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HomePosts Tagged "Bayer" (Page 2)
Agribusiness, Carbon Farming, Company News, Environment, Europe

By 2025, Bayer expects to significantly increase the number of food and ag value chain projects and the number of participating farmers.

Bayer announced a partnership with UK-headquartered company Trinity Agtech. As part of Bayer’s efforts to drive regenerative agriculture, Trinity Agtech’s platform Sandy will be instrumental for Bayer’s Carbon Initiative in the region EMEA in measuring and monitoring carbon on a farm level. Furthermore, the cooperation will enable the customized development of Bayer’s solutions to value chain players needs and growers based on Trinity’s capabilities. Leveraging science, digital and agronomical strengths on both ends the result is a unique regenerative agriculture ecosystem, developing high quality assets for a market that needs to be committed to tangible and credible outcomes.

The European Carbon Initiative is vital to Bayer’s overall strategy to shape regenerative agriculture. This includes making agriculture more productive and resilient while restoring natural resources. Started off in 2021, the Carbon Initiative now includes multiple tailored projects with large companies from the food supply and agricultural value chain. Today, farmers across several European countries and companies across the Food and Farming supply chain are working alongside with these partners to reduce carbon emissions and sequester carbon in the soil. Project results show that growers that are using regenerative practices are emitting on average 15 percent less carbon than conventional farmers. By 2025, Bayer expects to significantly increase the number of food and ag value chain projects and the number of farmers participating in value chain programs as the European Carbon Initiative is going to switch from pilot phase to scale-up phase for commercial projects.

To support these goals, reliable monitoring, reporting and verification (MRV) is key for all players of the food value chain to be compliant with third parties, global guidelines, certification bodies and regulatory requirements. With Sandy, Trinity Agtech has developed a new generation, trusted and easy-to-use cloud-based platform where farmers and project developers will bring all their data into one place to create a fact-based and primary data driven register of a farm’s natural capital. This allows the farmer to assess the farm’s carbon balance and options going forward.

“Our collaboration with Trinity offers many benefits for farmers and for our partners in the food value chain that want to deliver against their carbon reduction commitments and want to support regenerative practices in agriculture,” said Lionnel Alexandre, Carbon Business Venture Lead for Europe, Middle East and Africa at Bayer’s Crop Science Division. “We need reliable measuring technology and data analysis to verify carbon reductions and carbon sequestration on the farms. Trinity contributes with its state-of-the-art platform that is acknowledged by many experts around the globe.”

Working with internationally approved models to ensure accuracy

Trinity’s models and analytical frameworks are nationally and internationally compliant with the IPCC standards and other key global guidelines, such as the GHG-P, in addition to previous verification against ISO 14.064 and 14.067 methodologies. Trinity Agtech’s distinctive scientific board contains leading international experts to ensure the most accurate possible assessment for the farmer with the available data. A recent study commissioned by the UK Department for Environment, Food & Rural Affairs (DEFRA) across 81 carbon calculators has placed Trinity’s software Sandy on the first rank in assessing farm carbon footprints and natural capital.

“We’re proud of Bayer’s commitment to credible and trusted sustainability analytics and their power in advancing the prosperity and environmental progress of the Food and Farming supply chain. Trinity is delighted to be Bayer’s analytical partner of choice in this vital program,” said Dr Hosein Khajeh-Hosseiny, Founder and Executive Chairman at Trinity.

By 2025, Bayer expects to significantly increase

Agrotech, Company News, Digital Technologies, R&D, World

Expert generative AI system has been trained by Bayer agronomists and proprietary data to benefit farmers, agronomic advisors, and other industry users.

Bayer announced the pilot of an expert GenAI system to benefit farmers and up-level agronomists in their daily work. The company has been using proprietary agronomic data to train a Large Language Model (LLM) with years of internal data, insights from thousands of trials within its vast testing network, and centuries of aggregated experience from Bayer agronomists around the world.

The result is an expert system that quickly and accurately answers questions related to agronomy, farm management, and Bayer agricultural products. Instead of a time-consuming process, the intuitive system responds to natural language and can generate expert information within seconds. Validated by agronomists, the pilot is already unlocking productivity for Bayer teams in the United States while significantly outperforming out-of-the-box LLMs currently serving the agricultural market.

The future benefit in comparison to today’s reality: A farmer asks their agronomic advisor a series of detailed questions about a product’s characteristics, performance under specific conditions, and application rates. Today, the advisor searches online materials, sends text messages to colleagues, gathers information from multiple sources, and puts together a response, all while the farmer waits hours or days for urgently needed information. Bayer’s expert GenAI system is changing the game, making better information more quickly and readily available.

“Our unique GenAI system has the potential to serve agronomists and benefit farmers all over the world, further advancing AI as an indispensable technology for agriculture,” said Amanda McClerren, CIO and Head of Digital Transformation & Information Technology for Bayer’s Crop Science Division. “We’ll continue to use traditional AI to develop better products, and we’re also committed to harnessing new GenAI technology in a thoughtful way that augments and supports knowledgeable experts across the industry, bringing value to farmers and those who serve them.”

