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The goal will be to connect those looking to develop bio rational products with industry partners

The World BioProtection Forum (WBF) will host a free virtual webinar on October 12, 2021, for stakeholders, from across the agri tech sector to discuss the use of adjuvants and soil health in agriculture. The webinar is relevant to start-ups, SMEs, entrepreneurs, innovators, multinationals, academic institutions, research organisations and end-users.

A key goal is to connect those looking to develop bio rational products with industry partners who may be able to support the realisation of these products into commercial materials. Experts in the field will connect with the stakeholders in the bio protection sector to discuss how to overcome the challenges.

Dr Minshad Ansari, Chairman, WBF said, “There are numerous challenges with formulating crop protection products, and the agri tech sector has developed numerous adjuvants for enhanced persistency, penetration, UV protection, wetting, etc, but for bio protection products these solutions also need to be biocompatible. To bring bio protection products to market in a practical, usable form, ‘collaboration for innovation is key – if we can connect the bio protection sector, we can help advance the industry by providing products that are practical to use, and work in the field as well as in the lab.”

Professor Shashi Sharma, President, WBFsaid, “In the 21st century, our focus must be on soil health and the underpinning microbiome to explore and discover the winners that will enable us to transform the unsustainable global food production systems to sustainable systems.”

The goal will be to connect those

Discussions were held on agricultural sustainability and prosperity of farmers

The Research and Extension Specialists Virtual Workshop for rabi crops was recently held at Punjab Agricultural University (PAU), under the aegis of the Directorate of Extension Education. More than 300 participants including senior officers, joint directors, chief agricultural officers, officers, scientists, extension workers, ADOs, AOs from the departments of agriculture and animal husbandry, faculty and students from PAU and Guru Angad Dev Veterinary and Animal Sciences University Administration Block (GADVASU) attended the workshop.

 

PAU Vice-Chancellor and Additional Chief Secretary (ACS) Development, Government of Punjab, Anirudh Tewari, in his remarks highlighted policy perspectives geared towards agricultural sustainability and farmers’ prosperity. Tewari congratulated the scientists of PAU for exemplary strides in research as well as extension, with special mention of the unflinching efforts of PAU and the Agriculture Department in increasing the area of Direct Seeded Rice (DSR) in Punjab from 5 lakh hectares last year to 6.01 lakh hectares in 2021. “This is a huge service rendered to the state and the country by conserving water,” he stated.

 

Tewari urged the agriculture development officer (ADOs) to remain in constant touch with the university and to create a database of all ADO along with their touchpoints in the university. On the same lines, he directed all the scientists of PAU to personally mentor the ADO’S so as to further strengthen the link with farmers. He shed light on how all the dividers on the national highways of the state would be lined by flora to encourage beekeeping as a subsidiary occupation among state farmers. 

 

Tiwari also dwelled on the issues of soil health and reclamation as well as boosting farmers’ income. With respect to the latter, the Vice-Chancellor advised all functionaries to demonstrate the idea of crop diversification in farmers’ fields rather than forcing them for the same. He directed that all extension activities be built around telling the farmer to either reduce 20 per cent area under the current crop or to increase his income by 20 per cent. Thus all farm visits or training camps must highlight the mission of sustainable agriculture and prosperous farmer, he stated.

 

On the paddy straw management front, Tewari introduced PAU’s newly developed Smart Seeder; a combination of PAU Happy Seeder and Super SMS for efficient in situ straw management.

 

Dr Sukhdev Singh Sidhu, Director Agriculture and Farmers Welfare, Punjab lauded the scientists and extension functionaries for their contribution to the highest ever paddy production and the state contribution to the central pool.

 

Dr Sidhu highlighted the issues of herbicide and yellow rust resistance in wheat, affordable machinery and management of pests in CRM crops. He urged to eliminate the presence of residues in basmati to ensure hitch-free exports. Dry puddle rice, nano fertiliser, groundwater techniques, drip irrigation and inter culture techniques were also discussed.

 

Director of Research, PAU, Dr Navtej Singh Bains outlined the recommended varieties of wheat, berseem, javi, dake followed by recommendations in production technologies, agricultural machinery and crop protection techniques.

