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.

FOLIUM Science using Guided Biotics to reduce ammonia in poultry production

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Agri-TechE

Improving gut health in animal production could significantly boost wellbeing and productivity, according to Ed Fuchs, co-founder of FOLIUM Science. The company has won funding from Innovate UK to extend the application of its Guided Biotics® platform technology to tackle the bacteria responsible for excessive ammonia production in the poultry house. It is the latest in a series of initiatives from FOLIUM Science to tackle major challenges in animal production.

Announcing at REAP 2024

FOLIUM Science will be announcing a new development at the Agri-TechE REAP conference ‘Adaptation Through Innovation; Beyond the Comfort Zone’. The conference will explore strategies for creating opportunity from challenge.

Agri-TechE is a membership organisation that supports innovation in agricultural technologies. Director Dr Belinda Clarke comments: “FOLIUM Science’s approach is a good example of agri-tech that addresses an unmet need and will quickly provide a return on investment”.

Ed Fuchs says that gut health is key to performance: “Research has shown that even a short exposure to high concentrations of ammonia is harmful, and this gas is produced by enzymes from bacteria residing in the guts of the animals. Our platform technology can modulate the microbiome to reduce ammonia production and improve animal health”.

The company will be exhibiting at REAP 2023.

 

Ed Fuchs, FOLIUM Science reducing ammonia in poultry production
Ed Fuchs, FOLIUM Science

Reducing ammonia in poultry production

Ammonia in poultry houses is a major challenge. Unused nitrogen in the feed is converted to ammonia by bacteria in the gut. Many of these bacteria – Helicobacter, Staphylococcus, Klebsiella – also cause disease in both poultry and humans. FOLIUM Science’s technology is able to selectively target and silence the genes involved in ammonia generation in these bacteria, weakening them so they are less able to colonise the gut and compete with beneficial bacteria in the microbiome.

Ed explains that, critically, the Guided Biotics process does not remove the bacteria: “Our technology is making these bacteria less aggressive, restoring the balance in the microbiome, and reducing the amount of ammonia produced. The plan for the future is to support the bird’s metabolism in becoming more efficient at repurposing this nitrogen into protein.”

Protecting chicks from Salmonella

FOLIUM Science has already produced a feed additive that will protect young chicks against common bacterial infections such as Salmonella and E. coli. This was announced at the Agri-TechE REAP conference in 2018 and is to be launched in Brazil next year. It offers highly specific, targeted antimicrobial effects, with none of the bad side effects of an antibiotic. It also has probiotic properties.

FOLIUM Science’s Guided Biotics, based on CRISPR-Cas technology, has received endorsement from the Brazilian National BioSafety Committee (CTNBio) as a non-GM ‘new-breeding technique’, which is supporting the commercialisation of the company’s first product.

CRISPR-Cas is a defence system that has evolved in bacteria to protect them against invading viruses. FOLIUM Science is harnessing this natural system to manage and modulate bacteria in the microbiome.

Ed is keen for the UK to adopt a similar approach to Brazil, saying it will accelerate the development of new types of solutions.

“We have demonstrated that our Guided Biotics technology can have multiple benefits in the control of disease and improving performance in the poultry industry. We would encourage regulators to give overarching approval for the technology platform – the process we are deploying – rather than each output needing separate approvals as it does currently, as this would enable the rapid production of the products that the industry and the environment urgently need.”

Ed Fuchs, FOLIUM Science, presenting at REAP 2018
Ed Fuchs, FOLIUM Science, presenting in the Start-Up Showcase at REAP 2018

To announce at REAP: rapid lateral flow test for Salmonella

FOLIUM Science is to announce its latest project developing new applications of its CRIPSR-Cas portfolio, a rapid lateral flow test for Salmonella, at the Agri-TechE REAP conference on 8th November 2023. Find out more about the REAP 2023 exhibition at reapconference.co.uk.


REAP 2023 logo

REAP Conference 2023:
Adaptation Through Innovation; Beyond the Comfort Zone

Wednesday 8th November, 9:30 am – 6:30 pm
Rowley Mile Conference Centre, Newmarket
Surviving and thriving under increasingly extreme and unpredictable challenges is the theme of the 2023 REAP conference. To build a productive, profitable and sustainable agri-food industry, we must move away from the comfort zone and become open to the new opportunities that exist when we ‘stretch’. Be a part of that future – bring yourself and your ideas to REAP.

reapconference.co.uk

Universities of Lincoln and Cambridge win £4.9m EPSRC award 

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 Universities of Lincoln and Cambridge have been awarded a £4.9 million grant from the Engineering and Physical Sciences Research Council (EPSRC) to help fund their drive to make the Lincolnshire and north Cambridgeshire (LINCAM) region a global innovation centre for agricultural technology (agri-tech). 

