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African agriculture is ready for a digital revolution


After a dark 2020, a new year has brought new hope. In Africa, where up to 40 million more people were driven into extreme poverty and the continent experienced its first recession in 25 years, a brighter future beckons as the economy is forecast to return to growth this year.

Africa now has an opportunity to reset its economic compass. To build back not just better, but greener. Particularly as the next crisis—climate change—is already upon us.

Africa’s food systems must be made more resilient to future shocks such as floods, droughts, and disease. Urgent and sustainable increases in food production are needed to reduce reliance on food imports and reduce poverty, and this is where digital services come into play.

With mobile phone ownership in Sub-Saharan Africa alone expected to reach half a billion this year, digital services offered via text messaging can reach even the most remote village. And at least one-fifth of these phones also have smart features, meaning they can connect to the internet.

We can already see how digital services drive prosperity locally and nationally. In Uganda, SMS services that promote market price awareness have lifted the price farmers receive for bananas by 36 percent, beans by 16.5 percent, maize by 17 percent, and coffee by 19 percent. In Ghana, services that cut out the middleman have lifted the price for maize by 10 percent and groundnuts by 7 percent.

But digital services don’t just raise farmgate prices, they are the gateway to farm loans, crop insurance, and greater economic security, which in turn enables farmers to increase their resilience to climate change—by experimenting with new, drought-resistant crops, for example, or innovative farming methods.

Text messages with weather reports help farmers make better decisions about when and what to plant, and when to harvest.

In Niger, a phone-based education program has improved crop diversity, with more farmers likely to grow the cash crop okra, while an advisory service in Ethiopia helped increase wheat production from one ton to three tons per hectare.

The data footprints phone users create can also be analyzed to help assess risk when it comes to offering loans, making credit cheaper and more accessible.

Phones and digital services also speed up the spread of information through social networks, helping farmers learn about new drought-resistant crops or services that can increase productivity. Free-to-use mobile phone-based app WeFarm, for example, has already helped more than 2.4 million farmers find certified suppliers of quality seeds at fair prices. They can also connect farmers to internet-based services.

Examples of digital innovation abound, sometimes across borders. In Ghana, Kenya, and Nigeria, equipment-sharing platform Hello Tractor is helping farmers rent machinery by the day or even hour, while in Ethiopia, AfriScout, run by the non-government organization Project Concern International with the World Food Programme and the Ministry for Agriculture, provides satellite images of water supplies and crops every 10 days so problems can be spotted quickly to aid remedial action.

Transforming food systems digitally has demonstrably excellent results: the African Development Bank, which has allocated over half of its climate financing to adaptation since 2019, has already helped 19 million farmers in 27 countries to lift yields by an average 60 percent through applying digital technology, for example.

This is why the Global Center on Adaptation and the African Development Bank have launched the Africa Adaptation Acceleration Program (AAAP) to mobilize $25 billion to scale up and accelerate innovative climate-change adaptation across Africa.

Once developed, the digital nature of these services often makes such projects easy to replicate elsewhere and scale, even across large rural areas with little existing infrastructure.

Further, adaptation projects are proven to be highly cost-effective, often delivering value many times the original investment and so helping African economies grow faster and create many more much-needed jobs.

This makes it imperative that the global resolve to rebuild economies in the wake of Covid-19 is harnessed in the most effective way. We must not simply replicate the mistakes of the past. We must build back stronger, with a more resilient and climate-smart focus.

Funding and promoting disruptive business models in which digital technologies are embedded to increase productivity without using more land or more water will create a triple win: increased production, a more resilient climate and more empowered farmers.

We have the means and the technical capability to put Africa well on the way to achieving food self-sufficiency and greater climate resilience. In doing so, we can help millions move out of food poverty. We must not squander this opportunity to create truly historic and lasting change.

Akinwumi Adesina is president of the African Development Bank. Patrick Verkooijen is CEO of the Global Center on Adaptation.

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Time to reset agriculture’s relationship with nature in Africa

Revitalizing African agriculture: Time for bold action

Time to reset agriculture’s relationship with nature in Africa

Jeff Worden, Alice Ruhweza


Nature and food are both central to Africa’s future. Natural capital provides up to 50% of total wealth in most African countries and up to 70% of the African population is dependent on nature for their livelihoods.

Unsustainable agricultural practices are already the biggest threat to Africa’s natural capital, but there is a clear need to increase food availability as 2 out of 3 of the world’s acutely food insecure population is in Africa.

