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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

Indigenous fish collected and donated from the 16 districts of Nagaland

Indian Council of Agricultural Research-Central Institute of Freshwater Aquaculture and Department of Fisheries (ICAR- CIFA) and Aquatic Resources, Government of Nagaland have organised a Capacity Building Programme (CBP) for farmers of Nagaland on scientific aquaculture and inauguration of Aquarium Unit on fish germplasm of Nagaland was held at Brooder Fish Farm Dimapur. Dr Pramoda K. Sahoo director of ICAR-CIFA was present.

The state has a rich infantry of fish species which harvest different kinds of fish as it has 42 aquariums of houses of indigenous fishes collected and donated from the 16 districts of Nagaland.

According to the local media, Nagaland is having different fish species that have the potential to export, fisheries department of Nagaland has requested the farmers and the stakeholders to pass species of fisheries to the department for preservation instead of consumption. CIFA will be going to support aquarium units in the state.

Indigenous fish collected and donated from the

Global germplasm will be used in the Indian breeding programmes

The Union Minister of Agriculture and Farmers Welfare Narendra Singh Tomar in Lok Sabha on March 15, 2022, has announced that the International Centre for Agricultural Research in Dry Areas (ICARDA) has enabled access to global germplasm for use in the Indian breeding programmes. Ten high yielding varieties of Lentil, Chickpea and Barley have been released by ICARDA along with ICAR for commercial cultivation in India during the last three years. Of these, six were released in 2019, three in 2020 and one in 2021.

The ICARDA is engaged in the research and development of improved varieties of food crops (Wheat and Barley) and nutritionally rich pulses. Besides, ICARDA also works on different natural management systems like cropping systems, water productivity modelling, conservation agriculture technology, fodder cactus, etc. in association with the ICAR institutions, the State/Central Agricultural Universities and the Central and State Departments.

Global germplasm will be used in the