Sudan, the Philippines and Malawi made notable contributions to the Svalbard Global Seed Vault. (Image source: Adobe Stock)

More than 14,000 seed samples from 21 genebanks were deposited in the Svalbard Global Seed Vault last month

These samples included essential varieties of sorghum and pearl millet from Sudan’s crop genebank; a collection of velvet beans from Malawi; and critical food crops from a Philippine gene bank that is being destroyed by typhoons and fires. Brazil, the host of this year’s global climate negotiations, also deposited a major collection of more than 3,000 varieties of rice, beans and maize.

Following the deposit ceremony, the first-ever Svalbard International Dialogue brought together high-level government officials, crop experts and global thought leaders to discuss the challenge of safeguarding crop diversity amid increasing environmental pressures and escalating global conflicts.

Sudan’s contribution 

Sudan made its sixth deposit of seed samples of 15 species, including many varieties of sorghum, a crop that is deeply tied to Sudanese cultural heritage, and is also a lifeline for food security in the country. With the help of the Emergency Reserve for Genebanks, hundreds of seed samples that were impacted during the civil war, were transported to NordGen to be sorted catalogued, packed and documented as part of the Sudanese deposit. These were then transported to the Svalbard Global Seed Vault. 

The Philippines’ contribution 

After several seed stocks were destroyed by natural extreme events like typhoons and fires, partners from the Philippines with support from the BOLD Project, visited Svalbard to deposit seeds of eggplant, rice bean, lima bean and sorghum.

Malawi’s contribution 

Being another BOLD partner, Malawi deposited velvet beans, a crop that enables farmers to boost production and keep their soils healthy, while also offering important medicinal benefits. Velvet beans are a nitrogen-fixing legume that when used as a fertiliser can more than double maize yields. The species, which is also used in traditional medicine, boasts high levels of levodopa, a compound used to treat the symptoms of Parkinson's disease. 

“This moment is a powerful reminder that securing our food future requires collective action,” said Stefan Schmitz, executive director of the Crop Trust. “Through our partnerships, including the BOLD project, we’ve worked with institutions around the world to safeguard vital crop diversity.”  He further highlighted how the deposited seeds represented not only biodiversity, but also the knowledge, culture and resilience of the communities that steward them. “We must find a way to protect this crop diversity for generations to come,” Schmitz added. 

The X-ray inspection system Dylight S combines a compact design with precise foreign body detection and efficient quality control. (Image source: Minebea Intec)

One of the world's leading industrial weighing and inspection technologies, Minebea Intec has introduced the new Dylight S, an X-ray inspection system that enables manufacturing companies to guarantee the highest product safety and quality at an affordable price 

The evolving needs of the food and pharmaceutical industries makes advanced technologies crucial to ensure sustainability, while maintaining high product quality, safety and affordability. Regulations such as the pre-packaging ordinance or supplier audits require complete documentation. At the same time, sustainable packaging materials make the use of advanced X-ray technologies essential. This is where the new X-ray inspection system Dylight S comes in. 

Featuring sideshooter technology, this compact system has been specially developed to ensure the quality of products in upright containers. It enables more precise detection of foreign bodies in products with light and complex packaging. The X-ray inspection system not only enables reliable detection of metallic and non-metallic foreign bodies—including glass, rubber, stones or plastic parts—in containers such as PET bottles, liquid food cartons or plastic cans, but also offers functions for completeness checks and fill level inspections. Thanks to a wide range of interfaces, Dylight S can be seamlessly integrated into digital production environments. 

"The X-ray inspection system Dylight S is characterised by its extremely compact design. This enables easy integration into existing production lines," said product manager at Minebea Intec, Mengqi Liang. "Another key advantage of the Dylight S is using the monoblock generator without an external transformer, which reduces technical complexity and simultaneously lowers the total cost of ownership (TCO)."

