Integrated genomics and molecular breeding approaches for dissecting the complex quantitative traits in crop plants
The enormous population growth, climate change and global warming are now considered
major threats to agriculture and world's food security. To improve the productivity and
sustainability of agriculture, the development of high-yielding and durable abiotic and biotic
stress-tolerant cultivars and/climate resilient crops is essential. Henceforth, understanding
the molecular mechanism and dissection of complex quantitative yield and stress tolerance
traits is the prime objective in current agricultural biotechnology research. In recent years …
major threats to agriculture and world's food security. To improve the productivity and
sustainability of agriculture, the development of high-yielding and durable abiotic and biotic
stress-tolerant cultivars and/climate resilient crops is essential. Henceforth, understanding
the molecular mechanism and dissection of complex quantitative yield and stress tolerance
traits is the prime objective in current agricultural biotechnology research. In recent years …
Integrated genomics and molecular breeding approaches for dissecting the complex quantitative traits in crop plants
AKMSS Deepak, BLSK Parida - Journal of Biosciences, 2024 - ias.ac.in
The enormous population growth, climate change and global warming are now considered
major threats to agriculture and world's food security. To improve the productivity and
sustainability of agriculture, the development of high-yielding and durable abiotic and biotic
stress-tolerant cultivars and/climate resilient crops is essential. Henceforth, understanding
the molecular mechanism and dissection of complex quantitative yield and stress tolerance
traits is the prime objective in current agricultural biotechnology research. In recent years …
major threats to agriculture and world's food security. To improve the productivity and
sustainability of agriculture, the development of high-yielding and durable abiotic and biotic
stress-tolerant cultivars and/climate resilient crops is essential. Henceforth, understanding
the molecular mechanism and dissection of complex quantitative yield and stress tolerance
traits is the prime objective in current agricultural biotechnology research. In recent years …
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