The LINCAM region is already a major UK production centre for crop-based agriculture and the associated supply chain. Its significance and sheer scale has led to the establishment of a nationally renowned agri-tech cluster – centred on the Universities of Lincoln and Cambridge, where interdisciplinary agri-food innovation is focused on digital technologies, including robotics and artificial intelligence, to boost productivity. 

Now the hope is that the Place Based Impact Acceleration Account (PBIAA) award from the EPSRC – the main funding body for engineering and physical sciences research in the UK – will deliver a step change in activity. The aim is for the LINCAM region to become an agri-tech gateway for the world – enabling the development of technologies at industrial scale and providing export opportunities for agri-tech companies and inward investment opportunities within both the agri-tech and primary production sectors. 

Simon Pearson, founding director of the Lincoln Institute of Agri-Food Technology at the University of Lincoln, said: “The LINCAM agricultural sector supports 88,000 jobs, generates gross value added (GVA) of £3.8 billion and farms more than 50% of the UK’s grade 1 land. However, despite this scale, there are still significant challenges and opportunities. 

“Food production accounts for 24% of all UK greenhouse gas emissions, leads to significant biodiversity losses and drives challenging social issues – not least from seasonal worker influxes to rural communities. In addition, farmers are under relentless cost pressures which are eroding supply chain equity and local economies. 

“These challenges are acute across the LINCAM region but this funding award offers an opportunity to harness agri-tech to secure sustainable growth, bringing high-value and skilled jobs to the region, whilst mitigating the serious environmental impacts of the food production system.” 

The University of Lincoln has a long track record of agri-tech collaboration with the University of Cambridge and its commercialisation arm Cambridge Enterprise. Their work has included the setting up of Agriforwards CDT – the world’s first EPSRC centre for doctoral training (CDT) in agri-food robotics. LINCAM will build on the success of their Ceres Agri-TechE partnership with three other leading UK universities and three renowned agricultural research institutes. Ceres, funded by Research England, provides translational funding and commercialisation expertise to drive agri-tech innovation by accelerating high-quality research to market. It has launched four agri-tech spin-out companies to date and created 13 licensing opportunities. 

LINCAM will broaden participation in the cluster by offering access to the EPSRC funding to all UK higher education institutes involved in agri-tech research with the potential to drive economic and environmental or social sustainability in the region. Projects that are successful in securing a share of the funding will be actively mentored by the LINCAM team to accelerate the delivery of results. 

Professor Miles Padgett, interim executive chair at EPSRC, said: “I’m pleased to announce our first ten Place Based Impact Acceleration Accounts which will play a unique role in enhancing the capabilities of innovation clusters across the UK. A key priority for UKRI is to strengthen clusters and partnerships in collaboration with civic bodies and businesses, thereby driving regional economic growth.” 

The civic bodies involved in the LINCAM partnership include the Greater Lincolnshire Local Enterprise Partnership, the Cambridgeshire and Peterborough Combined Authority and West Lindsey District Council. 

Molendotech completes funding round with £500k CIOSIF support

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

South West research and development company Molendotech is the latest business to be supported by the Cornwall and Isles of Scilly Investment Fund.

The business has secured a £500,000 CIOSIF equity investment, as part of an oversubscribed £1 million funding round which includes investment from appointed CIOSIF fund manager, The FSE Group, Exeter based VC firm QantX, a number of existing private investors and the management team.

Molendotech will use the newly raised funds to create an operational unit based in the Health and Wellbeing Innovation Centre in Truro.

The business has developed easy-to-use, portable and rapid tests to monitor and detect pathogens found in water. One of the company’s existing tests is BacterisK+ which can detect gram-negative bacteria in water in less than 30 minutes. Gram-negative bacteria include those associated with faecal contamination such as E.coli, and are among the world’s most significant public health problems due to their high resistance to antibiotics.

Molendotech was founded by Professor Simon Jackson at the University of Plymouth in 2018. Now its customer base includes environmental agencies, water companies, and national and local government authorities, and its methods and assays are protected by patents in several countries including the US, UK, Australia and Japan.

In 2022 the company successfully developed applications for specific areas of the healthcare sector, such as chronic wound – a condition that affects 2.2 million people in the UK with an estimated annual cost of £5.3 billion to the NHS.

Simon Jackson, Chief Scientific Officer at Molendotech, said: “Being able to detect pathogens quickly and accurately is vital when working to keep communities safe from harm. Our testing solutions can be used quickly and by anyone who has had basic training, meaning rapid action can be taken to address a poor quality environment or danger. Whilst our products can be used anywhere in the world we are extremely proud to be a South West company. Receiving support via CIOSIF has meant a lot to us, and we will use part of these funds to employ more local staff over the coming years as our business grows.” 

Anna Staevska, Investment Manager at The FSE Group, added: “We are delighted to be supporting a local business which has the potential to make a huge difference to the safety of people all over the world. We were impressed by the core team’s extensive knowledge of their sector and their strong links to Plymouth University, which will be incredibly useful throughout the research and development of new solutions. We look forward to seeing their Cornwall team grow and wish them every success for the future.”