Developed in collaboration with Microsoft as leading technology partner and Ernst & Young (EY) as an industry partner, Bayer is exploring ways to integrate the expert GenAI system into its digital offerings, and the company anticipates broad opportunities for collaboration with other agricultural offerings and partners. Designed as a global capability, the tool will benefit millions of smallholder farmers in the future by democratizing access to agronomic advice and product information critical to feeding communities and improving global food security.

“AI and automation are helping farms of all sizes produce more while using fewer natural resources, and we’re starting to see how they can enhance decision-making on almost any plot of land,” said Ranveer Chandra, Managing Director, Research for Industry & CTO, Agri-Food at Microsoft. “With Bayer’s strengths in data science, digital, and especially agronomic expertise, we’re pleased to be contributing to an expert system that will make agronomic understanding more accessible and empower those responsible for feeding the planet.”

Bayer aims to expand the pilot of the expert GenAI system to selected agronomists and potentially farmers as early as this year, while continuing to advance a separate GenAI prototype allowing users to directly query their own farm data. Because they also pull insights from closed data sets, these GenAI tools are unique for agriculture and will bring more meaningful value to farmers, agronomists and other industry users, compared to out-of-the-box LLMs that only use open-source data.

Expert generative AI system has been trained

Agro Universities, Company News, India

‘Better School Program’ aims to promote STEM learning and innovation in rural schools.

Bayer, a global life sciences company with core strengths in agriculture and healthcare, announced its collaboration with BharatCares, a social impact organization, to launch the ‘Better School Program’ at Adpodra Group Government Primary School in Himatnagar, Gujarat. Aimed at enhancing educational facilities and enabling experiential learning opportunities for the students in Himatnagar, the ‘Better School Program’ focuses on providing a foundational leap to economically challenged students and will benefit more than 850 students from grades 1st to 8th, across four schools.

Through this initiative, Bayer and BharatCares will provide a STEM Lab, Smart Classroom, indoor play kits, computer labs, better sports facilities as well as equip the schools with solar panels for better power supply. The program will empower students with modern teaching methodologies and resources to foster innovative learning and skills. The Better School Program was launched in the presence of government officials, Simon Britsch, Chief Financial Officer, Bayer South Asia and Bhomik Shah, Founder and CEO, BharatCares.

Commenting on the launch, Simon Britsch, Chief Financial Officer, Bayer South Asia, said “Children are the future of the world, and it is our collective responsibility to equip them with the right resources to seek knowledge, thrive and innovate. Through the ‘Better School Program’ we are supporting students in government run schools to explore the field of LifeSciences, through well-equipped STEM labs, modern teaching methods and improved infrastructure. At Bayer, we remain committed to supporting education, research, and innovation, and providing inclusive opportunities for all sections of society.”

The program is also being implemented at the Mankadi Colony Primary School, Sardarpura Primary School and Vantada Primary School. With an aim to standardize education and STEM facilities at these schools, the collaborative project will also establish modular libraries which will boast a diverse collection of grade-appropriate books and learning aids to implore hands-on training and exploration. Interactive digital learning tools, through Smart classes will also be provided.

Bhomik Shah, Founder and CEO, BharatCares, said “The Better School initiative in collaboration with Bayer, breathes new life into primary government schools. By providing essential facilities, we are not just enhancing infrastructure but nurturing the potential of students to make them future-ready. As we move forward, BharatCares is excited to partner with Bayer, ensuring that together, we continue to uplift the educational landscape, one school at a time.”

The Better School Program is also aligned with Bayer’s commitment to sustainability and environmental stewardship, with the installation of solar panels to enable the schools to adopt clean and renewable energy sources.

‘Better School Program’ aims to promote STEM

Agrotech, Company News, Digital Technologies, India

Data connectors for OEMs to further improve farmer and industry connectivity

Sonata Software, a leader in Modernisation Engineering, announced its collaboration with Bayer, one of the Top 150 Global 2000 companies with business interest in pharmaceuticals, consumer healthcare products, agricultural chemicals, seeds and biotechnology products. As part of the partnership, Sonata will allow Bayer to develop new AgPowered Services for Microsoft Azure Data Manager for Agriculture that enable retrieval and integration of in-field activity data by working with leading manufacturers of farm machinery.

According to a recent announcement from Bayer, one of agriculture’s biggest technology challenges is a lack of data interoperability. Farmers have seen advancements in the ability to connect data between on-farm systems, but solutions allowing them to connect to services and opportunities beyond the farm have been largely unavailable. Companies and organizations supporting agriculture and related industries have also lacked the infrastructure and capabilities needed to best serve their customers.

This initiative will enable Enterprise users of Microsoft Azure Data Manager for Agriculture to have an integrated, one-stop solution to connect key data sources for farm machinery data in the industry, thus bringing down the cost of technical investment that companies are facing today.