Furthermore, to boost production efficiency and improve accuracy, Minebea Intec is introducing another innovative feature with the X-ray inspection system Dylight S: autonomous parameter adjustment. This function optimises the product set-up process and inspection process by automatically adjusting the settings to reduce false rejects. Another notable feature is the image acquisition function that uses innovative software technology to generate a second X-ray image from an acquired image, enabling the operating personnel to subsequently optimise brightness, contrast and scaling and to detect the foreign bodies that have been missed in the original images. 

The programme is aimed at tackling challenges such as land restoration, carbon neutrality, and smallholder farming sustainability. (Image source: ICRISAT)

A three-week international training on landscape resource conservation recently concluded at the International Crops Research Institute for the Semi-Arid Tropics (ICRISAT) bringing together 24 participants from 14 countries 

These include Ghana, Tajikistan, South Sudan, Myanmar, Morocco, Ethiopia, Cambodia, Liberia, Mali, Chad, Sri Lanka, Lesotho, Iran, and the Philippines. The programme is aimed at tackling challenges such as land restoration, carbon neutrality, and smallholder farming sustainability. It also provides a platform for sharing global best practices. During the training, director general-interim of ICRISAT, Dr Stanford Blade highlighted the importance of two-way knowledge exchange and encouraged continued collaboration beyond the workshop.

Key themes such as landscape hydrology, land resource inventory, natural resource management (NRM) structures, digital tools for landscape management, water budgeting, climate-resilient agriculture, sustainable farming practices, and nutrient management were covered during the training. Participants were also urged to translate their learnings into tangible actions.

At the inaugural session, Dr Ramesh Singh, principal scientist & cluster lead-ICRISAT at Development Centre, provided an overview of the course, while ICRISAT’s Global Research Programme directors, Dr Sean Mayes and Dr Victor Afari-Sefa, emphasised the role of collaborative research in addressing global challenges.

Participants engaged in immersive tour experiences which included an ICRISAT field visit and a one-week exposure visit to landscape intervention sites in Jhansi, Uttar Pradesh. The tour included the World Heritage Irrigation Structure – Sukma Dukma Dam – and visits to ICAR institutes IGFRI and CAFRI, which specialise in grassland and fodder research, as well as agroforestry.

“This training is not just an academic exercise; it embodies the spirit of South-South collaboration. I urge you to stay connected and build on this resource base to drive meaningful change,” Dr Blade emphasised. He also acknowledged the support of the Ministry of External Affairs, Government of India, for facilitating the programme. 

Novonesis will vertically integrate the complete value chain of the Alliance, adding dsm-firmenich’s sales and distribution activities alongside its existing product innovation and production capabilities. (Image source: Novonesis)

Novonesis has signed an agreement with dsm-firmenich to take over the sales and distribution activities of the Feed Enzyme Alliance in exchange for a total cash consideration of US$1.5bn 

This acquisition aligns with Novonesis’ growth strategy and expands its presence across the animal biosolutions value chain. Financially, this transaction is accretive to revenue growth, adjusted EBITDA margin and adjusted EPS excl. amortisation, with attractive revenue synergies.

Novonesis will vertically integrate the complete value chain of the Alliance, adding dsm-firmenich’s sales and distribution activities alongside its existing product innovation and production capabilities. The fully integrated business will be better equipped to serve existing and new customers with strong insights into core markets and product technologies enhancing R&D and unleashing further innovation. 

Through the successful combination of Novozymes and Chr Hansen, Novonesis is now an industry leader in animal biosolutions with one consolidated go to market model and leading technological know-how. With this transaction Novonesis will have a greater customer reach and a broader offering of market leading biosolutions, combining enzymes and probiotics, for both animal nutrition and health. This acquisition will accelerate Novonesis’ sales growth of animal biosolutions by a low-single-digit CAGR above market growth.

“The Alliance has been a great success for both companies, establishing a global leadership position in feed enzymes," said CEO of dsm-firmenich, Dimitri de Vreeze. I am confident that this business will continue to thrive under the leadership of Novonesis, and I am pleased that the long-term commercial relationship with our Animal Nutrition & Health business will continue.”