 

Earlier, Dr Jaskarn Singh Mahal, Director, Extension Education and Chairman of the session, welcomed the esteemed dignitaries. The programme was coordinated by the Additional Director of Communication, Dr Tejinder Singh Riar. The action taken report was read out by Dr GS Bhuttar.

 

In the end, Dr GPS Sodhi, Additional Director, Extension Education proposed the vote of thanks.

Discussions were held on agricultural sustainability and

20 cane development inspectors attended the training programme

Regional Research Station, Kapurthala organised a one-day training programme for cane officials of the Cooperative Sugar Mills of Punjab. 20 cane development inspectors attended the training programme.

Dr Paramjit Singh, Director, RRS Kapurthala, emphasised that rigorous and continuous efforts are required to improve productivity and sugar recovery in times to come.
 
Dr GS Sanghera, Principal Sugarcane Breeder and Dr Navdeep Singh Jamwal, Breeder presented the present status of sugarcane varieties in the state and informed the participants regarding sugarcane varieties suitable for autumn and spring planting and their key characteristics for identification, production and protection. Dr Onkar Singh, Dr Rajinder Pal, (Agronomists) and Dr Rajan Bhatt (Soil Scientist) deliberated improved cultivation practices for sugarcane crops with special emphasis on intercropping and told them regarding judicious use of fertilisers in sugarcane.
 
Dr Rajinder Kumar and Dr Anoosha (Entomologists) shared the information on the judicious use of insecticides for the management of insect pests in sugarcane crops. Dr Anuradha (Plant Pathologist) discussed the management of different diseases in sugarcane.
 
Dr Lenika Kashyap (Biochemist) proposed the vote of thanks and discussed the processing of sugarcane for quality jaggery production.

20 cane development inspectors attended the training

The traditional Jhum cultivation has become unsustainable primarily due to the reduced fallow cycle resulting in depletion in soil fertility

Pineapple-based agroforestry, traditionally practised by the ethnic ’Hmar’ tribe in southern Assam, can be a sustainable alternative to jhum cultivation for North East India. The traditional practice can provide twin solutions for climate change and biodiversity loss, according to a new study.

 

Jhum cultivation, also called swidden agriculture, the dominant agricultural practice in the region, has become unsustainable primarily due to the reduced fallow cycle resulting in depletion in soil fertility, severe soil erosion, and low agronomic productivity. Hence, North East India and many south Asian countries are shifting to agroforestry and high-value cropping systems from traditional jhum practices over the past decades, which are considered sustainable and profitable alternatives. Researchers are looking for agroforestry options that would also offer high C storage potential and tree diversity to couple this with solutions for challenges of climate change and biodiversity loss. 

 

Pineapple Agroforestry Systems (PAFS) are dominant land use in the Indian Eastern Himalayas and other parts of Asia and are mostly grown in association with multipurpose trees. The ethnic ’Hmar’ tribe in southern Assam have been cultivating pineapple for centuries. At present, they practice the indigenous PAFSfor, both home consumption and boosting economic benefits. They have applied traditional knowledge to evolve a unique agroforestry system. 

 

The recent study carried out by the Department of Ecology and Environmental Science, Assam University, Silchar, with support from the Climate Change Program Division of the Department of Science & Technology, GoI, assessed the tree diversity and ecosystem carbon storage through traditional agroforestry system practised by the local communities. It showed that the system they practice maintains a steady ecosystem carbon stock while reducing land-use-related carbon emission and providing additional co-benefits to the communities.

 

The study by a research team led by Arun Jyoti Nath, Associate Professor in the Department of Ecology and Environmental Science, Assam University, Silchar was conducted in the ethnic villages located in the Cachar district of Assam, part of the Himalayan foothills and the Indo-Burma centre of global biodiversity hotspot to explore changes in tree diversity and transition of dominant tree species from swidden agriculture through different aged PAFS.

