2024 rice panicle trait data and 1K grain weight.

<div><p>With limited land and water resources available it has become critical to maximize output for agricultural products while maintaining sustainable farming practices. Rice-fish co-culture can be used to maximize limited land and water resources for production of rice and fish concu...

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Päätekijä:	Yulin Jia (76974) (author)
Muut tekijät:	Aaron K. Jackson (12237863) (author), Bartholomew Green (21696631) (author), S. Adam Fuller (17787173) (author), Heather Box (21696634) (author), LaDuska Sells (21696637) (author), Candis Ray (21696640) (author), Paxton Harper (21696643) (author), Brennan Smith (10526017) (author)
Julkaistu:	2025
Aiheet:	Biotechnology Ecology Sociology Marine Biology Inorganic Chemistry Science Policy Plant Biology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified potential diversification strategy sushi rice variety specialty rice varieties water resources available flooded rice paddies enhanced rice yield raising koi carp koi carp production maximize limited land fish production system rice fish co koi carp water resources limited land flooded rice raising fish system appears rice farmers milling yield maximize output fish concurrently fish co xlink "> smaller fields protein content primary investigation economic impact chemical inputs become critical agricultural products
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2024 rice panicle trait data and 1K grain weight.

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