Furthermore, organizations can rely on the same system to connect to additional data sources, such as in-field sensors, and weather and satellite imagery, and incorporate data-driven insights and recommendations from the suite of AgPowered Services into their customer-facing solutions. Azure Data Manager for Agriculture provides B2B customers a ‘one-stop shop’ to connect to farm machinery data, weather, imagery, and insights from AgPowered Services.

Data connectors for OEMs to further improve

Agrotech, Collaborations, Company News, Middle East countries

The partnership will focus on implementing best-in-class agricultural practices, capacity building programs as well as undertaking comprehensive vegetable seed trials.

 Silal and Bayer a global leader in life sciences with a strong focus on healthcare and nutrition, have joined forces in a pioneering collaboration set to strengthen the agricultural landscape in the United Arab Emirates (UAE), addressing climate change as a pivotal concern.

The partnership was announced during a signage ceremony of a Collaboration Agreement during the World Agri-Tech Innovation Summit in Dubai on December 4th, 2023, in attendance of key private and public sector stakeholders.

This strategic partnership represents a significant milestone in the journey towards advancing best-in-class agricultural practices, especially under the challenging climatic conditions of the UAE, which are only expected to intensify due to the ongoing threat of climate change. Recognizing the vital role of agriculture in mitigating climate change and enhancing resilience, Silal and Bayer are steadfast in their commitment to bolster the agricultural sector in the battle against global warming.

 Together, Silal and Bayer will partner to enhance the capabilities of local agronomists, fostering an environment conducive to agricultural innovation and excellence, leveraging Bayer’s BayG.A.P. capacity building programa. The program encompasses modules on essential topics such as Integrated Pest Management, Safe Use, Crop Protection Products, Application Technology, and Irrigation. The implementation of the program foresees to follow a train-the-trainer approach. In the first step, agricultural engineers and farm managers will be trained. In the second stage, these trainers will then extend the capacity building efforts to potentially reach over 300 growers in the UAE, who are part of Silal’s network.

Another pivotal aspect of this partnership will be the undertaking of comprehensive vegetable seed trials. These trials will encompass a wide array of tomato, cucumber and melon seed varieties, each meticulously tested in diverse open field and mid-tech greenhouse setups. Further, these trials will embody a range of over 30 vegetable seeds varieties and aim to investigate how these varieties perform under challenging desert farming conditions, assessing their increased crop endurance, quality, and shelf-life characteristics. The research and data collected from these trials will not only benefit agricultural practices in the UAE but will also play a crucial role in informing agricultural practices in regions worldwide grappling with the challenges posed by climate change, especially rising temperatures in combination with high levels of humidity, also known as wet-bulb temperatures.

Furthermore, this collaboration with Silal is firmly aligned with Bayer’s overarching mission of “Health for All, Hunger for None.” It exemplifies the company’s dedication to addressing the critical challenges of our time by promoting sustainable agriculture and food production, ensuring that no one goes hungry while safeguarding the health and well-being of all.

 Salmeen Al Ameri, CEO at Silal, expressed enthusiasm about the partnership, saying, “This collaboration between Silal and Bayer holds immense promise for the future of agriculture in the UAE. By leveraging Bayer’s global expertise and our local knowledge, we aim to develop innovative solutions that will bolster the sustainability of our agricultural practices, against the climate change challenges.”

 Hugo Hagen, Senior Bayer Representative – Middle East at Bayer, echoed this sentiment, stating, “We are excited to embark on this journey with Silal, a partner that shares our vision for a world where hunger is eradicated, and health prevails. Together, we will harness the power of innovation to support transforming agriculture in the UAE and contribute to the country’s National Food Security Strategy 2051, all while addressing the urgent global challenge of climate change.”

Dr. Shamal Mohammed, Head of AgriTech at Silal added: “This collaboration reflects our commitment to strengthening the UAE’s AgriTech innovation landscape. Our partnership with Bayer will significantly contribute to our Innovation Oasis, and together, we are well-positioned to drive positive change in the agriculture sector.”

 Sami Joost, Global Communications Director International Relations & License to Operate – Crop Science and Open Innovation Lead – United Arab Emirates at Bayer, underlined: “At Bayer, we have leading research and development capabilities in plant breeding, biotechnology, chemistry, and data science, allowing us to deliver tailored solutions to farmers faster than ever before. Collaboration with external partners and complementing our in-house expertise with the know-how of excellent partners such as Silalis an integral part of driving innovation impact at Bayer.”

The partnership will focus on implementing best-in-class

Agrotech, Company News, Europe, IT

Industry platform Microsoft Azure Data Manager expands as more companies bring solutions: Leaf Agriculture further enhances useability of farm machinery data.

 Bayer has announced at Agritechnica, the world’s leading trade fair for agricultural machinery, an update on the strategic collaboration with Microsoft: New data connectors allow secure, compliant exchange of farm data between Bayer’s flagship digital farming product Climate FieldView™ and original equipment manufacturers (OEMs) through the industry platform Microsoft Azure Data Manager for Agriculture. Following the preview launch of Bayer AgPowered Services on the platform earlier this year, Leaf Agriculture is now bringing a solution to further enhance accessibility of farm machinery data, and OneSoil is delivering new solutions for in-season crop identification.

