General Part-1
Technology Code:- | : | 201712932739109 | |
Organization Details... | |||
Subject Matter Division | : | {{smdOb.smdName}} | |
Organization Name | : | {{orgOb.orgName}} ,{{orgOb.City}} | |
Regional Station if any : | : | All Not Applicable {{regOb.orgName}},{{regOb.City}} | |
AICRP name if any (AICRP) | : | All Not Applicable {{aicrpOb.aicrpName}} | |
Division name if any | : | Division of Crop Production & PHT | |
Details of Inventors.. | |||
Principal Inventor | : | Srinivasan V | |
Principal Inventor Designation: | : | Principal Scientist | |
Principal Inventor Email | : | srinivasan.v@icar.gov.on | |
Principal Inventor Address | : | ICAR-IISR, Kozhikode | |
Co-Inventor Name | : | R Dinesh | |
Co-Inventor Email | : | rdinesh2005@gmail.com | |
Technology Name | : | Nano Urea (liquid) for reducing the application of conventional Urea and increasing ginger productivity | |
Technology Details.. | |||
Major resource | : | All Not Applicable {{majorOb.majreName}} | |
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Complete Details of Technology: | : | ||
Ginger is a long duration rhizomatous crops, with a crop period of 6-8 months, removes N up to a level of 250-350 kg/ha from soil based on their yield levels. Supply of N during the critical growth phases (tillering and maximum vegetative phase, rhizome formation and bulking) spread over 3-4 months is required for its proper growth and development. Using foliar N fertilization, we can decrease the amount of total N required and minimize runoff. Nano formulation of Urea is supposed to increase the N availability to crop by more than 80% resulting in higher Nutrient Use efficiency so as to reduce the application of conventional urea. | |||
Brief Description of Technology Including Salient Features: | |||
Foliar application of nano urea @ 0.4 % (two sprays at the active growth period of the ginger crop, 90 & 120 DAP) along with 50% of the RDF N as soil application is recommended for higher N use efficiency and rhizome yield. | |||
Benefits/Utility | : | ||
The fresh ginger rhizome yield increased significantly in 0.4% nano urea foliar supplemented treatment with 50% soil applied N. The yield increase was 62% in fresh rhizome yield over RDF (100% soil N) @ 0.4% nano urea supplementation. | |||
Impact, If Adopted | : | ||
Nano urea foliar sprays showed significantly higher uptake of N, P and K by the crop as compared to soil N application alone owing to their higher rhizome yield. The Nano urea foliar applied treatments showed lesser positive soil N balance as compared to soil N application alone and it was very low in 0.4% nano urea spray treatment (25.8 kg/ha), indicating very effective utilization of soil applied N. | |||
Social Impact | : | ||
Increased farmers income to the tune of 0.8 to 1.4 lakhs per ha. | |||
TargetUsers/Stake holders | : | Farmers | |
Technology Contact.. | |||
Name | : | Director | |
: | director@spices.res.in,director.spices@icar.gov.in | ||
Phone Number | : | 0495-2730294 | |
Fax Number | : | 0495-2731187 | |
Address | : | ICAR-Indian Institute of Spices Research,Marikunnu P.O.,Calicut-673012 | |
Name | : | Srinivasan V | |
: | srinivasan.v@icar.gov.in | ||
Keyword for Technology | : | Nano urea, ginger, fertilizer, foliar spray |
Technology Development Details Part-2
Project Details (Through which technology was developed) |
: | Effect of Nano Urea (liquid) in reducing the application of conventional Urea, increasing crop productivity and profitability - contract research project by IFFCO, Cochin |
Time of Initiation Technology Development | : | 7-2021 |
Time of Completion Technology Development | : | 7-2023 |
Technology Validated by | : | Within ICAR |
Technology Validation Details.. | ||
Subject Matter Division | : | {{smdOb.smdName}} |
Organization Name(if within ICAR) | : | ICAR-Indian Institute of Spices Research,Calicut |
Organization Name(if outside ICAR,Please enter) | : | |
Year of Validation(YYYY) | : | 7-2021 |
Year of Release/Adoption(YYYY) | : | 7-2023 |
Memorandum of Understanding(MoU) | : | YES |
Applies To(Regional Differentiation)Inform Part-3
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