The Cornwall & Isles of Scilly Investment Fund provides debt and equity finance from £25,000 to £2 million to help growing small businesses across the region. It was established by the British Business Bank in partnership with the Cornwall and Isles of Scilly Local Enterprise Partnership (LEP).

Paul Jones, Senior Investment Manager from the British Business Bank said: “Molendotech is a great example of a University spin-out that has used its research expertise to develop novel technology for applications around the world. With CIOSIF support we look forward to seeing the continued growth of the business.”

John Acornley, Chair of the CIOSIF advisory board and former LEP non-executive director, said: “Innovation and collaboration is at the heart of what Molendotech does and I am delighted they are establishing a base in Cornwall. They continue to develop new ways to test for bacteria and are already developing rapid tests for the food and drink sector in order to safeguard human health.”

CIOSIF is supported financially by the European Union using funding from the European Regional Development Fund (ERDF) as part of the European Structural and Investment Funds Growth Programme 2014-2020.

For more information about the Cornwall & Isles of Scilly Investment Fund including how to apply, please visit www.ciosif.co.uk  or follow the fund on Twitter at @CIOSIFBBB2

Eagle Genomics takes latest funding past $25m and unveils new CEO and Chair

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

Eagle Genomics in Cambridge, a global specialist in microbiome-related research, has raised an extra $4 million+ to take its funding past the $25m mark inside the last 12 months.

The company has also appointed ex-Microsoft executive Dr Victoria Kimonides as CEO and recruited a new chair of the board. Previous CEO Anthony Finbow has become what the company describes as Eagle’s chief evangelist.

He will “support the company in reaching its full potential and promote the importance of the exploration of the Microbiome and innovative breakthroughs in the field.”

The funding has been topped up with continued participation from existing backers Environmental Technologies Fund, abrdn plc and a consortium of investors headed by Granpool Innovative Investments.

The money will be used to further deploy Eagle’s pioneering software platform. This enables corporate customers to explore and monetise on microbiome-related research. 

Prior to joining Eagle, new CEO Dr Victoria Kimonides spent almost 14 years in leadership positions at Microsoft, where she spearheaded co-selling with partners and oversaw channel sales across Central and Eastern Europe. Before that she led Enterprise Technology Strategy and Customer & Partner Experience for the region. 

She has a BSc in in Biochemistry and Microbiology from King’s College London and a PhD from the University of Cambridge where she studied neuroscience and is a leading expert in this scientific domain. She is also a Fellow of the Cambridge Judge Business School.

Dr Kimonides said: “Eagle is a company with tremendous potential as we can help large companies curate, analyse and make impactful the billions of dollars being invested into microbiome research.

“Our goal is to help those companies commercialise that research and develop new, sustainable solutions that are good for both the people and the planet.”

Eagle has also appointed a new chair – John Schoellerman – currently SVP, Corporate & Business Development at Oxford Nanopore Technologies plc, where he was instrumental in private financing, the public listing, and development of long-term strategy.

Previously he was a Managing Director and Head of the Medical Technology practice at Lazard, a leading global investment bank.

All kinds of capital – WATIS in review 

Agri-TechE Blog
Agri-TechE

The World Agri-TechE Innovation Summit was teeming with intriguing conversation – from supporting farmers to run their own trials, to leveraging the UK’s “soft powers”, the emerging role of engineering biology, and whether biodiversity improvement is more important than carbon reduction.

Landing as it did – slightly inconveniently – amid a raft of the Prime Minister’s announcements rowing back on climate commitments, it was heartening to see the agri-food industry ploughing ahead (not literally) in effecting change for good, regardless.  

There was much to showcase: technology innovators are pushing forward with robotic solutions, non-chemical weed controls are being developed, and blockchain is being employed to ensure governance and provenance of on-farm interventions. And there was no shortage of investors raising funds and seeking deal flow.  

Plus in certain Government Departments, there are important levers being deployed.  

UNLOCKING AGRI-TECH INVESTMENT 

George Freeman, Minister of State in the Department for Science, Innovation and Technology, announced plans for a merger of three of the four UK agri-tech Centres into a single “Catapult” structure (CHAP, CIEL and Agri-EPI – while Agrimetrics pursues its own commercial plans).

More energy will go into promoting the UK’s investment offering internationally which will be supported by a new “heat map” of agri-tech activities across the UK.  This is intended to help in the global race for investment, unlocking new sources of finance from sovereign wealth funds, pension funds and other overseas investors.  

A new “Grant Application Office” is also being set-up to help applicants access funding from the European Horizon funding programme to which the UK has recently negotiated access.  

Deployment of ELMs and natural capital accounting will – the Government hopes – also unlock new finance around Environment, Social and Governance investing. 

UNLOCKING INNOVATION  

Regulation – of the appropriate level – is another of the government’s levers to help accelerate the industry, and the Genetic Technology (Precision Breeding) Act earlier this year is an example of enabling agri-tech to leverage fresh investment into new crop variety development.  

