&w=3840&q=100)
ICAR clears release of improved fodder crop by Ranchi agri university
According to a statement from BAU, the new variety was developed under the All India Coordinated Research Project (AICRP) on fodder crops.
The average green fodder yield (GFY) of this variety, released for the country's north east zone and central zone, is 190 quintals per hectare, which is 6.3 per cent more than that obtained from national check variety Mahateora, the statement said.
The variety, moderately resistant to leaf blight in the north east zone, is also suitable for timely-sown, normal fertility and under irrigated conditions of Jharkhand, it said.
"This variety carries per cent crude protein which is 4-5 per cent higher than the national check. It gives a seed yield of 8.3 quintal per hectare, which is 15 per cent superior to the check variety Mahateora," it added.
BAU scientists Dr Yogendra Prasad and Dr Birendra Kumar were working on the development of this variety for the last decade.
Both scientists participated in the annual group meeting of AICRP (All India Co-ordinate/Network Projects) on Forage Crops, held at the University of Agricultural Sciences, Dharwad, Karnataka on April 22-23, where Birsa Lathyrus-1 variety was recommended for release.
About 100 scientists from across the country, including Dr DK Yadav, ICAR DDG, Dr SK Pradhan, ADG, Dr Pankaj Kaushal, Director, Indian Grassland and Fodder Research Institute and Dr Vijay Yadav, Project Co-ordinator participated at the meeting and reviewed the ongoing fodder research programme.
"At the national level, there is an 11.24 per cent deficiency of green fodder while in Jharkhand, this deficiency is 46 per cent. The dry fodder deficiency in this tribal-dominated state is about 23 per cent," the statement said.
Dr Manigopa Chakraborty, chairperson, Department of Genetics & Plant Breeding, Dr PK Singh, Director Research, and Dr SC Dubey, Vice Chancellor, BAU, congratulated the scientists for their achievement.
Hashtags
Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Time of India
an hour ago
- Time of India
Four new semiconductor units worth Rs 4,594 crore to come up in Odisha, AP, Punjab: Union minister Ashwini Vaishnaw
Academy Empower your mind, elevate your skills ETtech The Union Cabinet on Tuesday approved four semiconductor projects worth Rs 4,594 crore under the India Semiconductor Mission , taking the total number of approved chip manufacturing facilities in India to ten. The latest approvals push up the projected investments in semiconductor projects to about Rs 1.6 lakh crore across six newly approved proposals are from SiCSem Pvt Ltd , Heterogeneous Integrated Packaging Solutions Pvt Ltd (HIPSPL), Continental Device India Pvt Ltd and Advanced System in Package (ASIP) Technologies. While SiCSem and HIPSPL will set up units at Bhubaneshwar in Odisha, CDIL will expand its existing facility in Punjab's Mohali and ASIP will build a plant in Andhra Pradesh. The proposals are expected to generate 2,034 skilled jobs cumulatively."The complete ecosystem of design, wafer fabrication, packaging, manufacturing of components, assembly, testing, and high-volume final production, is in the works. This will help every sector and dimension of electronics manufacturing," union minister for electronics and information technology Ashwini Vaishnaw government hopes to give the semiconductor ecosystem a significant boost with the latest approvals, given that it will include the country's first commercial compound fab, as well as a highly advanced glass-based substrate semiconductor packaging products from these new plants will have applications in missiles, defence equipment, electric vehicles, railway, fast chargers, data centre racks, consumer appliances and solar power inverters, among others, Vaishnaw said. The new plants are expected to be ready for production in 2-3 years given that all government bodies have promised to provide expeditious permissions, he said, while pointing to previous such plants breaking ground in 6 terms of investment figures, the new plants are smaller than each of the six projects that are already coming up. Tata Electronics is investing Rs 91,000 crore in a fab facility in Gujarat's Dholera and Rs 27,000 crore for an semiconductor assembly and test facility at Morigaon, Assam, both announced in February last year. US-based Micron Technology is investing Rs 23,000 crore in an assembly, testing, marking and packaging (ATMP) plant at Sanand in Gujarat, announced in June SicSem is collaborating with Scotland's Clas-SiC Wafer Fab to establish a Rs 2,066 crore facility for silicon carbide-based compound semiconductors in Bhubaneswar. Set to be the first commercial compound fab in India, it will have an annual capacity of 60,000 wafers and a packaging capacity of 96 million chips."There is a world-wide movement from silicon to silicon carbide. It is a robust material and can sustain high voltage and temperatures. It is used in missiles, space equipment, satellites, rockets, railway engines and telecom tower equipment. Silicon carbide is a strategic necessity for our country,' the minister said. The Bhubaneshwar plant will also do research. 'At IIT-Bhubaneswar, a Rs 45 crore R&D unit has been set up," he will also be home to HIPSPL's vertically integrated advanced packaging and embedded glass substrate unit. A subsidiary of Albuquerque, New Mexico-based high-tech manufacturing firm 3D Glass Solutions Inc, HIPSPL will put in Rs 1,943 crore into the unit. It will be the first in the world to provide 3D packaging on a glass substrate on a commercial scale, Vaishnaw plant will have 11-13% equity investments each from US majors Intel, Lockheed Martin and Applied Materials, as well as venture capital funds, an official planned capacity of this unit will be nearly 70,000 glass panel substrates, 50 million assembled units and 13,200 3D heterogeneous integration modules every ASIP will set up a unit in Andhra Pradesh with an investment of Rs 468 crore, through a technology tie-up with South Korea's APACT, with an annual capacity of 96 million units. The manufactured products will find applications in mobile phones, set-top boxes, automobile applications and other electronic products. Venkata Simhadri, chief executive, ASIP Technologies, told ET: "Our OSAT/ATMP is focused on advanced (2.5D/3.0D) packaging of semiconductors, targeting data centres, high-speed communications and AI applications."New Delhi-based Continental Device will expand its discrete semiconductor manufacturing facility at Mohali with an investment of Rs 117 crore. It will manufacture high-power discrete semiconductor devices such as MOSFETs, IGBTs, schottky bypass diodes and transistors, both in silicon and silicon carbide. The annual capacity of this brownfield expansion will be 158.38 million general manager Prithvideep Singh told ET: "With this investment, we would expand our installed capacity of 600 million units to over 760 million units annually and sharpen our focus on silicon and silicon carbide chips."With a capacity of producing 24 billion chips, the six semiconductor projects that have already got approvals are in various stages of first-ever made in India chip will become available in the next 2-3 months, with three of the projects competing with each other, Vaishnaw a result of domestic chip production, the government expects the average value addition for electronics in India to rise to 30% in the future from 22% now, he said.
