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Comparative response of rice cultivars to elevated air temperature in Bhabar region of Indian Himalaya: status on yield attributes

Narendra Kumar, Neha Jeena, Amit Kumar, Rowndel Khwairakpam, Hukum Singh

2021Heliyon39 citationsDOIOpen Access PDF

Abstract

IET 21404 and IET 21577, were reported to produced more tillers in 2012, whereas IET 21411 and KRH 2 had a maximum 2013. Likewise, maximum panicles were reported in IET 21404 and IET 21577 in 2012, while IET 21411, IET 21582, and KRH 2 in 2013 under elevated temperature. The highest grain filling under high temperature in 2012 was found in IET 21577, then IET 21404; however, IET 21411 and IET 21405 were the highest filled grains in 2013. Consequently, the cultivars IET 21577 and IET 21404 were reported as more tolerant towards yielding higher grain weight and Harvest Index. This study offers an opportunity to screen temperature tolerant cultivars with increased productivity for fulfilling the demand of rice-dependent regions in future changing climatic conditions.

Topics & Concepts

CultivarYield (engineering)Air temperatureAgronomyHorticultureEnvironmental scienceBiologyGeographyMaterials scienceMeteorologyMetallurgyRice Cultivation and Yield ImprovementClimate change impacts on agricultureCrop Yield and Soil Fertility
Comparative response of rice cultivars to elevated air temperature in Bhabar region of Indian Himalaya: status on yield attributes | Litcius