Encouragingly, Africa is estimated to be home to 60% of the world’s remaining arable land, but expanding into it creates many additional threats to nature. As global and regional populations grow, this land will be at the forefront of the tension between balancing short-term food production and long-term investment in natural capital.

Sustainably feeding a growing population is not just about producing more food, it is about producing it differently and better.

The footprint of farming has been growing across Africa, bringing the continent to a crossroads. The first road leads us towards conflict between people and the planet; while the second puts us on the path to enriching Africa without impoverishing nature. This path needs us to reset our relationship with nature and to rethink, refresh, and reimagine agriculture in Africa. The continent is where crops and conservation meet, where farmers herding cattle walk on the same trails used by lions, gazelles, rhinos, and elephants.

Reimagining Africa’s food future

At the World Wide Fund for Nature, or WWF, we are calling for a reimagining of Africa’s food future. Instead of conflict between agriculture and conservation, we need a food system that has people and nature at its center.

Healthy and nutritious diets for all is one of the most pressing challenges Africa faces. Currently, Africa is a net food importer, bringing in $10-15 billion worth of agricultural products more than those exported. But every $1 billion spent on food imports is “equivalent to the annual income of 334,000 farming households, representing 670,000 on-farm jobs and 200,000 off-farm jobs.” The increasing reliance on food imports is contributing to rural poverty, unemployment, and food insecurity, with in 5 people remaining hungry in Africa.

But simply expanding or intensifying production is not the answer to addressing Africa’s food insecurity. Already, more than one-third of Africa’s land is used for agriculture. Intensifying activity on this land, by increasing chemical inputs to increase yields, will degrade soils and, in the long-term, reduce productivity, necessitating expansion.

Africa is estimated to be home to 60% of the world’s remaining arable land, but expanding into it creates many additional threats to nature.

Bringing new land into agricultural production, whether in response to degradation or a desire to increase area under production, also has its challenges. Agricultural expansion often occurs in land less suited to farming and more vulnerable to degradation, quickly threatening productivity gains.

Similarly, expansion frequently leads to the loss of critical habitat, fragmenting ecosystems, disrupting the movement of wildlife, and threatening valuable ecosystem services such as carbon sequestration, pollinators, and water retention — undermining the long-term productivity of agriculture in the area and exacerbating human-wildlife conflict.

Landscape-based approaches, including a shift away from maximizing production at the expense of nature to farming with biodiversity to achieve nature-positive production at scale, are the only way to successfully increase agricultural production while preserving nature and mitigating climate change.

Landscape approaches, which provide a framework for integrating diverse land-uses across large spatial scales, are particularly important in Africa’s biodiversity-rich agricultural landscapes where the paths of people and wildlife, nature, and agriculture are intimately intertwined.

A systems approach, such as that in the Kavango-Zambezi, or KAZA, a transfrontier conservation area comprising an area roughly the size of France, enables planners and decision-makers to look beyond the immediate context of the field or grazing area to balance the needs of agriculture, infrastructure, settlements, and nature.

It also facilitates investments in critical components of a sustainable food system, including safe drinking water, good sanitation, education, gender equality, and access to finance for small-scale farmers. In brief, landscape approaches support policies and practices that are good for both human and environmental health.

About Authors

Alice Ruhweza

Alice Ruhweza is the Africa region director for the World Wide Fund for Nature, where she leads the design of a new conservation framework to bring together work at national, transboundary, and global levels, as well as development of a new program quality assurance system.

 

Jeff Worden

Jeff Worden is the director of conservation impact for Africa at the World Wide Fund for Nature, supporting the design, implementation, and monitoring of WWF’s conservation interventions across Africa.

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Agritechnica 2023 to focus on green productivity


Green Productivity is the guiding theme of Agritechnica 2023, focusing on the challenges of modern crop farming: how can agriculture increase productivity while protecting the soil, climate and environment?

All leading agricultural technology companies will be represented at the world’s leading trade fair for agricultural machinery, 12-18 November, 2023, at the exhibition grounds in Hanover, Germany. Startup companies as well as specialized suppliers will also be taking advantage of the leading business platform to present their innovations.

Agritechnica’s exhibition program will be accompanied by a technical program that offers live events, demo shows and a new series of ‘expert stages’, exploring topics like smart spraying, smart and remote sensing, connectivity, autonomous farm equipment and alternative powertrain systems as well as how to achieve greater efficiency and resource conservation in the field through tires, ballasting and assistance systems.