 

It was found that farmers apply traditional knowledge for tree selection through prior knowledge and long-term farming experience. Additionally, fruit trees such as Areca catechu and Musa species are planted on farm boundaries as live fences. The live fence reduces soil erosion and acts as a windbreak and shelterbelt. 

 

A combination of economically important trees like Albiziaprocera, ParkiatimorianaAquilariamalaccensis, as well as fruit trees like papaya, lemon, guava, litchi, and mango with pineapple caters for both home-consumption and selling all year round. The upper canopy trees regulate light, enhance biomass inputs, and increase farm diversity, resulting in soil fertility and improved plant nutrition. The tree-related management practices promote the conservation of the farmers’ favoured indigenous fruit trees. In the older pineapple agroforestry farms, farmers introduce rubber trees.

 

The research shows that the practice can be applied for the REDD+ mechanism to add to the carbon capturing and reducing deforestation by contributing to tree cover, which may further incentivise against the carbon credit to the poor farmers. 

 

The study published in the Journal of Environmental Management recently can provide information about emission factors for the indigenous agro-ecosystems in North East India for mitigation purposes, which may also facilitate the formulation of incentives for the communities under the REDD + mechanism. It would also equip forest managers with information for accounting for the changes in the C storage due to deforestation and jhum cultivation.

The traditional Jhum cultivation has become unsustainable

A financial outlay of Rs11,040 crore out has been chalked out of which Rs 8,844 crore will be the share of GoI

The Union Cabinet, chaired by Prime Minister Narendra Modi has given its approval to launch a new mission on oil palm to be known as the National Mission on Edible Oils – Oil Palm (NMEO-OP) as a new Centrally Sponsored Scheme with a special focus on the North East region and the Andaman and Nicobar Islands. 

 

A financial outlay of Rs 11,040 crore has been made for the scheme, out of which Rs 8,844 crore is the Government of India share and Rs 2,196 crore is State share and this includes the viability gap funding also. 

 

Under this scheme, it is proposed to cover an additional area of 6.5 lakh hectare (ha.) for oil palm till the year 2025-26 and thereby reaching the target of 10 lakh hectares ultimately. The production of Crude Palm Oil (CPO) is expected to go up to 11.20 lakh tonnes by 2025-26 and up to 28 lakh tonnes by 2029-30. 

 

The scheme will immensely benefit the oil palm farmers, increase capital investment, create employment generation, shall reduce the import dependence and also increase the income of the farmers.

 

There are two major focus areas of the scheme. The oil palm farmers produce Fresh Fruit Bunches (FFBs) from which oil is extracted by the industry. Presently the prices of these FFBs are linked to the international CPO prices fluctuations. For the first time, the Government of India will give price assurance to the oil palm farmers for the FFBs. This will be known as the Viability Price (VP). This will protect the farmers from the fluctuations of the international CPO prices and protect them from

 the volatility. 

 

The VP shall be the annual average CPO price of the last five years adjusted with the wholesale price index to be multiplied by 14.3 per cent. The assurance will inculcate confidence in the Indian oil palm farmers to go for the increased area and thereby more production of palm oil. A Formula price (FP) will also be fixed which will be 14.3 per cent of CPO and will be fixed monthly. The viability gap funding will be the VP-FP and if the need arises, it would be paid directly to the farmer’s accounts in the form of DBT. 

 

The second major focus of the scheme is to substantially increase the assistance of inputs/interventions. A substantial increase has been made for planting material for oil palm and this has increased from Rs 12,000 per ha to Rs 29000 per ha. Further, a substantial increase has been made for maintenance and inter-cropping interventions. Special assistance @ Rs 250 per plant is being given to replant old gardens for rejuvenation of old gardens. 

 

 

 

 

A financial outlay of Rs11,040 crore out

COP26 will be held in Glasgow in November this year

Minister for Environment, Forest and Climate Change, Bhupender Yadav extended India’s full support to the UK for COP26 to be held in Glasgow in November this year. Yadav stated that India is always committed to the United Nations Framework Convention on Climate Change (UNFCCC) Framework and its Paris Agreement, and will work constructively for successful and balanced outcomes at the Climate Change Conference of the Parties (COP26).