In addition, a strengthened commitment to “engineering biology” (previously named as one of the five “Critical Technologies” by the UK’s Science and Technology Framework) will see agri-food as a priority sector with a number of R&D Hubs created.  

Defra Minister Mark Spencer
Chris Chavasse from Muddy Machines

UNLOCKING ON-FARM POTENTIAL 

Defra’s Minister of State, Mark Spencer MP reiterated the fact that agri-food is a mission at the heart of Government. We can expect to see more emphasis on supporting farmer adoption of technology in 2024, through the 3rd phase of the Farm Innovation Programme. This will see a new scheme to support farmers to run their own trials, test the tech and de-risk adoption.  

By 2027, over £500m / year will be invested in nature recovery, and by 2030 this figure will top £1bn. Yet still, for farmers at least, carbon trading, measuring environmental parameters meaningfully, and the monetisation of natural capital, remains opaque. 

During one of the sessions, when asked to comment on the statement: “biodiversity is more important than carbon reduction”, three members of the expert panel claimed it was a false statement, one claimed it was true, and one said they were both equally important. Probably reflecting the fact that, even among experts, a clear and obvious way forward is lacking.  

Given the UK is now seven years post Brexit, Minister Freeman reminded delegates that, given a clear strategy, farming has always risen to the challenge and delivered.  

A call-to-arms of the need for clarity, indeed.  

A “SUPERPOWER” WITH SOFT POWERS 

The UK has ambitions to become a “science superpower” but at WATIS we heard about ambitions to deploy “soft powers” – the influencing, leveraging, leading by example and sharing best practice with the rest of the world.

This is a way to effect global change, diplomatically, using best-in-class proven approaches, and we can expect to see more of these powers being deployed.  

The C- WORD 

But the word at the heart of all the discussions was CAPITAL. Whether natural capital, securing overseas investment into UK plc, or Series A investment for growing businesses, money really does make the agri-tech world go round.  

Innovators were reporting the growing difficulties of securing funding, that it is increasingly more challenging to raise money and there was the ever-present conversation about supporting companies in their growth and expansion, rather than merely nurturing – as Minister Freeman put it – “incubated companies for the NASDAQ.” 

Overall, the mood music was positive – the networking was vibrant, energetic and there was broad agreement over the challenges and opportunities. But to go “further and faster”, as the Ministers acknowledged, we need a concerted global effort. Setting aside politics, agendas and even egos.  

When it comes down to it, WATIS was a collection of several thousand people all with the same overall agenda: to get technology into the hands of farmers. We may all go about it in slightly different ways but that’s a pretty unifying agenda.  

We were proud to be a marketing partner of WATIS 2023 – see you next year! 

BASF Jon Williams and Comms Team

Britain set to be global agri-tech hub for precision breeding

Agri-TechE Article
Agri-TechE

​Recommendations for a simplified approach to regulations around precision breeding have been welcomed by the industry and could position Britain as a global agri-tech hub for gene editing research and innovation.

When the Genetic Technology (Precision Breeding) Act 2023 was passed earlier this year there were concerns that the UK Food Standards Agency (FSA) was planning to require that every precision-bred product should have its own separate risk assessment, with sign-off required by both the Houses of Parliament and Secretary of State.

Instead, on 20 September 2023, the FSA recommended to its board a simplified approach. If adopted, these proposals could put England on course to become one of the most progressive and enabling regulatory systems in the world.

Robin Wood, Deputy Chairman, Elsoms
Robin Wood, Elsoms
Elsoms

Robin Wood, chairman of the British Society of Plant Breeders and deputy chair of Elsoms Seeds, the independent UK plant breeding company, says: “The overwhelming scientific consensus is that the products of precision breeding pose no greater risks than products obtained through conventional breeding methods. Over recent months, many people within the plant breeding and scientific community have worked hard to present evidence to the FSA. It is encouraging that this is reflected in the simplified process proposed to the FSA Board.”

With gene editing techniques expected to become commonplace in modern breeding programmes, creating hundreds of new crop varieties each year, a lengthy regulation process would soon become at s unmanageable.    

Robin Wood continues: “A more streamlined approach is likely to encourage interest and investment from plant breeding businesses of all sizes, across a wide range of crops and traits, which is fantastic news.”

Need for harmonised approach

The regulatory arrangements in England will be very similar to those proposed in the EU and Robin Wood says that for these recommendations to realise their full potential, there is an urgent need for clarity from the devolved administrations in Scotland and Wales.

He observes: “While the Scottish and Welsh governments have previously opposed the Precision Breeding Act, indicating their preference to remain aligned with the EU, they have remained tight-lipped over their plans since the EU’s deregulatory proposals were published in July.

“To deliver a harmonised UK-wide approach, I would urge both devolved administrations to provide clarity sooner rather than later on how they plan to move forward on this issue.”