Agritechnica’s partner events are Systems & Components, the B2B marketplace for the international supplier industry in the agricultural machinery and off-highway sector; the “Inhouse Farming – Feed & Food Show”, the new DLG platform for the agricultural and food systems of the future, with strong ties to farm practitioners.

“Agritechnica offers the most comprehensive and varied trade fair program for international arable and crop farming: from crop protection sprayers to drones, from tractors to autonomous equipment systems, from combine harvesters to digital assistance systems.

The exhibition presents not only established standards and applicable innovations for farming practicioners, but also visions for efficient and sustainable agriculture worldwide,” says Timo Zipf, Agritechnica Project Manager.

Feedback from the industry

“Our role is to give farmers the tools to improve the efficiency and productivity of farming while optimizing operational results. This is why we are always present at Agritechnica, to reaffirm our leading role on technology research and development.

Carlo Lambro, Brand President, New Holland Agriculture

We expect the world’s leading trade fair to provide answers to the question of how a seamless supply of food is possible in light of current events. With its innovative technological solutions, the agricultural machinery industry is making a significant contribution to this.

Under the motto of the next Agritechnica – Green productivity – inspiration and solutions – we look forward to presenting new products and solutions that support our customers in increasing productivity and conserving resources.
Tilmann Köller, Manager Public Communication, Fairs & Events John Deere

Our industry faces a very special challenge: developing technical solutions for farms looking for flexible and adaptable solutions to increasing weather extremes. Agritechnica’s main theme Green productivity could not express the current situation and challenge facing agriculture any better.

We would therefore also like to take advantage of the upcoming world fair for agricultural technology to present extensive machine innovations from Horsch and to seek intensive exchange with customers.

Michael Horsch, CEO, HORSCH Maschinen

“In Europe, the maximum yield of the plant will become much more important in the future as a leading parameter for increasing yields. Rauch technology enables fertilisation that is precise to the part area, which guarantees increasing fertiliser efficiency. In addition, our innovations stand for precise placement. This results in an increase in yield, cost savings and environmental protection.

In order to place these technologies more nationally and internationally, Agritechnica is the perfect communication platform and a must for every agricultural machinery manufacturer.”

Martin Rauch, CEO, RAUCH Landmaschinenfabrik

“It is our task as a manufacturer of agricultural machinery to provide farmers with good process solutions with which they can position themselves for the future. We need efficiency-enhancing technologies as well as an improvement in machine intelligence up to autonomously operating units. Agritechnica offers us a unique opportunity to present our innovations and visions for better agriculture to international trade visitors and to exchange ideas with them.”

Nicola Lemken, shareholder and member of the management at Lemken

“The core objective for agriculture and thus also for Amazone is to create a high yield level per hectare of land with sustainable methods. Amazone would like to help our farmers and contractors with innovative solutions to further orient themselves in a future-oriented and sustainable way.

The world’s leading trade fair Agritechnica therefore offers the perfect international platform for us to personally exchange with our customers about their individual requirements and to present many Amazone innovations for intelligent crop production.”
Christian Dreyer, Chairman of the Management Board and co-owner of the Amazone Group.

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AgroFood 2023,14th – 15th July 2023

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Agriculture is the foundation of all other industries and it embraces the resources available on earth while strengthening human kind.

It is an essential constituent of the journey toward prosperity and characterized by an integration of interconnected processes that enable food production and assurance of survival.

However, in the present context agricultural production has depleted causing a significant threat to food and nutrition security, food quality and safety, and many related aspects. Therefore the need of reorganizing and revamping the entire global food system has gained much significance among the measures that lead to sustainability.

The 4th International Conference on Agriculture, Food Security and Food Safety, AgroFood 2023, hosted by iConferences will be organized with the prime objective of assisting the aforementioned attempt by facilitating fruitful discussions and resourceful research collaborations.

Delivering a premium conference experience, the AgroFood 2023 will be held as a hybrid (Online and In-person) conference on 14th – 15th July 2023 based in Colombo, Sri Lanka.

Enabling networking among research enthusiasts from all around the world, AgroFood 2023 will contribute in unique ways to sustain the global food system immensely.

What are Areas of Discussion?