The environment minister had a detailed meeting with Alok Sharma, COP26 President-Designate, the UK in New Delhi, wherein discussions were held on issues relating to climate change, COP26, India-UK 2030 Roadmap, and other related matters.

“India believes that climate actions must be nationally determined and strongly advocates that the differentiation and operationalisation of flexibility provided in the UNFCCC and the Paris Agreement for developing countries should be at the core of decision-making,” emphasised Yadav.

The environment minister also mentioned the global initiatives spearheaded by India under the leadership of Narendra Modi for tackling climate change viz. Leadership Group for Industry Transition (LeadIT), Coalition on Coalition Disaster Resilient Infrastructure (CDRI) and International Solar Alliance (ISA).

COP26 President-Designate, UK, Alok Sharma sought the support of India on the COP 26 Initiatives launched by the UK and for a successful COP at Glasgow and acknowledged India’s leadership role. Both the leaders also exchanged views on important climate negotiation agenda items to be deliberated in the upcoming COP26 at Glasgow.
 

COP26 will be held in Glasgow in

The kit is designed particularly for small farmers with farmland up to one acre

Netafim India, a leading smart irrigation solution provider, has Portable Drip Kit – a comprehensive all-in-one irrigation solution. The kit is designed, particularly for small farmers with farmland up to one acre that offers installation assistance without additional labour. 

 

The Portable Drip kit is available across India through Netafim’s dealer network. It is suitable for all types of Rabi and Kharif crops varieties including vegetables, cucurbits, close spacing crops etc. The company through the launch of the Portable Drip Kit aims to cover 10,000 hectares of land under irrigation and reach 25,000 farmers across India in the upcoming year. 

 

Designed for irrigation of 4500 m2 fields, all the products and parts can be easily installed and dissembled after use to relocate at a convenient storage space. Additionally, the kit is integrating advanced durable drippers that provide excellent operational performance.

 

The key component of the kit is FlexNet – a ground-breaking leak-proof flexible mainline and manifold piping solution that offers precise water delivery solutions and increases water savings as well as improves crop performance potential through enhanced system performance. It reduces weeding and muddy spots thanks to perfect sealing between the patented outlets and the pipe, which guarantees to provide top performance over many years. It offers a full line of lateral connectors compatible with all Netafim systems. The white colouring offers thermal resistance and can withstand high chemical and UV exposure.

 

Randhir Chauhan, MD, Netafim India, commented, “Netafim India focuses its energies on simplifying cultivation process for farmers and empowering them on the road to growth. We understand that most farmers in India hold fragmented land pieces smaller than 1 acre. Such conditions make crop cultivation a daunting and challenging task for them. The debut of Portable Drip Kit is a result of Netafim’s continued commitment to offer convenient technology, especially to marginal farmers for improved yield potential and productivity, while reducing costs, labour and bring efficiency to water use.”

 

The Portable Drip Kit includes all needed components for field installation and operation that consists of screen filter, flexnet pipe, dripline and connectors.

 

 

The kit is designed particularly for small

The three-month accelerator program recognizes deep-tech start-ups that are focused on solving India-specific challenges using AI and ML technologies. 

 AgNext Technologies, India’s leading agritech start-up, has been selected by Google India for the fifth edition of Google for Startups Accelerator (GFSA) India. The three-month accelerator program recognizes deep-tech start-ups that are focused on solving India-specific challenges using AI and ML technologies. Out of the 700 start-ups screened for the program, AgNext, along with 15 other start-ups, has been selected to be part of the GFSA India program.

AgNext is Punjab-based award-winning agritech start-up that has been globally recognized for its pioneering work in building and implementing deep-tech solutions for food assessment and accelerating quality-based trade. AgNext has successfully built integrated hardware, software and data-analytics solutions that culminate into a one-stop full stack platform ‘Qualix’, which helps agribusinesses in addressing food quality issues.