 

 

Background to the recommendations

Under arrangements set to be presented to the UK Parliament in summer 2024, the simplified FSA approach would give applicants responsibility for undertaking initial triage and determining whether a PBO should be regulated as Tier 1 or Tier 2, subject to technical guidance.

  • Tier 1 products are very similar to traditionally bred products, which consumers are familiar with and for which potential safety risks are understood.
  • Tier 2 products are novel foods or PBOs with compositional changes which could affect toxicity or allergenicity. Under the FSA’s revised proposals, these PBO products would be subject to case-by-case risk assessment.

The vast majority of PBOs are expected to be classified as Tier 1. For these PBOs, applicants would be required to notify FSA of the Tier 1 determination, alongside information such as a description of the nature and purpose of the genetic change(s) introduced using precision breeding. A public register would be maintained by FSA to provide information about notified PBOs.

Importantly, the FSA process complements the existing, proven systems of statutory plant variety registration, seed certification and seed marketing, which already deliver an assurance of quality, sustainability and traceability, and which will continue to apply equally to all precision bred crop varieties.

Alongside the FSA register, the plant breeding industry has also made a commitment to transparency in relation to precision-bred varieties.

 

 

UK researchers use aeroponics to boost B12 in pea shoots

Research Digest
Agri-TechE

A team of UK researchers has harnessed aeroponic indoor farming to biofortify pea shoots with Vitamin B12, offering a sustainable and nutritious dietary solution in line with the Eat Lancet Planetary Health Diet and WWF Eat4Life recommendations.

Biofortification involves enhancing the nutritional content of crops, increasing the levels of specific vitamins or nutrients beyond the amount typically found in that plant. This approach offers substantial potential in addressing malnutrition, particularly in regions where access to nutrient-rich foods is limited.

Vitamin B12: A Nutritional Powerhouse

In a project funded by the Biotechnology and Biological Sciences Research Council (BBSRC), scientists from the John Innes Centre, LettUs Grow, and the Quadram Institute have targeted Vitamin B12 as a key nutrient for biofortification. By utilising LettUs Grow’s cutting-edge ultrasonic aeroponic technology, they have successfully grown B12-fortified pea shoots, providing the recommended daily dose in a single portion.

pea plant

Traditionally, Vitamin B12 is primarily obtained from animal sources, and its deficiency can lead to severe and irreversible damage. As the global trend moves toward plant-based diets for both human and planetary health, biofortification offers a vital alternative source of this essential nutrient.

Prof. Martin Warren, Chief Scientific Officer at the Quadram Institute, emphasises: “This is a really exciting development in providing an adequate intake of Vitamin B12 to enhance overall health and well-being as B12 plays a crucial role in various bodily functions, including red blood cell formation, nerve function, and DNA synthesis.”

Unlocking Nutritional Potential

Biofortified crops integrated into common foods align with dietary habits, making it easier to adopt sustainable dietary changes. Unlike synthetic vitamin supplements, these crops offer a broader range of nutrients, including vitamins, minerals, antioxidants, and phytochemicals, supporting overall health.

Prof. Warren continues: “While Vitamin B12 supplements are available, some people may find it more convenient and natural to obtain essential nutrients directly from whole foods. Fortified plants hold the potential to provide a more integrated way to meet nutritional requirements.”

aeroponic container farm

Sustainable Agriculture with LettUs Grow’s Indoor Farming

As the world seeks to transition to sustainable and eco-friendly diets rich in plant-based foods, biofortification presents a compelling solution. For instance, a standard salad bag grown through this method could contain as much B12 as two portions of beef, making it easier for individuals to adopt sustainable dietary changes.

However, achieving the sustainable growth of biofortified crops on a scale to feed the growing population remains a challenge.

The scientists at John Innes Centre, Quadram Institute and LettUs Grow believe the answer lies in aeroponic indoor farming. The controlled environment ensures year-round growth, efficient resource use, and eliminates traditional farming risks like pests, diseases, and unpredictable weather.

Indoor farming, encompassing greenhouses and vertical farms, plays a vital role in biofortification. It creates the ideal growth environment for crops and, through aeroponics, allows precise nutrient delivery, to optimise crop nutritional profiles.

LettUs Grow’s distinctive aeroponic system operates with high-frequency sound waves (exceeding 20,000 Hz) to convert water into a fine mist, effectively delivering both water and nutrients to crops with unparalleled precision. This precision empowers the research team to fine-tune the nutritional profiles of the biofortified crops.

A Revolution in Nutrition

Lilly Manzoni, Head of Research and Development at LettUs Grow said: “Something that’s really exciting about this project in particular is that it is the first time the enhanced yield potential of aeroponics has been combined with the nutrition enhancement of B12 fortification in a way that can be scaled up to commercial volumes. This potential to scale the innovation is crucial for accessibility of the end product and getting it out at a level that could hopefully positively impact public health.”

Prof. Antony Dodd, Head of Cell and Developmental Biology at the John Innes Centre, states: “By combining expertise in plant sciences, human nutrition, and horticultural engineering, we are developing new approaches to address nutritional deficiencies at a relatively low cost.”