“Agriculture Conferences 2023”
  • Agricultural Waste Management
  • Agroindustry
  • Aquaculture and Farming Systems
  • Food Security and Environmental Impacts
  • Crop Postharvest, Managing and Packaging Technologies
  • Sustainable Agriculture and Food Security
  • Climate and Climatic Changes and the Effects on Agriculture and Aquaculture

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Strong exhibitor demand for Agritechnica 2023

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Agritechnica 2023, taking place 12-18 November 2023, in Hanover, Germany, already promises a strong exhibitor participation from Germany and abroad.

Following the stand booking deadline for the world’s leading trade fair for agricultural machinery, the organizer DLG (German Agricultural Society) announced that 2,000 exhibitors from 49 countries have signed up. All leading agricultural machinery companies will be represented.

High numbers of exhibitors have also been registered for the parallel exhibition, Systems & Components, the B2B marketplace for the international agricultural machinery supplier industry of the entire off-highway sector.

“Today some nine months before the start of the exhibition, the number of registrations so far impressively reflects the outstanding position of Agritechnica for the international agricultural machinery sector and its suppliers,” says Timo Zipf, project manager for Agritechnica.

“As the world’s largest trade fair in the industry, Agritechnica is not only the leading international business platform, but also a forum for the worldwide professional exchange of future-oriented crop production,” he added.

“Green Productivity” is the guiding theme of Agritechnica 2023, focusing on the challenges of modern crop farming: how can agriculture increase productivity while protecting the soil, climate and environment?

Agritechnica’s exhibition program will be accompanied by a technical program that offers live events, demo shows and a new series of  ‘expert stages’, a platform exploring topics like smart spraying, smart and remote sensing, connectivity, autonomous farm equipment and alternative powertrain systems as well as how to achieve greater efficiency and resource conservation in the field through tires, ballasting and assistance systems.

Agritechnica’s partner events are: Systems & Components, the B2B marketplace for the international supplier industry in the agricultural machinery and off-highway sector; the “Inhouse Farming – Feed & Food Show”, the new DLG platform for the agricultural and food systems of the future, with strong ties to farm practitioners.

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Apollo Tyres receives ISO certification for sustainable procurement

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Apollo Tyres’ raw material procurement process was successfully validated by a third party recently for ISO 20400:2017 Sustainable Procurement standard.

Apollo Tyres is the first company in the automotive sector in India to get ISO 20400.

Commenting on this, Sunam Sarkar, President and Chief Business Officer, Apollo Tyres said “Sustainability being one of the key enablers of our Vision 2026, this is an important milestone in that journey.

I would like to commend the Corporate Procurement and Sustainability Teams on achieving this within a short span of time. We believe that this is a great first step, and we intend to carry forward the rigor in alignment with our Sustainability Goals.”

ISO 20400:2017 provides guidance to organisations, independent of their activity or size, on integrating sustainability within procurement, as described in ISO 26000. It is intended for stakeholders involved in, or impacted by, procurement decisions or processes.

The Company’s procurement team has undertaken a rigorous process to realign the existing practices, including the strategies, policies and processes, to embed the sustainable procurement elements.

The validation exercise that started in August 2022, is a culmination of 3-stage rigorous assessments — initial, intermediate, and final — by TUV SUD auditors through onsite visits and virtual engagements with the relevant stakeholders.

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Apollo develops tyres with 75% Sustainable Materials

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Apollo Tyres, the leading tyre manufacturer, has developed tyres with 75% sustainable materials. This is aligned with Apollo Tyres’ sustainability roadmap of increasing the usage of sustainable raw material to 40% by 2030.

The concept Agriculture tyres containing 75% sustainable materials, has 9 featured compounding ingredients in different components of the tyres. This includes recycled rubber, sustainable carbon black from end-of-life tyres, bio-based oil, recycled nylon and the bead wire processed with higher recycled content.

The concept tyres have been made using sustainable natural rubber, sourced from suppliers who have public commitments to sourcing and/or traceable to plantation, in accordance with the company’s sustainable natural rubber policy.

Speaking on the concept tyres, P K Mohamed, Chief Advisor, R&D, Apollo Tyres Ltd, said “This is a big milestone in the sustainability journey of Apollo Tyres.

Being the early movers in this space, especially in India, and with investments in R&D and Manufacturing towards achieving the 40% sustainable material target by 2030, we have been able to develop this tyre with 75% sustainable materials, which is now being tested extensively before being commercialised.”

This concept Agri tyre was manufactured at Apollo Tyres’ Perambra plant in Kerala, in the southern part of the country, which happens to be company’s first manufacturing facility.