On the selection in the eminent GFSA program, Taranjeet Singh Bhamra, Founder & CEO of AgNext, said “As a deep-tech start-up, the recognition of AgNext’s AI-led solutions by Google India is an honor and substantiation that we are headed in the right direction. We are thrilled to be part of this program and look forward to engaging with the Google team to receive mentorship and support across domains of technology, product strategy and marketing. At AgNext, we aim to use the power of AI to solve the core issues of quality to transform global food trade and agricultural systems. Through this accelerator program, we will strengthen our technological foundation to scale to newer commodities and newer geographies.”

Presently, the company uses its deep tech solutions for food quality analysis of commodities such as grains/oilseeds, milk, tea leaves, spices and animal feed. By promoting digital solutions to support food procurement, storage and trade operations, AgNext is creating significant value for agribusinesses. Furthermore, these digital interventions are helping to bring more trust, speed and transparency across food value chains.

The key benefits of the GFSA India program are three months long equity free support, mentorship from Google teams and other industry experts, training in design and marketing, leadership workshops, strategic support on company and product development, Google product credit for tech stack, and also the opportunity to partner with Google on an advanced technology project.

The three-month accelerator program recognizes deep-tech start-ups

Kellye Eversole and Keith Matthews will facilitate enhanced regulatory approaches that will enable increased innovation and commercialisation

World BioProtection Forum has appointed two leading bio protection regulatory experts, who were involved in developing the US regulatory system and have unrivalled expertise and experience in guiding the sensible development of new guidelines. 

 

Kellye Eversole, President of Eversole Associates and Executive Director of the International Alliance for Phytobiomes Research, is a pioneer in agricultural genomics, biotechnology, and the development of pre-competitive, public-private agricultural research. 

 

Keith Matthews, Of Counsel at Wiley Rein LLP, Washington, DC, has practised environmental law focusing on the regulation of chemicals and genetically engineered organisms for over 20 years. 

 

The experts join the existing team of Advisors to help the WBF achieve its goal of encouraging collaborations between all stakeholders throughout the bio protection industry to facilitate enhanced regulatory approaches that will enable increased innovation and commercialisation. 

 

Matthews said, “I agree that the time is ripe for reform of the regulatory systems applicable to bio protection products in the UK and the EU and I am delighted to play a part in helping to guide those changes and bringing them to fruition.” 

 

Eversole said, “If we bring experience and expertise from across the world, from all parts of the bio protection industry, we can take a holistic approach to develop a better system for the EU that enables the registration of new products in a reasonable timeframe and an efficient manner.”

Kellye Eversole and Keith Matthews will facilitate

The collaboration focuses on four key segments within cucumber, pepper, and tomato breeding programmes to develop and execute breeding work-flows etc

BASF’s vegetable seeds business has collaborated with Nature Source Improved Plants (NSIP) as an external collaborator since 2008, but as of July 1, 2021, the company has entered into a more intensive, comprehensive partnership. The collaboration focuses on four key segments within cucumber, pepper, and tomato breeding programmes to develop and execute breeding work-flows, combining the NSIP genomic selection toolbox and BASF germplasm.

Under the terms of the multi-year agreement, NSIP will work closely with selected breeding teams, applying their extensive bank of algorithms to improve data-driven decision making throughout the breeding and selection process. “By applying these algorithms with additional phenotyping, our breeding teams will improve the output of our predictive breeding efforts,” says Johan Warringa, Head of R&D EMEA, Vegetable Seeds, BASF. Predictive breeding brings together tools such as phenotyping, genomic selection, and statistics will to help breeders make data-driven predictions of which lines will perform best in a given situation.

Dr Suresh Prabhakaran, COO, NSIP, said, “We aim to be a trusted strategic partner and advance the frontiers of genomics and production technologies. We are excited to leverage complementary expertise of NSIP and BASF’s vegetable seeds business to help increase productivity and meet the current and future food needs of our global community.”


 

The collaboration focuses on four key segments

The initiative was funded by the National Fisheries Development Board, Hyderabad

The cage farming initiative of the ICAR-Central Marine Fisheries Research Institute, Kochi, Kerala was recently launched at the Bahabalpur Fishing Centre in Odisha’s Balasore district. The initiative was launched byPratap Chandra Sarangi, Member of Parliament.

