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HomePosts Tagged "InnerPlant"
Company News, R&D, World

For the first time, signals produced by a plant’s physiological response to infection will be linked to optimised crop treatments delivered with John Deere See & Spray technology. 

InnerPlant, the seed technology company enabling the earliest possible detection of stress in crops to make farming universally more efficient and sustainable, Syngenta, a global leader in agricultural innovation and crop protection and John Deere, a global leader in the delivery of agricultural, and construction, and forestry equipment, announce a joint effort to develop an integrated solution to fight fungus in soybeans. The first-of-its-kind solution will link together plants that give off early and specific signals when under attack by fungus with optimised crop protection treatments that are delivered with See & Spray technology.

“Fungal diseases are a massive and growing problem facing farmers who already face a great deal of risk in their operations,” explains Shely Aronov, CEO and co-founder of InnerPlant. “A solution that links signals directly from plants’ physiological responses to the individualised, precise delivery of optimised inputs will make farmers’ lives easier by delivering both improved efficacy and efficiency.”

Globally, crops are attacked by fungal diseases that result in substantial yield losses. And the problem is getting worse, according to experts who cite climate change and rising resistance to common fungicides as contributing to fast-rising fungal attacks that threaten the world’s food supply and a “global health catastrophe.”

“The technology from InnerPlant allows the detection of plant diseases at the earliest possible stage identifying plant diseases that otherwise often go undetected or untreated,” says Feroz Sheikh, Syngenta’s Chief Information and Digital Officer. “We are happy to engage in these initial trials with our partners. Integrated, innovative solutions are a critical path forward for managing the growing impact of soybean diseases and ensuring that farmers have the tools they need to feed the world.”

For the first time, signals produced by

Company News, Foodgrains, Seeds, World

Approval is a major milestone on the path to the commercialisation of crops that give off optical signals – detectible from as far away as space – when under attack from pathogens or short of water or nutrients

InnerPlant, the company creating a new category of seed technology that unlocks data and makes global farming more efficient and sustainable, announces the U.S. Department of Agriculture’s (USDA) Animal and Plant Health Inspection Service (APHIS) approved multiple Regulatory Status Review (RSR) requests.

The RSR approvals include:

InnerPlant’s first commercial product, a soybean fungal sensor currently undergoing field testing with farmer trials scheduled for 2024 and on track for commercial launch in 2025

An always-on soybean that emits a constant signal is used in the crop development process to calibrate and refine detection capabilities

“USDA approval confirms our due diligence around the safety of our technology and reduces the time and complexity of our commercial development cycle,” explains Randy Shultz, PhD, InnerPlant’s Senior Vice President of R&D, Commercialisation. “And it’s an encouraging proof point as we continue working toward global regulatory approvals.”

InnerPlant engineers crops to produce safe and long-studied proteins when under attack from pathogens or when short of water or specific nutrients. The proteins emit optical signals – detectable from as far away as space – that show farmers exactly what kind of help plants need within 48 hours of stress onset, which is as much as two weeks before stress is visible in the field.

Historically, farmers lacked early actionable data and broadly apply agrochemicals as a preventative measure. However, studies show that farmers lose as much as 40 per cent of yields or $220 billion worldwide due to pathogens in spite of overapplication that sees as much as 30 per cent or $250 billion of pesticides wasted – negatively impacting air, water and soil.

InnerPlant’s new category of seed technology delivers traits that tap directly into plants’ physiology and provide farmers with actionable data that is both early and specific to particular stresses in a scalable and economical way.

Approval is a major milestone on the

Agri Genomics, Agrotech, Company News, Foodgrains, World

Pairing InnerPlant’s technology with Mertec’s elite soybean germplasm could lead to crops that emit signals when they’re under stress from pathogens

InnerPlant, the company creating a new category of seed technology that unlocks data and makes global farming more efficient and sustainable, and Mertec LLC, a leading breeder and developer of soybean germplasm for the seed trade, announced an agreement to bring InnerPlant traits into Mertec LLC’s proprietary germplasm.

Pairing InnerPlant’s technology with Mertec’s elite soybean germplasm could lead to crops that emit signals when they’re under stress from pathogens or lack water or nutrients. Critically, the signals are visible from satellites, as well as tractors, and appear weeks before farmers would be able to see problems in the field.

“Farmers and agronomists understand that plants possess inherent knowledge of their needs,” said Joe Merschman, president of Mertec LLC. “This emerging field of seed technology holds the potential to enhance our understanding of these requirements, leading to improved efficiency and higher yields.”

Studies show that farmers lose as much as 40 per cent of yields or $220 billion worldwide due to pathogens in spite of overapplication that sees as much as 30 per cent or $250 billion of pesticides wasted – negatively impacting our air, water and soil.

Earlier detection and more responsive, plant-specific interventions offer a way to prevent waste and losses but historically farmers lacked early actionable data. InnerPlant’s new category of seed technology delivers traits that tap directly into plants’ physiology and provide farmers with actionable data that is both early and specific to particular stresses in a scalable and economical way.

“Better data directly from plants gives farmers the tools they need to increase yields while reducing chemical inputs,” said Shely Aronov, CEO and founder of InnerPlant. “Combining our new category of seed technology with Mertec’s elite germplasm is a key step toward putting that data into farmers’ hands.”

News of the agreement with Mertec follows InnerPlant’s recent collaboration with Satellogic to build the first-ever instrument designed to detect human-made crop signals from space and launch it onboard a satellite in Q4 2023.

Pairing InnerPlant’s technology with Mertec’s elite soybean

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

Satellite-mounted imager to detect fluoresces from crops when under stress from a Pathogen attack or a lack of water or nutrients

InnerPlant, the company creating a new category of seed technology that unlocks data and makes global farming more efficient and sustainable, and Satellogic Inc, a leader in sub-meter resolution Earth Observation (EO) data collection, announced a collaboration to launch a first-of-its-kind device designed to detect human-engineered crop signals from space. The announcement was made on the opening day of the World AgriTech Innovation Summit.

The specially designed imaging instrument is scheduled to be mounted to a Satellogic satellite and is intended to detect optical signals emitted by crops engineered by InnerPlant to fluoresce in response to stress such as an attack from pathogens or a lack of water or nutrients.

Drone-based aerial testing is expected to start in the next few months and the satellite-mounted device is planned to launch aboard a SpaceX Falcon 9 rocket later this year. The success of this mission will mark the first time in history that a signal from a human-engineered organism is detected from orbit.

“Better data directly from plants gives farmers the tools they need to increase yields while reducing chemical inputs. Modern farming taking place on such a vast scale – with many farms in the thousands of acres – makes satellite detection a critical way to collect data affordably,” Shely Aronov, CEO and founder of InnerPlant, said from the Summit. “Satellogic understands how EO data collection fits with farming and is truly giving InnerPlant and the future of agriculture a figurative and literal boost.”

Studies show that farmers lose as much as 40 per cent of yields or $220 billion worldwide due to pathogens in spite of overapplication that sees as much as 30 per cent or $250 billion of pesticides wasted – negatively impacting our air, water and soil.

Earlier detection and more responsive, plant-specific interventions offer a way to prevent waste and losses but historically farmers lacked early actionable data. Satellite-based detection can provide a scalable way to give farmers the early warning they need to better care for crops and soils.

Satellite-mounted imager to detect fluoresces from crops