and monitors satellite Earth Observation data, used in climate metrics, crop modelling for sustainable crop production, and pest and disease management.

Yara is part of the Science Technical team for the European Space Agency-funded ‘World Peatland project’, where she plays a key role in developing indicators for peatland health.

Top Fact #3: Peatlands cover approximately 10% of the UK’s land area, and their restoration could significantly reduce carbon emissions.

Julian Ellis-Brown introduced us to Ponda, which produces Typha-based textile clothing insulation materials grown in rewetted Irish peatlands—a far more natural and animal-cruelty-free way to stay warm.

Ponda-extracting-fibres-from-plants-that-aid-in-wetland-regeneration
BioPuff-from-Ponda-2-web

Reach for the stars! And getting a little perspective…

For me, being an agricultural innovator meant being exceptionally bright and reinventing the wheel. Publishing numerous peer-reviewed that would attract the attention of funders and secure substantial grants or attending a Dragon’s Den-type pitch.

While this may be partly true, it’s a narrow and frankly daunting way of perceiving Agricultural innovation…

After attending this conference, innovation in agriculture to me feels more practical and achievable – it means individuals seeking solutions to serve the sector. And sometimes brilliant ideas can come from conversations with different industry and commercial partners, as well as coming together to develop concept notes, which ultimately lead to technology development.

As Julian emphasised, customers pay for practical solutions to problems!

It was inspiring to see diverse ideas and individuals working in different areas contributing to the common goal of sustaining life in healthy environments.

As an early-career professional, attending such gatherings broadens your horizon and makes you realise that you might have more to offer and contribute than you often realise.

My message to early-career professionals is to be involved, listen, and ask – it’s all part of contributing.

Thank you, Agri-TechE , for putting together such a rewarding conference.

 


The Early-Career Innovators’ Forum (ECIF) is a platform uniting early career individuals passionate about agricultural innovation.

Join the ECIF Programme to enhance your knowledge and network in agriculture, and to attend free activities, including research, farm and industry visits, an annual conference, and professional skills webinars. Explore more about ECIF and how to join here.

Barking up the right tree: is forestry & timber the key to unlocking economic growth?

Member News
The views expressed in this Member News article are the author's own and do not necessarily represent those of Agri-TechE.

The government is grappling with several significant challenges over the course of this parliament, including climate change, the housing crisis and driving economic growth. As flagship manifesto commitments, the government has invested significant political capital in addressing these issues and will be judged on their success at the next election, expected in 2029. The timber and forestry industries offer a viable solution to all three, with the potential to reduce emissions, create jobs, and help the government meet its ambitious housebuilding target of 1.5m new homes by 2029.

The government recognises this and published its ‘timber in construction roadmap’ in February 2025, in which it said it wants to increase the production and use of sustainable homegrown timber. The government has introduced a statutory tree and woodland cover target which commits to increasing the tree canopy and woodland cover in England to 16.5% by 2050, given the UK currently has some of the lowest tree cover in Europe.

The UK is the second largest net importer of forest products. This is unsustainable and, in an increasingly volatile geopolitical environment, exposes the UK economy and supply chain to significant risk. In turn, dependence on overseas imports contributes to a decline in native species. Currently, the political appetite for the sector favours woodland creation and its potential to meet the UK’s biodiversity and nature restoration commitments. The creation of commercial forestry is not being prioritised or afforded sufficient political attention despite being a significant economic growth opportunity.

There are opportunities for businesses operating in this space to engage with government and policymakers to ensure the sector’s views are being heard and considered in policy and regulatory development. Currently precision breeding is geared towards food systems, yet the application of this innovative technology extends beyond this. The rapid review of the environmental improvement plan has now concluded and a revised plan in due to be published later this year with a renewed focus on biodiversity. The forestry and timber industry should be raising its voice to ensure the environmental opportunities of a homegrown commercial forestry industry are fully harnessed.

There is an exciting story to tell for a homegrown timber and forestry industry. While onshoring other industries such as steel and petrochemicals can be environmentally detrimental, there are clear benefits of commercial forestry that are both environmental and economic.

If you’d like to discuss this in more detail, including how GK Strategy can support you with government relations and communication, please contact Thea Southwell Reeves.

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Welcoming Kate Brunswick to the Agri-TechE Team

Agri-TechE Article
Agri-TechE

We are delighted to welcome Kate Brunswick to Agri-TechE as our new Business Development Associate.

Kate brings with her a rich and varied background rooted in the food and farming ecosystem. Born into a farming family in Hampshire, her early exposure to rural life inspired a lifelong passion for the outdoors.

Following a degree in Biology from Surrey University, Kate’s career kickstarted in the fundamentals of food and farming, where she trained in salad production. This technical grounding soon expanded to encompass food manufacturing across sectors as diverse as cut flowers, fine foods, and organic dairy.

Over time, Kate transitioned into strategic and commercial roles, supporting market development through innovation-led business growth. Her recent role as Business Development Director at Innovation Agritech Ltd saw her champion cutting-edge vertical farming technologies and lead the company’s academic engagement strategy, delivering over £1m in commercial sales and forging impactful partnerships with universities and research institutions.