This project showcases the power of collaboration between academia and industry to drive positive change in people’s diets. Biofortification coupled with indoor farming has the potential to combat malnutrition, promote sustainable diets, and contribute to a healthier, nourished world.

SRUC: 2023 – a big year for biodiversity

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

SRUC’s Thriving Natural Capital Challenge Centre is invested in making 2023 a big year for biodiversity in Scotland

When the 15th meeting of the United Nations’ Conference of the Parties to the Convention on Biological Diversity (COP15) concluded just before Christmas, it secured a historic new ‘deal for nature’. 

More than half of global GDP is moderately or highly dependent on nature, according to the World Economic Forum. At COP15, 195 nations agreed that our world must not only become net zero, but also nature-positive, for the benefit of both people and the planet.

The Glasgow Financial Alliance for Net Zero (GFANZ), committed over US$130 trillion of private capital to transforming the economy for net zero, but the wide-ranging nature of the COP15 framework shows that nature and biodiversity is everybody’s business too.

There is now global commitment to halt and reverse biodiversity loss and to protect 30 per cent of land and oceans, all by 2030. There was also commitment to reduce all pollution to levels not harmful to wildlife and ecosystems, taking in significant cuts to nutrients, pesticides and plastic waste. The world has woken up in 2023 to the fact that there is no net zero pathway to limit global warming to 1.5°C to halt devastating effects of climate change, without addressing nature loss and land degradation.

SRUC’s Thriving Natural Capital Challenge Centre has been awarded a Natural Environment Research Council grant to focus on network building for nature positive projects – between Scottish biodiversity uplift programmes happening on the ground, and the investment and private finance sector. 

It’s important that the private investment sector concentrates financial flows on biodiversity projects, but first, they need to understand them. Biodiversity and ecosystem services are the basis of new business opportunities. This is most obvious in the case of organisations selling goods and services that are directly associated with biodiversity and ecosystems. I am also about to start a project with RSPB Scotland at its new Glencripesdale reserve in the Morvern peninsula to explore how digital data about biodiversity uplift can be presented to investors to assure them of progress and impact in nature-based projects in which they have invested.

Along with SAC Consulting, Dr Al McVittie, an environmental economist at SRUC, and I have also just started research for the Scottish Government on Approaches to Measuring Biodiversity in Scotland.

Kate Dowen, Head of Sustainable Nature Finance in the Scottish Government’s Environment and Forestry Directorate, said: “It’s important to be able to measure biodiversity so we can better protect and restore it. But this research will be important in a number of policy areas as well as conservation. What happens in planning, agriculture and natural capital or green finance all have a part in ensuring that Scotland protects 30 per cent of its land and seas by 2030.”

This is going to be a big year for biodiversity. The Thriving Natural Capital Challenge Centre is excited to have generated income of over £300,000 for the projects mentioned here, and I look forward to creating impact through nature positive action research. This work will be a really essential part of the natural economy’s pathway to net zero, as well as helping with the sector’s influence in the climate emergency and biodiversity crisis.

Dr Hannah Rudman

Co-Director, SRUC Thriving Natural Capital Challenge Centre

Eden Search’s Emerging Leader’s Programme 2024

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

A new round of funding and mentoring is available to talented executives working within small-to-medium sized enterprises (SMEs) in the food supply chain as Eden Search launches its second Emerging Leaders programme.

To help future SME managers fast track their leadership skills, Eden Search is making a training budget of up to £3000 available to one aspiring executive working for an SME in either food manufacturing, fresh food or agritech. The money can be used to fund a course, research project or work experience placement that will help unlock the individual’s potential and broaden their horizon. In addition, the winner will receive up to four hour-long mentoring sessions with sector specialists (founders, CEOs and senior leaders) over the course of a 12-month period. Mentoring will also be available to one other applicant.

Explaining more about the launch of the 2024 Emerging Leaders programme, Richard Macdonald, Non-Executive Director of Eden Search, said: “The last few years have been tough for companies in agri-food. Post-Brexit and COVID, the industry has been hit with ingredient shortages, labour issues and inflation. SMEs have borne the brunt of this. This is incredibly concerning given they are the backbone of the sector. In UK food manufacturing alone, SMEs account for 22% of turnover and 33% of employment. Yet many don’t have structured training and development programmes in place or, if they do, they’ve been impacted by recent macro-economic pressures. Emerging Leaders is designed to help bridge this gap – giving the most talented individuals in the sector the chance to apply for funding and mentoring that will help them achieve their professional and personal goals and keep SMEs innovating and leading the way.”

Eden launched its inaugural Emerging Leaders campaign in 2023, providing training and mentoring to three talented industry executives: Dr Ruth Bastow, Innovation Director for CHAP; Miranda Beebe, Head of Volunteer Management at Trussell Trust; and Dr Lisa Morgans is Head of Livestock for i4Agri.