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Prioritise tackling toxic emissions from tyres, urge Imperial experts


Imperial experts are calling for more to be done to limit the potentially harmful impact of toxic tyre particles on health and the environment.

The researchers, from Imperial College London’s Transition to Zero Pollution initiative, warn that even though electric vehicles remove the problem of fuel emissions, we will continue to have a problem with particulate matter because of tyre wear.

Tyre wear particles pollute the environment, the air we breathe, the water run-off from roads and has compounding effects on waterways and agriculture

-Dr Zhengchu TanDepartment of Mechanical Engineering-

 

Six million tonnes of tyre wear particles are released globally each year, and in London alone, 2.6 million vehicles emit around nine thousand tonnes of tyre wear particles annually.

Despite this, research on the environmental and health impacts of tyre wear has been neglected in comparison to the research and innovations dedicated to tackling fuel emissions. The Imperial researchers say that the effect of new technologies on the generation and impact of tyre wear should be a priority.

In a new briefing paper, a multidisciplinary group of Imperial experts including engineers, ecologists, medics, and air quality analysts have called for as much investment into tyre wear research as there is for reducing fuel emissions – and for understanding their interactions.

Lead author Dr Zhengchu Tan, of Imperial’s Department of Mechanical Engineering, said: “Tyre wear particles pollute the environment, the air we breathe, the water run-off from roads and has compounding effects on waterways and agriculture. Even if all our vehicles eventually become powered by electricity instead of fossil fuels, we will still have harmful pollution from vehicles because of tyre wear.

“We urge policymakers and scientists to embark on ambitious research into tyre wear pollution to fully understand and reduce their impacts on biodiversity and health, as well as research to reduce the generation of these particles.”

 

Tyre wear particles pollute the environment, the air we breathe, the water run-off from roads and has compounding effects on waterways and agriculture

Dr Zhengchu TanDepartment of Mechanical Engineering

Transition to Zero Pollution is an Imperial initiative which aims to build new partnerships between research, industry, and government to help realise a sustainable zero pollution future.

Professor Mary Ryan, Vice Provost (Research and Enterprise) at Imperial and a co-author on the briefing paper, said: “Safeguarding our planet and the health of future generations requires us to look not just at a problem from a single perspective, but to take a systems level approach. That’s why we need to look beyond just carbon and to consider human-made pollution in all its forms.

“Electric vehicles are a crucial step forward to decarbonise transport, but we need to look at the big picture too. Some are concerned that electric vehicles tend to be heavier, which might increase tyre wear. This is exactly why Imperial College London is driving a holistic, joined-up approach to sustainability challenges.

“We will continue to leverage the full strength of our research and influence to find meaningful solutions and help realise a sustainable, zero pollution future.”

In the briefing paper, the researchers discuss how tyre wear leads to these particles, where the particles end up, their potential effects on people and planet, and why we must act now.

Tyre wear particles

We are growing increasingly concerned by the impact of tyre wear on human health.Professor Terry TetleyNational Heart and Lung Institute

As tyres break down they release a range of particles, from visible pieces of tyre rubber to nanoparticles. Large particles are carried from the road by rain into rivers, where they may leach toxic chemicals into the environment, whilst smaller particles become airborne and breathed in. They are small enough to reach into the deep lung.

These particles may contain a range of toxic chemicals including polyaromatic hydrocarbons, benzothiazoles, isoprene, and heavy metals like zinc and lead.

ENVIRONMENTAL EFFECTS

Particulate matter from tyre wear is a significant source of ‘microplastics’ in rivers and oceans, and tyre wear in cities could pose up to a four-fold greater risk to the environment than other microplastics.

Tyre waste does not naturally degrade and instead builds up in the environment

Dr Will PearseDepartment of Life Sciences

While existing technological interventions, such as filters, and environmental policies could help to control our ecological footprint, there are huge gaps in our knowledge, understanding, and ability to forecast the impacts of tyre wear pollution.

Co-author Dr Will Pearse, from Imperial’s Department of Life Sciences, said: “Tyre waste does not naturally degrade and instead builds up in the environment, and may interact with other pollutants as well as biological organisms.

“Our gaps in understanding make further research and development of new solutions vital so we can limit all types of vehicular pollution.”

HEALTH EFFECTS

The impact of tyre wear particles on human health is an increasing cause for concern, and the full long-term effects on our health urgently require more research.