Economic Times
3 hours ago
- Economic Times
China unveils ‘gunpowder-powered' space debris catcher that could covertly disable enemy satellites
Live Events How does the launcher work? Addressing the space junk crisis Possible military implications? (You can now subscribe to our (You can now subscribe to our Economic Times WhatsApp channel Chinese researchers have developed a new space-debris catcher that quietly launches a net to capture dangerous debris orbiting Earth. A team of aerospace engineers from Nanjing University of Science and Technology and collaborators in Shanghai and Shenyang have introduced a compact launcher capable of capturing space device propels a capsule containing a net toward floating debris like defunct satellites and spent rocket parts. Once caught, the debris can be safely pulled out of orbit to burn up in Earth's traditional projectile systems, this launcher operates silently, producing no smoke, flash, or strong vibrations. Its innovative design prevents the destabilization of the host spacecraft and allows for precise and safe operation in per the South China Morning Post, this technology was unveiled last month in the peer-reviewed Chinese journal Acta Aeronautica et Astronautica system uses a small gunpowder charge to generate high-pressure gas that drives a piston forward. A specially designed weak section breaks at a preset pressure to release the net capsule.A unique 35-degree angled ring acts like a collapsing flower, absorbing most recoil energy and reducing thrust impact by over 9 per cent compared to earlier SCMP explains that this careful engineering minimizes barrel movement, ensuring sensitive satellite instruments remain unharmed. The sealed design also traps gas, preventing contamination of the space debris has become a critical threat to satellites and spacecraft, with growing amounts of defunct equipment posing collision risks. This new launcher is compact, requires no external power, and can be mass-produced, offering an efficient solution to help clean up dangerous orbital the primary goal is debris management, experts warn that the technology could be adapted for covert military use. Unlike visible missile strikes or explosions, this system could disable or capture an adversary's satellite silently, leaving it to appear as though it failed naturally.A Beijing-based space scientist, speaking anonymously to the South China Morning Post, said, 'There would be no explosion, no visible attack, only a satellite that ceases to respond.'The launcher's emergence comes amid intensifying geopolitical competition in space. The 1967 Outer Space Treaty bans nuclear weapons in orbit and requires peaceful use of space, but does not explicitly forbid conventional kinetic weapons like China's debris catcher is currently operational or still in development remains unclear. Yue Shuai, the project lead and associate professor at Nanjing University of Science and Technology, is noted as an expert in space weapon systems and has already launched two payloads into orbit, with more planned.
India Today
4 hours ago
- India Today
Artificial rain in Jaipur through pilot drone project to revive Ramgarh Lake
A pilot project to create artificial rain using drones was launched on Tuesday in Jaipur with the aim of reviving Ramgarh Lake and improving water availability in drought-hit areas of initiative, led by Agriculture Minister Dr Kirori Lal Meena, is the first in India to combine drone-based cloud seeding with artificial intelligence (AI).The technology, developed by US and Bengaluru-based firm Gen X AI, uses an AI-powered platform called "Hydro Trace" to identify suitable clouds for seeding using real-time data, satellite images and Once the right conditions are detected, drones release small amounts of seeding agents such as sodium chloride to help form 60-day mission will involve around 60 test flights, with drones expected to fly four to five times a month, depending on weather from the India Meteorological Department (IMD) will be processed to time the seeding project has approvals from the Directorate General of Civil Aviation, Agriculture Department, Meteorological Department and local the first day, the trial did not go as planned. The GPS signal was disrupted due to heavy mobile usage by the large crowd present, preventing the drone from reaching its target one attempt, it failed to lift off properly, and in another, it became stuck in bushes near the situation briefly caused tension between onlookers and police, but was brought under control. The technical team said future trials will have restricted public access and measures to avoid signal to Gen X AI founder Rakesh Agarwal, earlier cloud seeding efforts in India used aircraft over large areas, but drones allow precision targeting of small could make artificial rain possible in specific locations, such as farms affected by dry spells despite monsoon clouds. The team has been monitoring weather patterns in Jaipur for the past 20 Climate Engineer Dr N Sai Bhaskar Reddy of Excel-1, a partner in the project, said that Tuesday's plan was to fly the drone up to 400 feet, but current cloud formations are higher than that. The trial, originally scheduled for July 31, was postponed due to heavy rain Meena assured that the chemicals used are safe for people, animals and crops, and meet international standards. If successful, the project could help raise lake and groundwater levels, improve farm irrigation, and increase crop experiment is being funded by Gen X AI, which will share its findings with the Rajasthan government after two the trial works, similar operations could be launched in other drought-prone areas of the state and across scientist Kalyan Chakraborty said such drone-based precision cloud seeding has been used in the US before, but this is the first attempt in India.- Ends IN THIS STORY#Jaipur