The Marine Cage Culture Demonstration of Indian pompano (Trachinotus mookalee) was funded by the National Fisheries Development Board, Hyderabad by stocking the seeds in as many as eight cages.

Appreciating the Institute for its tremendous efforts in the demonstration of the diversified mariculture practices along with the coastal states, Sarangi stressed the need for sea cage farming in augmenting the fish production and doubling the fishermen’s income. He stated that the successful demonstration of the ongoing culture technology through the Pradhan Mantri Matsya Sampada Yojana (PMMSY) Scheme can instil confidence among the fishermen. He emphasised that it can also encourage them to take up such alternative livelihood methods, which will not only improve their socio-economic status but, also conserve the fishery ecosystem by reducing the dependency on capture fisheries.

Dr Shubhadeep Ghosh, Head, Visakhapatnam Regional Centre of ICAR-CMFRI & Principal Investigator of the project outlined the benefits of marine cage farming and apprised about the future plan of action.
Over 1,700 seeds weighing an average of 50 gm were stocked in each cage. The fish will be cultured for the duration of six to eight months during which it is expected to grow to an average size of 700 to 800 gm body weight.

The fish seeds were successfully transported from the Visakhapatnam Regional Centre of ICAR-CMFRI by road in 1,000 litres HDPE tanks provided with the facility of vigorous aeration in two batches. The intermittent cooling was provided by using the ice blocks to ease the stress during transportation. The innovative method resulted in 100 per cent survival during 18-hour on-road transportation.

The initiative was funded by the National

A total of 28 agriculture and horticulture officers, scientists from PAU and its Krishi Vigyan Kendras attended the course

The Skill Development Centre, Punjab Agricultural University (PAU), Ludhiana, organised a two-day online training course on agro-based industries at a small scale level for in-service candidates. A total of 28 agriculture and horticulture officers, scientists from PAU and its Krishi Vigyan Kendras attended the course.

Dr Kuldeep Singh, Associate Director (Skill Development) emphasised on the need for developing more innovative mechanisms to boost rural employment opportunities in the agricultural sector.

Dr Kiran Grover, Principal Extension Scientist (Food & Nutrition) and Course Coordinator shared that the small and medium enterprises set up at the rural level can supplement farm income in a big way and can create an alternate source of income by generating employment opportunities for rural youth.

 Dr MS Alam, Principal Scientist, Processing and Food Engineering shed light on the set-up of various agro-processing complexes. He informed that the developing entrepreneurs in the agriculture sector can benefit immensely by local processing of farm produce, ensuring adulteration free products and ease of disposal of waste. “Further, it will reduce the need for migration from rural to the urban area, thereby reducing the pressure on urban cities”, stressed Dr Alam.

Dr Tarsem Chand Mittal, Senior Extension Engineer, Department of Processing and Food Engineering and Technical Coordinator demonstrated the processing technology and machinery for turmeric. He illustrated that one kg turmeric powder can be obtained by processing five kg raw turmeric which can lead to a two-fold increase in earnings through proper marketing.

Prof Dr Satish Kumar discussed the machinery for cleaning and grading of fruits and vegetables and storage of vegetables after drying. Dr Sandhya, Senior Scientist detailed the processing of oilseeds and paddy at the farmers’ level.

Later, Dr Grover while proposing the vote of thanks remarked that apart from generating new sources of job and income, it is equally important to bring about transformational change in the agribusiness sector.

A total of 28 agriculture and horticulture

Under the deal, CommoditAg will function as a wholly owned subsidiary of Farmers Edge led by the existing CommoditAg leadership team. 

 

Farmers Edge Inc., a pure-play digital agriculture company has announced that it has reached an agreement to acquire CommoditAg, the industry’s premier trusted online marketplace for high-quality agriculture products. This will allow Farmers Edge to significantly expand its roster of services by empowering farmers to purchase a wide range of agricultural products from trusted suppliers, while also advancing the company’s connected digital ecosystem strategy. Under the terms of the deal, CommoditAg will function as a wholly owned subsidiary of Farmers Edge led by the existing CommoditAg leadership team. The deal is expected to close over the next several business days. 