“Agricultural data is nothing new, but technology has evolved tremendously, and so should the ways farmers be able to collect, share, and benefit from the data they generate on the farm,” said Jeremy Williams, Head of Climate LLC and Digital Farming for Bayer’s Crop Science Division. “Our industry can now rally around an infrastructure, data connectors, and readymade capabilities that can further deliver on the potential of digital farming solutions and the value we can bring to customers, such as the ability to tie into sustainability programs through better connectivity and data interoperability.”

Once initiated by a farmer, enterprise customers from across the agri-food value chain, such as retailers, financial institutions, and consumer packaged goods (CPG) companies can now connect and auto sync planting, application, and harvest activity files from FieldView, enabling the exchange of data between solutions built on Azure Data Manager.

One of agriculture’s biggest technology challenges is a lack of data interoperability. Farmers have seen advancements in the ability to connect data between on-farm platforms, but solutions allowing them to connect to services and opportunities beyond the farm have been largely unavailable. Companies and organizations supporting agriculture and related industries have also lacked the infrastructure and capabilities needed to best serve their customers.

Bayer data connectors for OEMs further improve farmer and industry connectivity

In addition to FieldView connectivity and enabled by Sonata Software – a leading modernization engineering company and agtech system integrator – Bayer is also developing new AgPowered Services allowing for machine data connectivity with leading OEMs, including Stara, Topcon, and Trimble. Enterprise users of Azure Data Manager will have an integrated, one-stop solution to connect securely and compliantly to key data sources for farm machinery data in the industry, thus bringing down the cost of technical investment that companies are facing today.

Furthermore, organizations can rely on the same system to connect to additional data sources, such as weather and imagery, and incorporate data-driven insights and recommendations from the suite of AgPowered Services into their customer-facing solutions. Azure Data Manager provides companies one place to connect to farm machinery data, weather, imagery, and insights from AgPowered Services.

More companies are bringing solutions to the industry platform

Along with FieldView and OEM connectivity, a new AgPowered Service further enhances the accessibility of farm machinery data. Bayer Farm Machinery Decoder powered by Leaf Agriculture can translate machine data from many different OEMs and platforms. This can accelerate innovation and improve solution delivery to farmers by making it easier to build with consistent data from multiple sources.

“Farm data is stored in hundreds of different formats, which is a major challenge for anyone who wants to be able to work with data from more than just one provider,” said Leaf CEO G. Bailey Stockdale. “By making it easy to work with consistent data in a single format, we help companies unlock new value from their existing data. Offering this Leaf service as an AgPowered Service helps bring this technology to more companies faster and further accelerate the pace of innovation in food and agriculture.”

Another new capability, Bayer In-Season Crop Identification powered by OneSoil, provides remote sensing capabilities (satellite imagery) allowing for in-season detection of key cash crops such as corn and soybean, alongside an additional ten crops, across North America, South America, and Europe. This groundbreaking service opens the door to a multitude of valuable applications throughout the agricultural value chain. From verification for carbon platforms or government subsidy programs for sustainable farming practices, to capacity planning and optimization for crop processing companies to enhancing insurance assessments for accurate risk management, these examples provide a glimpse into the vast potential this technology holds.

“Contributing to the platform’s AgPowered Services right from the start is truly exciting. OneSoil’s cutting-edge crop detection models, fueled by AI and remote sensing, showcase our commitment to revolutionizing the agricultural industry on a global level,” said OneSoil CEO Morten Schmidt. “Collaborating with Bayer opens doors to introduce our technology to customers around the world, marking a significant step up in modern agriculture.”

Industry platform Microsoft Azure Data Manager expands

Agrotech, Company News, India, Seeds, Sustainability

Potential to transform India’s rice production: 75 per cent of total rice cultivation area expected to shift to direct-seeded rice practices by 2040.

Bayer has announced the introduction of its direct-seeded rice (DSR) system at the 6th International Rice Congress in Manila. Moving from transplanted puddled rice cultivation to direct-seeded rice can help farmers to reduce water use by up to 40 percent, greenhouse gas emissions (GHG) by up to 45 percent and reduce farmers’ dependence on scarce and costly manual labor by up to 50 percent. The introduction of the DSR system is fully in line with Bayer’s recently announced approach to regenerative agriculture which will enable farmers to produce more while restoring more.

Driven by these advantages, DSR has the potential to be transformational with 75 percent of total rice fields in India expected to switch to this cultivation method by 2040, in comparison to roughly 11 percent today. By 2030, Bayer plans to bring the DSR system to one million hectares in India, supporting over two million early-adopter smallholder rice farmers through its DirectAcres program.

Already underway, DirectAcres has seen considerable success with 99 percent of Indian farmers achieving successful plant establishment and 75 percent a higher return on investment compared to rice grown using the conventional transplanted method. Bayer plans therefore to introduce DirectAcres in other rice growing countries in Asia Pacific, starting with the Philippines in 2024.