Commenting on how her experience of the programme, Dr Ruth Bastow, said: “Being part of the inaugural Emerging Leaders initiative was fantastic. It enabled me to complete a MIT course on Leadership & Innovation. It also gave me access to an inspiring, supportive mentor. Working in a small business can be intense. There’s not much time to stop and think about training and development. Emerging Leaders helped me discover more about myself. With a clearer understanding of my motivations and strengths, I can make better use of my skills to drive the company forward. I’d urge anyone looking to further their career to apply to this programme.”

The Emerging Leaders programme is open to anyone with five or more years’ experience working within an SME (<£15m turnover) in food manufacturing, fresh food or agritech in the UK or internationally. Individuals must be able to demonstrate experience in a senior management position and have a clear view of the external support they require to continue their career path into leadership / board positions. Applicants need to send a copy of their CV and write a 500-word summary answering the following key questions:
• What are the challenges you would like to solve within your industry?
• What training / development would you need to achieve this?
• What difference will this training make to you and the industry, long-term?

Applicants need to confirm the support of their company and provide details of a ‘sponsor’ (e.g., their line manager) when they make their application. The deadline for applications is 23:59 on 19th November 2023. Applications should be emailed to: emergingleaders@edensearch.co.uk. For further information including all terms and conditions, go to www.edensearch.co.uk/emerging-leaders-program

Bayer acquires Niab’s Strawberry Breeding Programme

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Agri-TechE

“Strawberries are the fastest growing fruit crop, with year-round demand exceeding supply. In fact, strawberries are the category leaders in the produce aisle, accounting for more than 23 percent of fresh fruit sales,” said Inci Dannenberg, Head of Bayer’s Vegetables business. The company has just announced that it is to acquire Niab’s Strawberry Breeding Programme to complement its biological and chemical crop protection products.

Phenomenally successful strawberries

Niab’s Strawberry Breeding Programme has been operating for more than 40 years. By using a combination of traditional techniques and genomics-assisted breeding, it has supported the development of disease resistant, high quality varieties ensuring improved yield, fruit size and quality.

Over 45 varieties have been produced, including the phenomenally successful strawberry Malling™ Centenary, which was chosen to mark the 100th anniversary of the research station in 2013.

Mario Caccamo, CEO of Niab, comments: “Niab at East Malling has built a strong foundation in strawberries, supported by more than a century of world-class horticulture research at our Kent site, and we’re proud that it will continue with Bayer.

“As well as bringing accelerated innovation to UK growers, Bayer will also make these great tasting strawberries available to more growers and consumers around the world.”

Mario Caccamo
Mario Caccamo
strawberries

Combining premium genetics with innovative crop protection

Bayer is expanding its focus on serving professional protected culture growers to meet the increasing consumer and retail demand for high-quality, year-round strawberries. These premium strawberry varieties will also be available for open field conditions.

Inci Dannenberg continues: “With Bayer entering the strawberry market, we will offer growers premium genetics combined with innovative crop protection products and digital solutions. The addition of strawberries to Bayer’s portfolio is a natural progression that many of our customers are making as well.”

Benefits of protected cropping

Protected cropping offers strawberry growers enhanced control over their growing environment, crop management, and disease and pest control. This results in improved fruit quality, harvest security, and consistency. Additionally, plants grown under protection use less water than open field crops and have the potential for increased retail shelf life as they can be grown closer to the consumer.

Bayer remains dedicated to providing the advancements sought by consumers, retailers, and growers through its breeding technologies. JD Rossouw, Head of Vegetables Research & Development at Bayer’s Crop Science Division, emphasised their commitment to advancing strawberry breeding technologies, saying: “We have built a strong foundation in precision breeding capabilities and look forward to bringing these approaches into strawberries. Using these techniques will enable us to continue to advance on the foundation set by Niab and deliver superior strawberries to our growers and the value chain.”

NatureMetrics Win Tesco Agri T – Jam Competition

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

NatureMetrics has won the 2023 Tesco Agri T-Jam Competition, securing fast-track introductions to the Tesco supplier network and a trial with one of the retailer’s supply chain partners.

Now in its sixth year, the Tesco Agri T-Jam pitching event, run in partnership with Leading Edge Only, saw 10 different agri start-ups pitch to a panel of Tesco sustainable agriculture and commercial experts, Tesco suppliers, and stakeholders to find the most promising agriculture innovation.

This year, the event was dominated by innovations which can contribute to Tesco’s aim of building more sustainable supply chains, incorporating ideas with solutions to support on-farm measurement, data analytics, and supporting farmers in making informed choices around complex sustainability issues.

NatureMetrics, represented at the pitch event by its Head of Agriculture, Tom Ludwig, won the competition for its innovative solution which measures biodiversity using eDNA analysis of soil, water, and insects. The innovation converts this complex data into simple metrics which can be viewed through its Nature Intelligence Platform, allowing users to comprehensively report on biodiversity improvement in their supply chain.