From enabling AI-driven PhD studies in plant phenomics to designing novel education pathways for agritech, Kate has an increasing focus on how innovation can drive sustainability and resilience across the food system. Demonstrating a genuine commitment to promoting sustainable supply chains and finding practical solutions to industry challenges.

Collectively, this experience has enabled a tangible insight into the numerous complexities within the UK retail supply chain – navigating omnichannel strategies and adapting to ever-changing consumer behaviour, sustainability concerns, food safety, and traceability.

Kate Brunswick
Kate Brunswick
Business Development Associate, Agri-TechE

“Coming from the fast-paced world of vertical farming, I’ve seen how technology can completely reimagine the way we grow food,” Kate says.

“What’s exciting about agritech in the UK right now is that we’re not just talking about innovation—we’re starting to see it applied on farms, in glasshouses, and across supply chains. There’s a real opportunity to make agriculture more resilient, efficient, and sustainable—and that momentum is growing.

“I feel privileged to join Agri-TechE team as Business Development Associate. It is a unique opportunity to help connect pioneering technologies and tailored research with the people and businesses that can benefit most.”

In her new role, Kate will work closely with technology providers, farmers, researchers, and industry stakeholders to support the adoption of impactful agri-tech solutions and accelerate sustainable change across the industry.

“We’re delighted that Kate is joining the Agri-TechE team,” says Agri-TechE Director Dr Belinda Clarke. “She brings a wealth of commercial and technical experience that will help accelerate our growth trajectory as our activities across the UK increase and we have more approaches from international partners.

As a network organisation we also hugely value Kate’s strong reputation in the community – and many will know her from having attended so many of our events and being a highly engaged member in her previous role. She is a great communicator as well and we are confident she will be a key part of our future growth.”

Please join us in warmly welcoming Kate to the team.

The Pesticide Dilemma

Member News
The views expressed in this Member News article are the author's own and do not necessarily represent those of Agri-TechE.

One of global agriculture’s biggest challenges is the growing resistance to many of the pesticide products used across the industry. Although prevalent across the whole sector, this challenge is particularly acute in insects and weeds. As a result, farmers and growers use increasing levels of pesticides to prevent total crop loss or damage which has a negative impact on biodiversity.

Pesticide resistance poses a significant threat to the UK’s food security. A prime example of this is oil seed rape production, where the inability of farmers to control cabbage stem flea beetles has led to the lowest average crop yields since 1983, meaning the UK is now unable to produce enough rape seed for national use and is heavily reliant on overseas imports.

In a bid to tackle this problem, the government published the new UK Pesticides National Action Plan in March 2025. It sets out the ambition for more sustainable pesticide use that protects the environment and human health, alongside a hope of boosting food production in the long term. The plan outlined three key pillars:

  1. Integrated Pest Management: Encouraging farmers, growers and land managers to adopt nature-friendly farming techniques and alternative measures to decrease reliance on chemical pesticides. ​
  2. Pesticide Load Indicator: Introducing new metrics to monitor and track trends in the potential pressure pesticides place on the environment, with a target to reduce each of the 20 metrics by at least 10% by 2030, using 2018 as a baseline.
  3. Pollinator Protection: Building on previous actions, such as the ban on neonicotinoid pesticides harmful to bees, to support ecosystems where pollinators can thrive, thereby boosting crop health and food production

Businesses developing innovative technologies and alternatives to pesticides are clearly aligned with the government’s policymaking priorities and have an exciting story to tell about how their products make a significant contribution to protecting biodiversity and increasing food production. There is a significant opportunity for these businesses to contribute rigorously to policy discussions to shape policy change and become an industry voice in pesticide innovation and sustainable agriculture.

If you’d like to discuss this in more detail, including how GK Strategy can support you with government relations and communication, please contact James Allan.

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The Innovation Hub 2025

Agri-TechE Article
Agri-TechE
Innovation Hub (1)
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Curated by Agri-TechE and sponsored by BBRO, the Innovation Hub at the Royal Norfolk Show showcases cutting-edge solutions to everyday farming challenges.
From disease detection in livestock to water-efficient crop technologies, this year’s line-up features nine organisations presenting the latest scientific advancements and practical tools ready for implementation

The 2025 Innovation Hub line-up:

Aquagrain

Launching at the Royal Norfolk Show, Aquagrain is a revolutionary solution for growers in horticulture and agriculture – a nutrient soil supplement which improves plant health and yield.

Absorbing up to 30 times its mass in water, when mixed with a growing medium Aquagrain gradually releases moisture and nutrients directly to the plant root system. The results are healthier, faster growing plants, enabling a reduction in irrigation needs by over 50%, while increasing crop yields by 20% to 100%.

Effective in all soils, especially sandy or nutrient-poor ones, it’s ideal for arid regions or improving farmland efficiency. Their mission goes beyond innovation – committed to reducing agricultural water consumption globally with active support for charitable initiatives in Africa aimed at empowering communities and promoting sustainable farming practices.

BBRO

What does net zero mean for sugar beet?