Founded in 2017, CommoditAg combines the efficiency and convenience of digital technology and e-commerce capabilities with deep-rooted agriculture knowledge. Providing farmers and ranchers with a top-notch customer experience and outstanding value, the company currently has 14 retail distribution partners with over 500 locations servicing 170,000 customers representing a 70-million-acre footprint. Offering a broad portfolio of more than 200 brands and products from more than 25 suppliers, its category selection includes crop protection, seed, fertilizer, micronutrients/biologicals, agricultural lubricants, animal nutrition, and more. CommoditAg currently has over 40 local fulfilment centres covering 13 states and plans to expand its footprint to over 75 per cent coverage of the US business by the end of 2021.

The acquisition builds on continued investment by Farmers Edge in establishing strong digital connectivity between farmers and their trusted advisors while meeting the rising demand for complete integration, transparency, and personalized experience. By combining the deep industry expertise and local knowledge of the most progressive retail companies in the US with Farmers Edge field-centric data powered by AI and machine learning technology growers will experience a new level of insights and decision support.

“We are thrilled to join a company that shares our vision and mission,” said John Demerly, CommoditAg Chief Executive Officer. “Farmers Edge brings together all parties in the supply chain to the digital ecosystem, so farmers get seamless, transparent, and secure connections to their vendors and trusted advisors. We look forward to growing together, bringing new digital capabilities to the market, and driving innovation that supports our customers’ success.” 

Wade Barnes, Farmers Edge Chief Executive Officer and Founder said, “CommoditAg is a trusted marketplace that thousands of farmers rely on every day, and we are incredibly excited to welcome them to the Farmers Edge family. By combining its robust e-commerce solution with the FarmCommand platform, we can deliver a best-in-class omnichannel experience, bring more value to our customers, reach a wider footprint, and accelerate Farmers Edge growth.” 

The marketplace will create new value for growers and partners by offering innovative risk management, grain marketing, and sustainability products, such as carbon offsets, customized for their operations.

Under the deal, CommoditAg will function as

Two global leaders in sustainable crop protection combine green technology and biological solutions to reduce agriculture’s environmental footprint.

 

Marrone Bio Innovations, an international leader in sustainable bioprotection and plant health solutions to support global agricultural needs, and Terramera, a global agtech leader and inventor of Actigate™ technology, will collaborate to combine their technological and biological expertise to enhance the performance of MBI’s crop protection products and expedite product development.

MBI’s collaboration with Terramera is expected to provide a unique platform that will bring existing and new biologicals to market supported by Terramera’s artificial intelligence-based screening platform of novel adjuvants, Plant Intelligence Engine™, and Actigate technology, a proprietary green chemistry that delivers active ingredients directly into target cells. The synergistic approach is anticipated to increase the performance and consistency of new and existing active ingredients in Marrone Bio’s portfolio including market-leading Regalia® Biofungicide, newly developed Stargus® Biofungicide, Venerate® XC Bioinsecticide, and Grandevo® WDG Bioinsecticide.

“We are always looking for ways we can innovate and partner with companies whom share our commitment to creating new technologies which support sustainable agriculture and enhance our ability to develop original products that provide growers with increased efficacy and industry-leading ROI,” stated Kevin Helash, chief executive officer of Marrone Bio Innovations. “We believe that collaborating with a leader in greentech, such as Terramera, will allow both organizations to capitalize on some of the most robust technical algorithms in the industry and provide an opportunity to enhance the specificity and value of our products. Perhaps most exciting is how this partnership has the potential to expedite our product pipeline and allow us to bring more novel products to market faster, such as a bioherbicide currently in development.”

“We are excited to work with Marrone Bio to accelerate their proven crop protection products with ActigateTM and our digital platforms, both of which improve product performance in the field,” said Karn Manhas, Terramera Founder and CEO. “Collaborating with Marrone Bio Innovations, a recognized global leader in developing sustainable biopesticide solutions, advances Terramera’s goal of reducing the synthetic pesticide load in agriculture by 80%.”

 

Two global leaders in sustainable crop protection