“We are building entire systems based on regenerative agriculture practices that create value for farmers and nature alike and that help address the issue of global food security,” said Frank Terhorst, Head of Strategy & Sustainability at Bayer’s Crop Science division.

Traditionally, rice farmers first grow seedlings in nurseries before transplanting them in ploughed, levelled and flooded paddy fields. Over the subsequent months the water level must remain constant to ensure that the plants establish and grow. Shortly before the harvest the farmer drains the field. Some 80 percent of the world’s rice crop is today produced using this method.

Now, using advanced R&D capabilities, Bayer is designing climate-resilient rice hybrids with higher yields that can be sown directly in the soil and bred specifically for the different farm environments. By removing the standing water, machinery can perform much of the otherwise time consuming and arduous, manual farming practices. The reduced dependence on excess water – used partly to prevent weeds – means access to crop protection solutions will be key to the transformation. To address this, Bayer is developing new crop protection solutions including a new rice herbicide to ensure a successful and durable weed management program for the direct-seeded rice system.

DSR has the potential to change this by reducing the water use and the GHG emissions created by methane emitting bacteria that thrive in the standing water. The reduction of on-farm manual labor – through mechanization – addresses the issue of continuous labor shortage in the Indian countryside due to rapid urbanization. This has been recently confirmed in the Farmer Voice study supported by Bayer: 22 per cent of Indian smallholder farmers see labor costs as one of the biggest challenges to their operations.

At the 2023 UN Water Conference, Bayer committed to improving water use by 25 percent per kilogram of rice produced by its smallholder farmer customers enrolled in the DirectAcres program by 2030. Bringing direct-seeded rice to one million hectares by 2030 also contributes to the company’s sustainability goals of reducing customers’ on-field GHGs per kilogram of crop produced by 30 percent and empowering 100 million smallholder farmers to sustainably increase their productivity, improve the quality of their produce and enhance their livelihoods.

Potential to transform India’s rice production: 75

Agrotech, Award, Company News, Start ups

FarmSense’s award-winning FlightSensor utilises patented technology, computational entomology, artificial intelligence, machine learning, and real-time analytics to improve insect monitoring and crop management efforts

Agtech startup FarmSense, announces that it has been awarded the top prize in Bayer’s global Grants4Tech Pest Monitor Challenge. The FarmSense team recently spent multiple days demonstrating the capabilities of their FlightSensor technology during the finalists’ event at Bayer’s headquarters in Germany. The panel of judges were impressed by FarmSense’s real-time pest monitoring technology and its promising potential to revolutionise pest monitoring efforts in commercial agriculture — resulting in the top prize of 10,000€ and possible future collaboration with Bayer.

Bayer described the goal of the competition as a search for “novel technologies to detect and identify above and/or below ground pests in crops at an early infestation stage, enabling an optimized application of crop protection solutions.” Finalists were scored on four categories: novelty of hardware design, sensitivity (spatial and temporal resolution), scalability (robustness, affordability, ease of use), and testability.

“FarmSense is honored to receive the top prize in the Bayer Grants4Tech Pest Monitor Challenge. Technological advances in real-time pest monitoring and classification, like FarmSense’s FlightSensor provides, are essential to support the continued growth of commercial agriculture in a sustainable manner. We are enthusiastic about the future of FarmSense,” said Dr Shailendra Singh, FarmSense co-founder and CTO.

FarmSense’s award-winning FlightSensor utilises patented technology, computational entomology, artificial intelligence, machine learning, and real-time analytics to improve insect monitoring and crop management efforts. The FlightSensor is a revolutionary step forward in pest management, saving growers time, labour and money, and reducing the need for pesticide use while improving crop yield.

FarmSense's award-winning FlightSensor utilises patented technology, computational

Agro chems – Chemicals, Agrotech, Company News, Europe, Finance, R&D

This is the company’s largest single investment in its Crop Protection business in Germany.

Bayer significantly strengthens its commitment to innovation in regenerative agriculture with a EUR 220 million investment in research and development (R&D) at its Monheim site. This is the company’s largest single investment in its Crop Protection business in Germany since the founding of the Monheim campus in 1979. The new Product Safety complex with labs, offices, and a greenhouse area offers space for approximately 200 employees. Its principal focus will be on developing the next generation of chemicals for a sustainable future and enhancing the environmental and human safety of Crop Protection. The new facility will boost Bayer’s efforts to become a major contributor to regenerative agriculture by developing and bringing to market new Crop Protection solutions which have even better environmental profiles than those currently available and will play a key role in significantly reducing agriculture’s impact on the environment.

“Looking into the future, we must radically transform today’s farming systems and switch to regenerative agriculture practices that produce more with less, while restoring more. There is a high demand for pushing beyond established standards in safety to unlock breakthrough innovation and Crop Protection solutions with better environmental profiles,” said Dr. Robert Reiter, Head of R&D at Bayer’s Crop Science Division.