Every industry has a target to reach net zero – and sugar production is no different. But how do we quantify greenhouse gas emissions and uptake when growing beet?

BBRO aims to provide sugar beet growers and wider industry with the resources required to grow a healthy and profitable sugar beet crop in the UK. Find out how BBRO is measuring the emissions of sugar beet crops to demystify what is happening throughout the growing season. Also get an insight into projects focused on reducing emissions on tillage and fertiliser practices.


Harper Adams University

Engineering students at Harper Adams University are using increasing amounts of 3D-printer filament on FDM rapid prototyping machines. At the same time, the university is working to reduce its footprint.

Recent student studies have shown that three different common waste plastics – HDPE (plastic milk bottles), PET (single-use water bottles) and PLA (food containers) – can be recycled by converting into filament after separating, washing and shredding. Work is continuing to optimise the processes for the extrusion and printing these filaments as a move to self-sufficiency.

At the Hub, Harper Adams will be displaying drones built by students using 3D printing.

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Harper Adams plastic recycling
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Niab

Niab works closely with farmers, researchers, industry partners and funders to provide practical ways of enhancing soil biology, soil monitoring and making soils more resilient to extremes of weather.

The National Institute of Agricultural Botany (Niab) exhibit will showcase its research work, carried out at sites across East Anglia. Find out how cropping systems, soils and the environment are responding to the challenges of climate change, food security, changing biodiversity and improving sustainability – and what interventions can enhance resilience.

From earthworms to cover crops, soil organic matter levels to rotations, discover how evolving farming practices are changing our farmed landscapes.

Niab at RNS hub
Niab Innovation Hub 2025 _ 6 (1)

PES Technologies

PES Technologies is an innovative in-field, soil health indicator measurement unit. The portable handheld device delivers rapid, lab-quality soil analysis right in the field, giving insights to make smarter, more sustainable decisions.

By combining advanced sensors with machine learning, PES Technologies helps to optimise crop performance, reduce input costs and support regenerative practices.

Visit their stand at the Innovation Hub to discover how PES is transforming the future of farming – one soil sample at a time.

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PES Technologies at RNS Innovation Hub 2025

PheroSyn

Spun out from Rothamsted Research, PheroSyn employs the sustainable, responsible use of chemistry to reduce the environmental footprint and biodiversity loss associated with food production.

At the Hub, PheroSyn will showcase its innovative pheromone-based solutions that use species-specific pheromones to attract target pests, allowing growers to monitor population levels and make informed, timely decisions about targeted control measures – reducing reliance on broad-spectrum pesticides. Their products have been designed to effectively monitor insect pests in orchards, greenhouses and open field crops, with minimal environmental impact.

PheroSyn will demonstrate their pear and pea traps in action – whether you’re a grower of peas, beans, pears or cereals, an agronomist, or simply interested in the future of farming, speak with experts from PheroSyn to learn how these tools are being used in real-world agricultural settings to support healthier crops and more resilient farming.

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RoboScientific

RoboScientific has developed a new technology platform that can test for diseases in farm animals by ‘sniffing’ them! Just like a dog’s nose, the RoboScientific system senses smells emitted from animals and checks if they correspond with a disease.

In poultry and pigs, the system tests the air to create a digital fingerprint of the smells being emitted as a ‘normal’ baseline – so that changes can be identified early allowing for further investigation. The latest trial involves automatically testing the breath of calves while they are being fed milk to see if they are well, or if they have respiratory disease.

Roboscientific believes their non-invasive system is the future for all kinds of disease testing in animals, humans and even plants!  To see how the system works, visit their stand in the Innovation Hub.

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RoboScientific's "sniffer" tool
Roboscientific Innovation Hub 2025 _ 5_compressed

The Sainsbury Laboratory

Imagine potatoes with the innate power to resist devastating diseases – cutting crop loss and reducing chemical use. Enabled by the new Precision Breeding Act, these targeted, genetics-based solutions are soon to be within reach.

The Sainsbury Laboratory and BioPotatoes invite you to explore how valuable traits discovered in wild potato relatives are being introduced into modern potato varieties using precision breeding, to meet the real-world needs of potato growers.

TSL Innovation Hub 2025 - 5
TSL laboratory with The Rt Hon Victoria Atkins MP, Shadow Secretary of State for Environment, Food and Rural Affairs

Farmwise Project EU at UEA

A dashboard developed using the Microsoft Power BI Platform to interrogate weather, soil moisture, hydrological, groundwater and water quality data from a sensor network in the Wensum catchment.

The dashboard enables users to interact with the data to understand relationships between climate, water flow and water quality parameters (such as nitrogen and phosphorus concentrations) to aid farm decision-making, including the timing of farm operations and in planning for climate change.

In partnership with the University of East Anglia, Farmwise Project EU is transforming the European agricultural sector by empowering farmers and decision-makers with a state-of-the-art decision-support system combining precision agriculture, AI and remote sensing.

Their Hub exhibition will also include examples of equipment (sensors) used to capture the data to measure water quality.


 

Find out more about the Royal Norfolk Show 2025 – 25th and 26th June 2025, Norfolk Showground, Dereham Road, Norwich, NR5 0TT.