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Adaptation strategies for climate-resilient rice production in the eastern Himalayan India: Insights from field experiments and long-term APSIM assessments

delete2026-05-01
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PRE
AI
S
Sneha Bharadwaj
C
C.M. Parihar *
A
Ayan Sarkar
H
H.S. Nayak
D
D.R. Sena
K
Kiranmoy Patra
K
K. Srikanth Reddy
A
Alok Sinha
M
Madhumita Patra
B
Badapmain Makdoh
S
Sonam R. Sherpa
B
Burhan U. Choudhury *
DOI：10.1016/j.agsy.2026.104776delete
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Abstract

Abstract

En 中文
• Early transplanting of rice increased grain yield under rice-fallow system in NEH. • In baseline scenario late transplanting shortens OFP due to cold & moisture stress. • OFP is crucial to develop the climate-resilient rice genotypes beyond 2050. • Supplemental irrigation minimizes yield losses due to late rice transplanting.
Keywords:
rice transplanting
climate resilience
grain yield
supplemental irrigation
eastern Himalayan India

Journal

Agricultural Systems cover
Agricultural Systems
IF:
6.1
Papers:
3.8K
Citations:
1.4W

Organization

I
ICAR-Indian Agricultural Research Institute
Scholars:
825
Papers: 202
Citations: 0
C
cimmyt
Scholars:
129
Papers: 55
Citations: 4
I
ICAR
Scholars:
76
Papers: 36
Citations: 0
U
unable to determine a core institution name. "cipmc" is likely an acronym for a specific lab, center, or department, but it cannot be meaningfully expanded without additional context.
Scholars:
1
Papers: 1
Citations: 0
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