The investment is also a clear commitment to Europe as a base of operations as well as one important cornerstone of Bayer’s Future Concept for Germany. “Even in times of economic uncertainty, we are laser-focused on innovation and future technologies,” Dirk Backhaus, Head of Product Supply at Crop Science, pointed out. “We have a long track record of investing into research, development, and production of safe chemical products for agriculture, and we’re eager to leverage our world class expertise in Germany to shape the future of regenerative agriculture here and around the world. The new facility at our Monheim site is a shining example of precisely that: Investments in future technologies, modern facilities, and, most importantly, our people.” Over the past three years, Bayer has invested EUR 180 million at its Dormagen site, with a focus on expanding production capacities for modern Crop Protection.

 The opportunity to invent better, climate neutral and environmentally benign Crop Protection products is huge and aims to strengthen Bayer’s global competitiveness. As such, this investment also reflects Bayer’s commitment to the innovative capacity of Germany and Europe. The anticipated construction period of the new Monheim facility will be around 3 years. Full commissioning is planned for 2026.

The new R&D facilities will be an important cornerstone of Bayer’s new innovation approach for Crop Protection. Already today, Bayer’s product portfolio ranks very well in terms of environmental impact. But the company is strongly committed to reducing it even further and pushing beyond established standards.

“With our new disruptive innovation approach – what we call CropKey – we are now designing molecules instead of selecting them,” said Rachel Rama, Head of Small Molecules at Crop Science. “This is based on a discovery concept which allows us to create solutions based on the predefined safety and sustainability profiles that go above and beyond current standards.” Data science, early safety screenings, modeling and artificial intelligence are crucial elements that enable our top scientists to create the next generation of Crop Protection, taking advantage of massive amounts of data and machine learning and setting a new benchmark. “With our investment in Monheim, we are now building a new data powerhouse in a high-tech work environment that will be highly attractive for our researchers and future top talents.”

The new innovation approach to Crop Protection is also clearly aligned with Bayer’s sustainability commitment to reduce the environmental impact of Crop Protection products by 30% by 2030.

This is the company’s largest single investment

Agrotech, Company News, Foodgrains, R&D, Sustainability

The Program in its first year aims to significantly scale up its coverage to 25,000 hectares of rice cultivation during the Kharif 2023 and Rabi 2023-24 seasons.

Bayer, a global enterprise with core competencies in the life science fields of agriculture and healthcare, in collaboration with GenZero, a Temasek-owned investment platform company dedicated to accelerating decarbonization globally, Shell Energy India Private Limited, a subsidiary of Shell Plc and investor in nature-based solutions, and other experts, is pleased to announce their efforts to develop a robust model to showcase the scalability of methane emissions reduction in rice cultivation. The proposed approach will include training, support, and guidance for smallholder farmers while utilizing Measurement, Reporting & Verification (MRV) mechanisms incorporating remote sensing technology. The project aims to set a benchmark for similar efforts in the rice decarbonization space.

Bayer over the last two years has already done the necessary groundwork and initiated a pilot Sustainable Rice Project across India. It started with an aim to generate carbon reductions by encouraging rice farmers to switch from the current practice of transplanting with continuously flooding fields to Alternate Wetting and Drying (AWD) that involves controlled and intermittent flooding and Direct Seeded Rice (DSR) that involves no transplanting operations and very limited flooding.

With this collaboration in place, the Program in its first year aims to significantly scale up its coverage to 25,000 hectares of rice cultivation during the Kharif 2023 and Rabi 2023-24 seasons. Any success achieved during this first year will pave the way for the implementation of an even larger-scale sustainable rice project. Beyond greenhouse gas reduction, the program is expected to generate other benefits such as water savings, soil health improvement, and enhanced community livelihoods for smallholder rice farmers.

To ensure scientific accuracy and credibility, the International Rice Research Institute (IRRI), a globally renowned scientific institution, will provide valuable support in conducting scientific assessments of greenhouse gas reductions, water use reductions, and improvements in soil health.

Speaking about the program, Simon-Thorsten Wiebusch, Country Divisional Head, Crop Science Division of Bayer for India, Bangladesh & Sri Lanka said, “Bayer’s commitment to rice cultivation is two-fold. Through our focus on rice, we want to solve two of the biggest challenges impacting humanity, namely, food security and climate change. With this program, we aim to get more insights into how regenerative agricultural practices can contribute to mitigating climate change by way of methane emission reductions, water conservation, soil health improvements and drive sustainable development of smallholder farmers. Having the expertise and support of organizations like GenZero, Shell, International Rice Research Institute (IRRI) and others will go a long way in developing the ecosystem for faster adoption of such sustainable practices”.

Frederick Teo, CEO of GenZero, said, “ With this program, we aim to transform the future of rice cultivation by driving the adoption of alternative wetting and drying as well as direct seeding techniques across smallholder farmers in India. The aim is to reduce the amount of water required for farming across many water-stressed agricultural regions in India and reduce methane emissions arising from rice cultivation, supporting the transition of the agricultural industry towards a low-carbon future.

Flora Ji, Vice President Nature Based Solutions, Shell plc said, “Nature-based solutions, like this rice cultivation project, are an important additional tool in addressing climate change and contributing to sustainable development. We look forward to the outcome of this program to further strengthen capabilities and leverage novel technologies to deploy nature-based solutions at scale.”