Commenting on the competition this year, Natalie Smith, Head of Sustainable Agriculture at Tesco, said: 

“We are thrilled to welcome NatureMetrics to our network, and to offer them the opportunity to work with our suppliers and experience direct feedback and mentoring from our Sustainable Agriculture team. In an incredibly strong field, Tom Ludwig demonstrated his commitment to biodiversity and really impressed the whole of the judging panel.

“This competition is designed to help us find innovators who can help us build long-term resilience within our supply base, addressing key sustainability challenges so we can continue our progress towards our stretching climate and biodiversity targets. I’d like to thank all of our finalists for taking part – I’m sure there will be more opportunities in the future for these innovators to work with Tesco suppliers.”

Ludwig will also receive a one-year free membership to both Agri-TechE and Agri-EPI Centre and will have the opportunity to present on stage at the World Agri-TechE Innovation Summit taking place in London on 26-27 September, to an audience of over 900 international senior ag-tech decision-makers and innovators.

Alongside Tom Ludwig, the other finalists were: Viridian (Angus Middleton), Flexifarm (Kevin Gooding), Map of Ag (Joe Towers), Bloomfield (Mark DeSantis), Laguzze (Laurent Vigouelle), Yard Stick PBC (Chris Tolles), Snapp Laab (Donat Posta), Protiomix Ltd (Stephan Jaffe), and Sunamp (Ana Amaral).

Scott Sharp, founder and CEO of Leading Edge Only, said:“We are delighted for Tom and for all of the applicants who were shortlisted. This is a life-changing opportunity and it is incredibly exciting to see the level of talent across start-ups in the agri-tech space. We are confident that we will continue to hear these names as they each make their stamp within the landscape over the next few years.”

Agri-tech to reduce rural crime

Agri-TechE Article
Agri-TechE

In 2022, the cost of rural theft in Norfolk increased by 52%. This surge placed Norfolk among the top 10 worst affected counties in the UK, alongside Cambridgeshire and Essex, as revealed by the latest figures from leading rural insurer NFU Mutual. This has prompted an online event hosted by Agri-TechE on 12th October to look at new approaches to improving security.

Global shortage of chips intensifying demand

NFU Mutual’s Rural Crime Report 2023 found that quad bikes and All-Terrain Vehicles are particularly vulnerable to theft. A global shortage of chips and components is also heightening demand for stolen goods, with criminals even using lightweight drones to target rural businesses.

Charlie Yorke, Farm Insurance Specialist at NFU Mutual, comments that while measures to improve physical security – locking gates, removing keys from vehicles, and storing them securely, marking livestock and property, keeping records of serial and chassis numbers – are all recommended, there are also technology options available to deter criminals.

“There is no silver bullet solution but fitting tracking devices and immobilisers, both physical and electronic, together with forensic marking has been shown to be effective,” he says.

For example, the industry-recognised triangular CESAR mark has made it easier to identify stolen equipment, doubling the chances of return and some insurers, such as NFU Mutual, extend policy discounts to those who employ CESAR marking on their vehicles. The technology includes transponder tags the size of a grain of rice that contain a unique code number that cannot be altered or deleted.

Charlie Yorke, NFU [credit: NFU] discusses reducing rural crime
Charlie Yorke, Farm Insurance Specialist, NFU Mutual (credit NFU Mutual)

Charlie is one of the speakers at an online Agri-TechE event on Thursday 12th October, ‘Agri-TechE to Reduce Rural Crime’, held in partnership with The AF Group (AF) and Norfolk County Council. It will offer an overview of the technology currently available to farmers and a look to the future.

300 percent increase in machinery thefts

Louis Clabburn, Head of Member Services at AF, says that the event is timely, with the National Crime Unit reporting a 300 percent increase in machinery thefts in the first quarter of 2023. He says: “We would encourage all farms and rural businesses to regularly assess their security measures to ensure they are protecting their vital business assets.”

Remote monitoring through the ‘Internet of Things’ could be the key to improved security. Norfolk County Council supports the Norfolk and Suffolk Innovation Network, the UK’s largest free-to-use public sector long range wide area network (LoRaWAN). This will facilitate the roll-out of emerging tech such as: tracking devices for livestock that can alert the farmer to rapid movements resulting from theft or dog attacks; remote tank monitors for fuel, liquid chemicals or fertiliser; and sensors for farm gates.

As well as Charlie Yorke, the event will include presentations from: Giles Orpen-Smellie, Police and Crime Commissioner for Norfolk; Ben Turner, Director & Dealer Principal for Ben Burgess; Keith Franklin, IT Consultant at RuralTech LLP; and industry case studies.

More information about the free online event ‘Protect, Prevent and Retrieve: Agri-TechE to Reduce Rural Crime’, which takes place from 17:00 – 18:30 on Thursday 12th October, is available from the events page.

Drone and Sprayer (credit NFU Mutual)
Drone and Sprayer (credit NFU Mutual)