There is emerging evidence that tyre wear particles and other particulate matter may contribute to a range of negative health impacts including heart, lung, developmental, reproductive, and cancer outcomes.

Co-author Professor Terry Tetley of Imperial’s National Heart and Lung Institute said: “We are growing increasingly concerned by the impact of tyre wear on human health. As some of these particles are so small they can be carried in the air, it’s possible that simply walking on the pavement could expose us to this type of pollution.

“It is essential that we better understand the effect of these particles on our health.”

Shifting gear

The researchers argue that reducing tyre pollution should be seen as a critical part of making transport cleaner and more sustainable, alongside reductions in CO2 and other exhaust emissions. In tackling the climate crisis, we should design better systems and technologies to protect the environment; and research funding, government policy and regulatory frameworks should reflect this.

The report authors call for policymakers and scientists to investigate the complex problems related to tyre-wear pollution, from the basics of wear-particle production, to understanding how these particles affect the health of people and the planet. Potential innovation solutions include particle capture technologies, new advanced materials, and disruptive business models that encourage different transport choices. These need to be coupled to clear policy and regulation and to a broader discussion around urban transport systems.

The research efforts, they say, should include the following:

  • Establishing standardised ways of measuring environmental tyre wear levels and their toxicity.
  • Reducing harm to land and water species and in humans by tightening limits on the use of harmful components in tyre materials.
  • Launching new trials to better understand the short and long-term effects of different sized particles on the environment and human health.
  • Efforts to better understand underlying wear mechanisms and to propose wear mitigation strategies such as reducing vehicle weight, using advanced driving techniques, and ensuring tyre materials pass wear resistance regulations.

Read the full report here.

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LEMKEN invests in artificial intelligence


Modern image recognition is becoming more and more prevalent in agriculture and enables at least partially autonomous machine use in many fields.

However, this requires powerful cameras or sensors combined with intelligent algorithms.

With its IC-Weeder AI, LEMKEN has already launched a hoeing machine which reliably distinguishes between sugar beets and weeds, even under high weed pressure. The relevant software was developed by the Dutch AgTech specialist Track32, in which LEMKEN has now acquired a holding. LEMKEN is therefore seizing the opportunity to develop technologies of the future in-house in collaboration with a competent partner.

Intensive cooperation for future technology

The intensive cooperation with Track32, a company based in Ede (Netherlands), has already proven highly successful in the development of camera-controlled hoeing machines.

The investment will accelerate the development of smart technologies and ensures continuity. For Track32, our cooperation delivers planning security and great potential for growth.

Anthony van der Ley, CEO LEMKEN

Track 32’s founder Joris IJsselmuiden explains: “As a company that specialises in software and artificial intelligence, we also develop solutions for arable farming and greenhouse processes. With LEMKEN as an investor and client, we will be able to concentrate even more on the further development of our software and will benefit from closer proximity to end customers.”

 

Sustainable through machine intelligence and precision

For LEMKEN, this investment also offers additional benefits besides great market potential, namely in terms of sustainability: the agricultural machinery specialist is confident that machines equipped with this technology will make a major contribution to regenerative agriculture.

Track32’s expertise will allow LEMKEN implements to be used even more precisely and in more versatile ways, so that intelligent machines can be controlled not only by human operators, but also by robots, for example. LEMKEN and Track32 are currently collaborating on a number of joint projects to achieve this objective.

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Lemken’s new transport carriage for large furrow presses


When ploughing, furrow presses are mainly used if there is not enough time for the soil to settle gradually and tilth to form naturally.

Furrow presses immediately restore capillary action and therefore retain moisture in the soil.

LEMKEN, the plough specialist, is now introducing a new trailer for its proven VarioPack furrow press, which allows even large furrow presses used with six-furrow or larger mounted and semi-mounted ploughs to be easily transported by road.

Fast and manoeuvrable on the road

The VarioPack with trailer is coupled to the tractor via a cross shaft and with a transport width of 2.8 metres even narrow field tracks pose no problem. As the trailer is EU-approved for speeds of up to 40 km/h, VarioPack presses can now quickly and easily be transported to the field.

Optimally adjustable

The implement is switched hydraulically from its transport to its working position from the cab. The arms of the VarioPack can be adjusted vertically, laterally and in length, allowing them to be optimally adapted to any given conditions. This ensures reliable capture even on slopes, and the furrow press can be run close to the plough to minimise side draft.

The trailer is available for large VarioPack double furrow presses with 70 or 90 cm rings.

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