Speaking about the collaborative initiative with Bayer, Dr. Ajay Kohli, Deputy Director General for Research, IRRI said, “Public-private partnerships are an effective way to transform food systems, leveraging the strengths and resources of both sectors to achieve common goals. Such partnerships in agricultural science can improve the efficiency and effectiveness of research and development. By combining the strengths and resources of both sectors, and also sharing knowledge and capacity-building, thus enhancing the overall productivity and sustainability of the agricultural sector.”

The Program in its first year aims

Agro Universities, Agrotech, Australia, Company News, Finance, R&D, Seeds

Research aims to produce plant seeds by selection from wild populations with characteristics suitable for commercial native grain production and food markets.

Native grasses hold excellent nutritional value such as fatty acids, but their potential as a food source and economically viable industry has not been investigated, until now. Bayer is proud to provide a $240,000 grant to the University of Sydney to investigate the untapped potential of native grains. 

As a life science company, Bayer is continually looking at innovative ways to support and strengthen underserved communities.  The three-year research program aims to grow the Indigenous native grain industry by revitalising traditional methods of using grains, investigating the use of plant selection to identify wild populations with suitable attributes for commercial grain production, and amplifying education and knowledge sharing among the local Kamilaroi and other First Nations communities. Importantly, the research program includes supporting an Indigenous trainee to increase skills base and support the emerging industry.

Research objectives

Specifically, the research objective is to produce plant seeds by selection from wild populations with characteristics suitable for commercial native grain production and food markets.

Desirable traits include high seed yield per hectare, low shattering, easy to harvest, easy to thresh, high thousand kernel weight, high protein (or other desirable nutrients), and compactness and uprightness in inflorescence.

This project is supported exclusively by a Bayer grant, and research conducted by The University of Sydney Plant Breeding Institute. If superior plant forms are identified, the Indigenous communities will have the rights to use, grow and commercialise these forms, as the IP for the future variety has already been signed over to the University of Sydney.

Research aims to produce plant seeds by

Agrotech, Company News, Horticulture, India

To create a collaborative ecosystem to unlock the potential of the horticulture segment.

Bayer, a global enterprise with core competencies in the life science fields of agriculture and healthcare organized a National seminar “India Horticulture Future Forum 2023” yesterday, to deliberate upon the future of Indian Horticulture and nutrition security concerns that can be alleviated through the Fruits and Vegetables segment. In this one of its kind events, the spotlight was on the challenges, opportunities, and advancements of the segment from the lens of empowering the smallholders for better economic prospects. The event involved presentations as well as panel discussions on effective policies, schemes, implementation models, and programs aimed at boosting the sector’s competitiveness and growth. The event was attended by senior policymakers, regulators, researchers, academicians, subject matter experts, corporates from across the value chain and representatives of financial institutions and importing countries.

The India Horticulture Future Forum 2023 held insightful sessions with an India-centric perspective, discussing development opportunities in the sector. The event featured several engaging sessions, including “AgTech Revolution focusing on Horticulture,” “Fruits and Vegetables for Better Health and Nutrition,” “Export Opportunity for India in Horticulture,” and “Insights into Policy Developments and Key Regulations.”

All these key pillars were deliberated upon by the experts with the aim to create diverse workstreams to address the key concerns and opportunities for the sustainable growth of the segment. Grant Thornton Bharat LLP served as the Knowledge Partner for this event and will be facilitating these task forces along with Bayer.

In a special message read out during the event, Narendra Tomar,Union Minister of Agriculture and Farmers Welfare, Government of India said, “The country has today graduated from largely targeting food security issues to nutritional security issues. In this setting, horticulture production is the key to address both the challenges.”

Speaking at the conference, D Narain, President, South Asia, and Global Head of Smallholder Farming, said, “India will witness a threefold jump in demand and consumption of horticultural crops within the next decade apart from the opportunities associated with global exports. In this context, the India Horticulture Future Forum is an effort to create a collaborative ecosystem to fully harness the potential of the horticulture segment from a macro lens of nutritional security and national economic growth while at the grassroots level, positively impacting the incomes and livelihoods of millions of smallholder farmers”.

Professor V. Padmanand, Partner, Grant Thornton LLP, said “Strengthening the horticulture value chain will involve interventions in the production, post-harvest and processing infrastructure and marketing and logistics space. Team Grant Thornton has been working extensively on these areas with the government, private stakeholders, farmers as well as global development partners. The need of the hour is to upscale best practices and models countrywide through synergized joint action.”

At the seminar, experts discussed urgent steps required to integrate and revamp the horticulture production and value chain system, promote healthier and more nutritious foods, and improve farmers’ income.

To create a collaborative ecosystem to unlock

Agrotech, Company News, Europe, Finance, Seeds

This investment includes a new seed dryer, state-of-the-art agricultural field equipment, storage facilities.

Bayer has revealed an investment of overall 60 million euros from 2023 onwards in its corn seed production facility Pochuiky, Ukraine. With this the life sciences company emphasizes its commitment to Ukraine and strengthens its Crop Science business in the country, contributing to rebuilding the economy. This investment includes a new seed dryer, state-of-the-art agricultural field equipment, storage facilities and the construction of two bomb shelters to ensure the safety of the Ukrainian colleagues who have been operating the facility and executing this investment project under very difficult circumstances.

Bayer’s Head of Public Affairs, Science and Sustainability Matthias Berninger said, “Our investment underscores our commitment which is in full alignment with our vision of ‘Health for all, hunger for none’ and reflects the critical importance of the country in the global food supply chain. We will do our part to support the rebuilding plan for Ukraine and protecting food security for the region and for the world.”

Berninger attended a small business delegation on a visit to Ukraine led by Robert Habeck, German Vice-Chancellor and Federal Minister for Economic Affairs and Climate Action. The delegation which also included Oliver Gierlichs, Managing Director of Bayer Ukraine, discussed Germany’s commitment to the country and its people as well as the possibilities of an economic partnership. It was the first business delegation of the German government in Ukraine since the beginning of the war.

Prior to the war, the company made a significant investment of close to 200 million euros to establish corn seed production through a network of skilled Ukrainian farmers and the greenfield seed processing site in Pochuiky. The plant was inaugurated in 2018 and operates with around 100 on-site employees and about 250 to 300 seasonal workers. Bayer, with its plant, is one of the biggest investors in the region. Its taxes comprise about 25% of the local community budget. Bayer is actively involved in solving social issues of the local community in the Pochuiky village by investing in the construction of a new road and the local hospital, as well as continuously supporting the local school, kindergarten and library.  Pochuiky site investment in line with overall efforts of Bayer to support Ukraine.

This investment includes a new seed dryer,

Agro Universities, Agrotech, India, R&D

 It aims to establish of a network of institutions and actors to advance seed and varietal development, adaptation, and accelerate the deployment of product concepts.

 The U.S. Agency for International Development (USAID) and Bayer agreed to support and co-invest in a four-year project “Scale Direct” that aims to accelerate the global efforts of the International Rice Research Institute (IRRI) on direct seeded rice (DSR) research and development for smallholder farmers in Asia and Africa. The Project got launched through a ceremonial event hosted at IRRI South Asia Regional Centre, Varanasi on 09 March 2023.

Underpinned by IRRI’s DSR research flagship, the project titled “Improving the quality of life of smallholder rice farmers in Asia and Africa through introduction, on-farm testing and scaling of improved germplasm and climate smart agronomy” and also named as “ScaleDirect” is a comprehensive integration of breeding specific varieties for DSR establishment methods, on-farm validations, DSR specific agronomic practices, and seed systems and enterprise development activities.

The global initiative’s core objectives include the 1) establishment of a network of institutions and actors to advance seed and varietal development, adaptation, and accelerate the deployment of product concepts, product varieties or hybrids, and required DSR market-suited traits, 2) introduction, validation, and scaling of climate-smart agronomic practices and technologies, 3) strengthening formal and informal seed production, delivery, and entrepreneurship for equitable, gender-inclusive access to climate-resilient products, and 4) an evidenced-based learning, feedback, and recommendation mechanism for experts and policymakers.

“Smallholder farmers are an integral part of the agriculture system and advancements in farming are key to their growth. We are elated to partner with USAID and IRRI to bring the latest innovation and Agri-focused technology to smallholders across the globe, building a better agriculture system and staying true to Bayer’s vision of ‘Science for better’ in agriculture,” said Simon-Thorsten Wiebusch, Country Divisional Head – Crop Science Division of Bayer for India, Bangladesh and Sri Lanka.

USAID General Development Officer, Dr. Jim Gaffney lauds the project for its alignment with the US government’s Feed the Future Initiative to end hunger. He also expressed his optimism for the returns this investment will bring given its strong backing from multiple national agriculture research systems (NARS) partners, among other collaborating sectors.

“There is massive opportunity and learning in public, private, and community extension network collaborations. The diverse participation by various stakeholders in this launch is a clear manifestation of true public-private partnership. This collaboration rests upon a shared vision of making our farming systems more responsive to climate change impacts,” said IRRI Rice Breeding Innovations Platform leader, Dr. Hans Bhardwaj.

Resulting from co-conceptualization meetings between IRRI, Bayer, and USAID that began in 2022, the project is touted to help improve the environmental and socio-economic sustainability of rice production and lead to widespread adoption of DSR practices among smallholder farmers in India, Nepal, Bangladesh, Kenya, Tanzania, Mozambique.

IRRI Director General, Jean Balié stressed the importance of this synergy as well as the crucial role of the NARES partners in the timely and appropriate scaling of these interventions. “We cannot emphasize enough that we are committed to bringing new innovations to the forefront of rice systems. Furthermore, we are highly committed to ensuring that these technologies provide sustainable economic outcomes for our stakeholders. The shared goal is always to improve the lives of farmers.”

 It aims to establish of a network